The Best Laptop To Buy 2017 \/\/TOP\\\\
Year after year, laptops continue to get better and better. They're not only faster than last year, but designs continue to improve, and prices continue to fall. Though premium options still cost a pretty penny, you can get a very capable laptop for under $500 these days.
the best laptop to buy 2017
Picking the right one for you can still be a challenge, but we've done the hard part: testing dozens of models in our labs for things like performance, portability, build quality, and battery life. These are the best laptops we've tested this year, and the ones we'd recommend first to our families and friends.
Dell's XPS 13 was a game-changing laptop when it first debuted a few years ago, offering a 13-inch screen in a very compact body thanks to a screen with almost no dead space around it. The latest versions have the same design, with faster internal components and updated ports that will keep it current for years to come.
The HP Spectre x360 isn't just one of the best 2-in-1 laptops we've ever used, it might be the best-looking laptop ever. Sleek, fast, lightweight, with a phenomenal keyboard, and a great touchscreen, the Spectre x360 has a lot going for it.
Typically, buying an affordable gaming laptop means getting one that just can't play the newest games at high settings. The New Dell Inspiron 15 7000 Gaming turns that on its head, with price just under $1,000 and an Nvidia GTX 1060 GPU.
With the "New" models also offering Intel's quad core 8th-gen processors, you're getting some serious gaming prowess at a very reasonable price. It can't quite keep up with the best gaming laptops and PCs, but it's far closer than any other sub-$1,000 laptop around.
Though we've already touched on why we love the Dell Inspiron 15 7000 Gaming laptop for gaming, we also love it as an ideal laptop for video editing. Though there are more powerful machines out there, the New Dell Inspiron 15 7000 Gaming offers an Nvidia GTX 1060 GPU with 8th-gen Intel Core processors for under $1,000.
You'll want to add more RAM and storage for video editing, of course, but with such a low starting price and an easily upgradeable design, there's almost nothing this laptop can't do. Best of all, it doesn't look like a typical gaming laptop, so it'll fit in even in more professional, staid settings.
Sleek, compact, and with an aluminum frame that is both handsome and durable, the C302CA is hands-down the best Chromebook we've tested. And with Chromebooks now able to run Android apps, there's no limit to what these machines can do. Read our review.
Though it doesn't have the premium fit and finish of more expensive laptops, the Acer Aspire E 15 runs rings around anything in its price bracket. It offers a 15-inch screen, a 7th-generation Intel Core i3 processor, and a 1TB hard drive for just $350.
While Razer has enjoyed a storied reputation as a manufacturer of some of the most coveted gaming laptops, the Razer Blade Stealth is not entirely a gaming notebook. Part Ultrabook, part modular gaming rig and completely portable, the Razer Blade Stealth is a sleek laptop with high-end internals that closely match other thin-and-light notebooks on the market.
The configurations that I've been using are: the late 2017 HP Spectre 13 with 8th Generation Intel quad-core processor (Core i7 855oU), 8GB memory, 256GB of storage. The late 2017 version of the Dell XPS 13 with the same 8th gen Intel quad-core processor and a config of 16GB/512GB. And the mid-2017 13-inch MacBook Pro with 7th Generation Intel processor (Core i5 rated base speed of 2.3 GHz), 8GB of memory, and 128GB of storage.
Winner: I'm going to give it to the HP Spectre because it's pushing the boundaries of ultra-thin industrial design but still delivers good performance. And HP redesigned the 2017 Spectre 13, using thinner display bezels, reducing the footprint. I'll add that the Dell XPS 13 has become an icon for 13-inch laptop design with its thin display bezels and compact 12-inch laptop form factor. The only problem is, the design is beginning to age a bit. The MacBook Pro looks slightly dated against the HP but still looks great.
Performance: I will focus on the biggest gap in performance. That is, the gap between Spectre/XPS and the MacBook. In other words, HP and Dell have updated their offerings with the latest Intel 8th Gen quad-core. Apple has not: the latest MacBook Pro 13 uses 7th gen dual-core processors. This is a pretty big deal because, for the first time, svelte 13-inch laptops are able to tap into Intel quad-core performance.
Ports: [UPDATE] the XPS 13, HP, and MacBook Pro all do a decent job with ports considering how thin, compact, and light all the laptops are. They all have USB Type C Thuderbolt 3 and USB 3.X ports (Type C).
Price/bang-for-buck: this, for obvious reasons, is paramount for most people. After all, any vendor can charge a lot of money for a spec'd out laptop with a UHD display, fast processor, 16GB of RAM, and a big solid-state drive. The trick is hitting the sweet spot. That means a decently configured system at a reasonable price with good quality.
Winner: Dell XPS 13. It's now priced at $1,149.99* (usually $1,299) with a config that has an FHD display, 256GB SSD, and quad-core processor. As I mentioned above, I am not using that exact configuration. I have the fully spec'd XPS config (QHD+ display, 16GB, 512GB) that's priced at about $1,650. That's also a very good price for those specs. And would also win if I was doing a comparison between the Dell, HP, Apple laptops with those high-end specs.
The Dell wins on battery life, performance (along with HP) and bang-for-the-buck. As I said above, it's gorgeous, tried-and-true, and well-built. And it would win even if the specs on the Spectre and MacBook were jacked up to 16GB and 512GB SSD and if the HP was configured with a UHD display. One footnote: for better or worse, consumers (and reviewers) like to see a laptop's design get updated after 3 or 4 years. Will that happen in 2018 for the XPS 13? We may find out at CES 2018.
HP wins for being eminently totable (2.45 pounds) and for its durable industrial design. It's costly to build an incredibly thin/light laptop that's sturdy. And the Spectre is drop-dead gorgeous, to boot. And it is not a fingerprint/body oil magnet (compared to the XPS palm rest, which is). You also get quad-core (i7 8550U) performance (which includes Intel UHD 620 graphics), a good FHD (1,920-by-1,080) display, very good audio**, reasonable battery life, and a 256GB SSD. One drawback I didn't like was the display hinge, which won't allow you to tilt the display as far back as the XPS and MacBook displays can go.
The MacBook Pro 13 (mid-2017) is a very high-quality laptop and you can find one these days (discounted) for about $1,150 with a 128GB SSD, 8GB RAM, and Intel 7th gen processor. Up the SSD to 256GB, however, and the price jumps pretty considerably. Price and the absence of Intel's latest quad-core processors are the only things holding the MacBook back.
Speaking of hefty laptops, gaming laptops have a reputation for size and weight. Those discrete graphics cards and extra cooling hardware must go somewhere, right? Asus aims to buck that trend with the latest refresh of its popular Republic of Gamers lineup.
The Hyte Y60 is one of the best PC cases on the market, and it's getting a big upgrade in the form of an official DIY mod kit. The Hyte Y60 LCD DIT kit is available now for $120, allowing you to replace one of the tempered glass panels of the case with a programable screen.
Lenovo is performing its annual update to its Legion laptops and desktops at CES 2023, but this year is different. The new Lenovo Legion Pro 7 and Legion Pro 5 (along with their Intel variants) include a dedicated AI chip that Lenovo says performs "graphical wizardry."
The chip in question is Lenovo's LA AI processor, which it claims is the world's first dedicated AI processor in a gaming laptop. Combined with the Lenovo AI Engine+ software, the chip leverages machine learning to tune system performance in real time.
With almost the same specs as of the Dell XPS 13, the Asus Zenbook UX310UA delivers great performance within a cheaper price. Powered by a 7th Gen Kaby Lake processor, the laptop gives an all rounder performance. However, the same cannot be said for the battery. With an all-aluminum body, users have the option to choose between a full HD, 1080p display and an even higher 3,200 x 1,800-pixel, QHD+ screen. General specs of the laptop are listed below.
Termed as a 2-in-1 laptop, the Lenovo Yoga Book is something you should buy if you are looking for a minimalistic laptop which just gets you through the day. Lenovo has given users the choice to buy the Windows 10 version or the Android 6.0 version of the laptop. However, both have amazing displays along with a pretty good keyboard. On the other hand, the laptop is not suitable for heavy computing as the Intel Atom inside is optimized to save power but not to deliver great processing speeds.
The Acer Swift 3 Ultrabook is a refined version of the Acer Swift 7. With a full aluminum body, the Swift 3 has the specs that can compete with the Macbook Air and even win that competition. Apart from its cheap price, the laptop delivers great performance. However, in order to sell it in this price, Acer had to compromise on the display as well as the sound quality of the device. Other than that, the Swift 3 has a processing speed that rivals that of the Surface Laptops!
After a few years where many so-called experts said tablets and phones would replace the PC, 2017 is shaping up to be one of the best years for laptop innovation yet. At CES 2017, we saw some of the most powerful notebooks ever made, including the Acer Predator 21X, which packs a massive curved display. We also saw some incredibly eye-catching design elements like the carbon-fibre XPS 13 2-in-1 and the sleek silver EliteBook x360. We even saw a laptop with three 4K screens.
Below you'll find the best laptops from CES 2017, along with the best accessory and innovation from the show. However, you won't find any standalone tablets on our list, because no major company released any, due to waning interest in the category. So much for the "experts." 041b061a72


Department of Automation and Electronics
The Department of Automation and Electronics was founded after the division of the Department into sub-departments - Automation, Electronics and Computing, at the end of the academic year 2007/08. The Department bequeathed the activities linked with the development of university and vocational study of Electrical Engineering. This Department is today the parent department of the study course Automatics at the university studies of Electrical Engineering.
The scientific research work of the Department is carried out within the framework of several scientific projects of the Ministry of Science, Education and Sport along with professional projects from the fields of Electronics, Automatics and Signal Processing. These projects have enabled a significant collaboration with our local and national economy, as well as with scientific institutions at home and abroad. Results of this collaboration gave rise to numerous published papers, national and international conferences as well as elaborate, professional, and feasibility studies.
The teaching activity of the Department involves giving lectures from the fields of measuring systems and electronic instrumentation, electronic elements and circuits, analog and digital electronics, analog and digital signal processing, automatic regulation and automation of plants and processes and robotics. Students will be able to analyze and design circuits and systems from the respective fields of knowledge.
- Prof. Zlatan Car
- Prof. Nino Stojković
- Prof. Saša Vlahinić
- Prof. Viktor Sučić
- Assoc. Prof. Vera Gradišnik
- Assoc. Prof. Miroslav Vrankić
- Assoc. Prof. Neven Bulić
- postdoc. Ivan Volarić
- assistant Nikola Anđelić
- assistant Sebastijan Blažević
- assistant Dominik Cikač
- assistant Vedran Jurdana
- assistant Ivan Jurković
- assistant Nikola Lopac
- assistant Ivan Markovinović
- assistant Nikola Turk
- Dragica Jurin, Law.
- 15. December 2017.
Ukoliko trebate pomoć oko provjere ideja i prijave, dođite u ponedjeljak, 18. prosinca 2017. godine u Startup inkubator, s početkom u 15 sati, na radionicu “Kako do ideje i prijave za Startup?”.
Sections and Laboratories
Section of Measuring Systems
Head: Prof. Nino Stojković
Section of Signals and Systems
Head: Prof. Viktor Sučić
Section of Electronics, Robotics and Automation
Head: Prof. Zlatan Car
Laboratory for Electrical Measuements and Instrumentation
Head: Prof. Saša Vlahinić
Laboratory for Asistive Technology
Head: Assoc. Prof. Miroslav Vrankić
Laboratory for Statistical Signal Analysis and Processing
Head: Prof. Viktor Sučić
Laboratory for Electronics
Head: Assoc. Prof. Vera Gradišnik
Laboratory for Automation and Robotics
Head: Assoc. Prof. Neven Bulić


With more than 50 years in the Electronics Accessories Industry, Vanco has its origin as a provider of high quality audio, video, mobile, and CB accessories. Vanco remains passionate about the customer, demanding high quality and innovative product development combined with impeccable customer service.
With the accelerated development of digital consumer electronic products, separation between technologies has been rapidly disappearing. The convergence of these technologies allows audio and voice, data networks, computers and real time, multi-channel video to be delivered on the same media at speeds unheard of a decade ago. Vanco is committed to providing leading edge electronic accessories that advance connectivity and embrace the digital information evolution.


Cryptography In Computer Science
Learn how encryption can be used by cybersecurity professionals to prevent attacks and data breaches.
Today, encryption is about the study of secure communication techniques that allow only the sender and recipient to view their content.
- What is encryption?
- The importance of modern cryptography
- Cryptography in computer science
- encryption techniques
- cryptographic algorithms
- 1. Protection of ATM (email) information
- 2. Protection of data stored in the cloud
- 3. Protection of files from unauthorized access
- 4. Protection of browsing data
What is encryption?
The etymology is “kryptos” which means “hidden” in Greek. It is closely related to the act of encoding text called cipher text and returning it to the original text. As well?
Encryption covers information using techniques such as merging. For example, when transmitting electronic data, the most common use we have of encryption is in emails. The simplest method is to use the common key method or the private key method. Here, the data is encrypted with the private key and the encrypted message is sent to the recipient for decryption.
The problem? If the message is intercepted, a third party will have everything they need to decrypt and read the message. But to solve this problem, professionals have developed the asymmetric or “public key” system. In this case, each user has two keys: one public and one private. Senders request the intended recipient’s public key, encrypt the message, and send it.
Thus, even ordinary users should always encrypt every message they send, preferably using a form of public-key encryption. its a smart way to encrypt important confidential files, from family photos to corporate data such as personal records and accounting history.
For this, it is always important to look for a security solution that includes strong encryption algorithms along with an easy-to-use interface. This helps ensure regular use of encryption functions and prevents data loss, even if a mobile device, hard drive or storage medium falls into hand.
The importance of modern cryptography
Today, cryptography is concerned with:
The information cannot be understood by anyone.
Information cannot be changed.
The sender cannot deny its intentions in transmitting the information at a later stage.
In this sender and receiver confirm each encryption used in many different applications, such as bank cards, computer passwords and e-commerce.
In addition, there are three types of cryptographic techniques used in general, which are:
- Symmetric key encryption
- hash functions
- public key encryption
Cryptography in computer science
In cybersecurity, cryptography is associated with mathematical concepts and secure information and communication technologies derived from a set of rule-based calculations (algorithms) that transform messages into forms that are difficult to decipher
in cyber world algorithms are used for confidential communications, such as cryptographic key generation, digital signatures, validation to protect data privacy, Internet browsing, and credit card and e-mail and online transactions.
In the computer-centric world, encryption is now associated with encoding plain (unencrypted) text into ciphertext.
Cryptographic systems use a series of procedures called cryptographic algorithms to encrypt and decrypt data to protect files from hackers, iots, smartphones and applications can be protected.
Some suites use algorithms in encryption, algorithms in message authentication and algorithms in key exchange.
This process is integrated into the protocol and is written in software that runs on operating systems (and networked computer systems), with public and private keys, message authentication and keys for data encryption/decryption. It includes digital signature generation and verification for exchange.
In this way, attackers can even bypass encryption, however, it makes it more difficult to access messages and data protected by algorithms. Growing concerns about the need to break cryptographic standards are leading to constantly upgrading to new public key standards.
Now you know the importance and why encryption is still relevant. You can also consider that for its use, the main reasons can include, without a shadow of a doubt, the following:
1. Protection of ATM (email) information
The frequent sending of personal information such as RG, CPF, bank details, credit card number, company accounting data, makes encryption an ally in security.
2. Protection of data stored in the cloud
Today, replacing the hard disk with the cloud has become more practical and takes up less space, isn’t it? However, the use of platforms such as OneDrive, Google Drive and Dropbox are also exposed to attackers. Data encryption services such as SpiderOak, TeamDrive, Tresorit and Mega can be used.
3. Protection of files from unauthorized access
Protecting your mobile devices (in case of loss or theft) can also be used remotely. Personal data and important information can be done without the despair of blocking all access. If they are encrypted, it is possible to prevent any intrusion of content.
4. Protection of browsing data
Exposure to Wi-Fi (even private) makes intercepting easier. One of the most used means to encrypt data is the HTTPS protocol (security certificate), although it is not fully guaranteed, but has minimized risks.
The best form of security, in this case, is encrypted browsing, that is, the use of virtual private network (VPN) or Tor, which generate encrypted connection “tunnels” for browsing without being monitored.
Thus, we have seen that the importance and use of cryptography in computer science follows the technological evolution, before coming out of mathematical algorithms and today it is at the forefront of our daily use.
It is an extra layer of security against the risks of attacks, intrusions and leakage of important data.


Airborne Light Detection and Ranging (LiDAR) is a method of survey by remote sensing that obtains three-dimensional data points to digitally recreate the lands surface. This is achieved through a Global Positioning System (GPS) and pulses of laser light being emitted from a sensor. The GPS records the x and y coordinates while the laser records the z coordinate. The time required for the energy from the laser light to reach the target and return to the sensor determines the distance between the two, providing the height information.
In May 2013 airborne LiDAR data was collected for the CARRA project in three studies areas by Leading Edge Geomatics.This collected LiDAR data will be used to create Digital Elevation Models (DEM) to recreate the 3D landscape of these study areas. Each of these DEMs will then be analysed for angle of slope and be inundated by projected sea-level rise to assist with coastal vulnerability classification in task 2.


Pedal Power® 4×4
Audiophile quality analog power for your high-current digital pedals and 9-volt battery classics!
Pedal Power® 4×4 is a linear (analog) power supply that can properly power up to 4 digital power-hungry effects like those from Strymon, Eventide, Line 6, TC Electronic and more, plus 4 standard 9-volt battery stompboxes. Perfect for large pedalboards, Pedal Power 4×4 features 8 completely isolated, filtered, and regulated output sections that will keep your pedals dead quiet and free from high-frequency noise that occurs with digital “switching” power supplies.
Pedal Power 4×4 features an internal thermometer that controls a silent fan keeping the unit cool even under the most adverse heat conditions of outdoor festival stages. Even with poor AC line conditions, it delivers clean, consistent power. Handmade in the USA using the finest components, Pedal Power 4×4 was designed to meet and exceed the needs of our most demanding professional users.
ELEMENTS OF A GREAT POWER SUPPLY
Ground loops cause hum and the solution is to break the unwanted ground path. Isolation is the best way to do it. Unlike many power supplies, Pedal Power isolates every output. This eliminates tone-robbing interaction between other effects. Pedal Power runs everything from vintage overdrives to modern digital marvels in a way other power supplies simply can’t.
Proprietary Balanced Transformer
Typical transformers, like those used in a wall wart, create large magnetic fields that cause hum in any audio path near it. Pedal Power uses custom-designed, ultra-low noise toroidal transformers with separate balanced windings for every output allowing even the most sensitive pedals to be dead quiet.
What’s good for charging a cell phone is NOT good for your pedals. While digital switching power supplies are small and inexpensive, they also generate noise. Pedal Power uses an audiophile quality linear supply for consistently stable, clean, pure power.
Pedal Power 4x4 Features
- 8 isolated outputs
- Four (4) 9V 400mA outputs (2 with 12V option)
- Four (4) 9V 100mA outputs
- All outputs compatible with standard battery-powered pedals
- Linear regulation and toroidal transformer for lowest possible noise
- Delivers clean, consistent power even with poor AC line conditions
- 18V operation and currents up to 800mA using optional doubler cables
- Temperature-activated cooling Fan
- Includes DC power cable kit and detachable AC line cable
- Hand-built in the U.S.A.
Pedal Power 4x4 Specifications
- IEC connector:
- 120V 50/60Hz (North America model)
- 100V 60Hz (Japan model)
- 230V 50/60Hz (Europe/Australia model)
- Model and input power are marked on the bottom of unit.
- 5.5x2.1mm barrel connectors - center negative
- Short circuit protected
- Included Cables
- Standard polarity DC cable 8-pack (part # PPPK-8)
- Special Features
- Custom-designed, ultra-low noise toroidal power transformer
- Temperature controlled variable speed fan
- Dimensions: 7" wide x 3.4" deep x 1.8" tall (178 x 86 x 46 mm)
- Weight: 2 lbs. (907g)
- 5-year warranty in North America. Other regions contact your country's distributor for warranty details.
Pedal Power 4×4 Outputs
9V 400mA Outputs (x2) For powering high current digital effects. Standard battery-powered effects can also be powered using these outputs.
9V/12V 400mA Outputs (x2) Dual port outputs with 9V and 12V options for powering high current digital effects. Standard battery-powered effects can also be powered using these outputs.
9V 100mA Outputs (x4) Outputs for powering standard 9V battery-powered effects.


Unlike COVID-19, Web3 and Web 3.0 are fundamentally different. Web3 is blockchain-based version of the internet while Web 3.0 is what we would consider an upgraded concept of the internet that we currently use, Web 2.0.
Created by Ethereum co-founder Gavin Wood, Web3 is meant to combat the stranglehold that giants such as Amazon and Google have over the internet world today. Web3 is more concerned about returning the power to users and creators through blockchain, cryptocurrency, and NFTs rather than solving issues around asset ownership.
Web 3.0, on the other hand, was proposed by Tim Berners-Lee, the inventor of the World Wide Web. The semantic web is a major component of Web 3.0 and aims to make information more accessible by storing all data in one place, the Solid pod. This will allow users to control who or what applications have access to their data, instead of having our personal information taken and circulated by tech giants today.


DAYTON — ThinkTV has announced the launch of STEM World a new digital platform designed to inspire interest in science, technology, engineering and math (STEM).
The STEM World platform, www.thinktv.org/STEMWorld, is educational and fun, introducing kids of all ages to STEM through games, interactive activities, STEM adventures, local STEM events and award-winning, trusted content from public television producers. The pages also offer tools, resources and information for teachers and parents.
“STEM World brings together the best in PBS STEM resources, such as NOVA and Nature, with our locally-created web series, STEM adventures for families, and a community calendar of events,” said Gloria Skurski, chief education officer.
Visitors to the site will find STEM for Kids, a collection of STEM-related materials from one of the most trusted kids’ brands in the nation – PBS Kids – along with local resources and events. STEM for Teens delivers innovative web series for curious minds, including It’s Okay To Be Smart; Physics Girl, Global Weirding and Gross Science. STEM for Parents provides activities, program information and more from PBS, PBS Parents and ThinkTV. Local and national resources from PBS Learning Media, the Dayton Regional STEM Center, PBS Kids Lab and more will help teachers and students explore STEM in the classroom or at home.
The site is home to three locally produced digital series: Science with Mike, Full STEAM Ahead and STEM Adventures. Science with Mike takes a closer look at the world of chemistry with Sinclair Community College Professor Mike Canestaro. From his laboratory, Mike presents an entertaining and often funny approach to understanding chemistry. Full STEAM Ahead
celebrates the world of science with STEAM (Science, Technology, Engineering, Art and Math) experiments that kids can do at home. Science educator and PBS Digital Innovator Mister C (Kevin Cornell) hosts the series. And the STEM Squad – an inquiring band of local students – takes us on STEM Adventures to local sites, including the Boonshoft Museum of Discovery, The National Aviation Hall of Fame, The National Museum of the U.S. Air Force and more, inspiring families to go on their own STEM adventures.
STEM World was spearheaded by ThinkTV’s Gregory Schell, who is actively involved with STEM outreach in the greater Dayton area. “Dayton is such a strong STEM community and ThinkTV has access to amazing educational STEM resources through PBS. It just made sense to bring all these resources together in one central location for kids, families and lifelong learners,” said Schell. “And the best part is …. we’re just getting started.”


Main Article Content
In urban areas, exposure to indoor air pollution is expanding because of numerous reasons, including the construction of more tightly sealed buildings, reduced ventilation, the use of synthetic materials for building and furnishing and the use of chemical products, pesticides, and household care products. Indoor air pollution can start inside the building or be attracted from outside. Other than nitrogen dioxide, carbon monoxide, and lead, there are various different toxins that influence the air quality in an encased space. The most susceptible groups to indoor pollution are women and children because women lung sizes are significantly smaller to male counterparts and lung volume to body volume proportion of children is significantly higher than adults. Indoor air pollution monitoring requires equal attention as outdoor pollution. With advent in sensor technology and studies showing harmful effect of indoor air pollution it is important for us to start monitoring the air quality inside our schools, offices, hospitals, home and other places. The nature of air is influenced by multi-dimensional elements including area, time, and unverifiable factors. As of late, numerous specialists started to utilize the big data investigation approach because of headways in big data applications. Sensors build on powerful Arduino board and wi-fi networking units are tested to monitor air quality of three parameters; suspended particles, organic vapors and humidity. These key parameters are monitored over period of time, the time series data is stored in cloud service, and machine learning is applied to find ways to predict and manage air quality. The paper presents the IoT device architecture, cloud application architecture and sample results for an indoor test environment. Mobile and web-based visualizations were created for the data collected from the sensors. An alarm system is also developed to notify the user when the air quality deteriorates to unhealthy level.
 Liu Nan 2009 Ecological Economy. 3 191-193
 Mohieddine Benammar et al, "A Modular IoT Platform for Real-Time Indoor Air Quality Monitoring"
 Jaehyun Ahn eta al, "Indoor Air Quality Analysis Using Deep Learning with Sensor Data"
 Judith Molka-Danielsen, Per Engelseth, Veronika Olešnaníková, Peter Šarafín, Róbert Žalman, "Big Data Analytics for Air Quality Monitoring at a Logistics Shipping Base via Autonomous Wireless Sensor Network Technologies", 2017 5th International Conference on Enterprise Systems
 Brienza, S.; Galli, A.; Anastasi, G.; Bruschi, P. A low-cost sensing system for cooperative air quality monitoring in urban areas. Sensors 2015, 15, 12242–12259. [CrossRef] [PubMed]
 Lambebo, A.; Haghani, S. A Wireless Sensor Network for Environmental Monitoring of Greenhouse Gases. In Proceedings of the ASEE Zone I Conference, Bridgpeort, CT, USA, 3–5 April 2014
 Fioccola, G.B.; Sommese, R.; Tufano, I.; Canonico, R.; Ventre, G. Polluino: An efficient cloud-based management of IoT devices for air quality monitoring. In Proceedings of the 2016 IEEE 2nd International Forum on Research and Technologies for Society and Industry Leveraging a Better Tomorrow (RTSI), Bologna, Italy, 7–9 September 2016
 Tsang, K.F.; Chi, H.R.; Fu, L.; Pan, L.; Chan, H.F. Energy-saving IAQ monitoring ZigBee network using VIKOR decision making method. In Proceedings of the 2016 IEEE International Conference on Industrial Technology (ICIT), Taipei, Taiwan, 14–17 March 2016.
 Postolache, O.A.; Pereira, J.D.; Girão, P.S. Smart sensors network for air quality monitoring applications. IEEE Trans. Instrum. Meas. 2009, 58, 3253–3262. [CrossRef]
 Jelicic, V.; Magno, M.; Brunelli, D.; Paci, G.; Benini, L. Context-adaptive multimodal wireless sensor network for energy-efficient gas monitoring. IEEE Sens. J. 2013, 13, 328–338. [CrossRef]
 De Vito, S.; Di Palma, P.; Ambrosino, C.; Massera, E.; Burrasca, G.; Miglietta, M.L.; Di Francia, G. Wireless sensor networks for distributed chemical sensing: Addressing power consumption limits with on-board intelligence. IEEE Sens. J. 2011, 11, 947–955. [CrossRef]
 Kim, J.Y.; Chu, C.H.; Shin, S.M. ISSAQ: An integrated sensing systems for real-time indoor air quality monitoring. IEEE Sens. J. 2014, 14, 4230–4244. [CrossRef] Sensors 2018, 18, 581 18 of 18
 Firdhous, M.; Sudantha, B.; Karunaratne, P. IoT enabled proactive indoor air quality monitoring system for sustainable health management. In Proceedings of the 2nd IEEE International Conference on Computing and Communications Technologies (ICCCT), Chennai, India, 23–24 February 2017; pp. 216–221
 Hassan, M.; Bermak, A.; Ali, A.A.S.; Amira, A. Gas identification with spike codes in wireless electronic nose: A potential application for smart green buildings. In Proceedings of the IEEE SAI Intelligent Systems Conference (IntelliSys), London, UK, 10–11 November 2015; pp. 457–462
 Chen, R.C.; Guo, H.Y.; Lin, M.P.; Lin, H.S. The carbon dioxide concentration detection using mobile phones combine Bluetooth and QR code. In Proceedings of the 6th IEEE International Conference on Awareness Science and Technology (iCAST), Paris, France, 29–31 October 2014
 Riteeka Nayak, Malaya Ranjan Panigrahy, Vivek Kumar Rai, T Appa Rao, "IoT Based Air Pollution Monitoring System", Imperial Journal of Interdisciplinary Research (IJIR), Vol-3, Issue-4, 2017, ISSN: 2454-1362
 Sumit Sharma, R Suresh, "Indoor air quality: Issues and concerns in India", GRIHA SUMMIT 2014


Swiss Re and Chinese tech giant Baidu are teaming up to further develop the autonomous driving industry, announced Swiss Re.
The partnership between Swiss Re and Baidu aims to further develop the autonomous driving industry by advancing risk management research and insurance protection for autonomous vehicles. It allows reinsurers such as Swiss Re to tailor autonomous driving insurance products to meet the needs of technology companies, explained Swiss Re.
Financial details of the partnership were not disclosed.
The firms said that autonomous driving poses new challenges to the insurance industry, including rapid technological upgrades, increasingly diversified risks and limitation of data availability.
This partnership will develop insurance products covering the entire value chain of autonomous driving, including the selection of risk factors, product pricing, claims and underwriting data standards.
The first focus of this partnership was the launch of autonomous valet parking insurance, the industry’s first ever insurance solution for Apollo Valet Parking – an automated valet parking product designed by Baidu Apollo.
Future collaboration between Swiss Re and Baidu will cover risk management and insurance research for autonomous driving computing platforms, intelligent cockpits, robotaxis and other automated driving products.
Andrea Keller, head of Automotive & Mobility Solutions at Swiss Re, said the partnership seeks to analyse how automated cars perceive their surroundings and how they process that information and respond to it. “Our goal is to understand how such vehicles behave differently than human-driven ones and quantify these differences. Ultimately, we aim to bring motor insurance products to the next level of innovation,” Keller said.


UBC Orbit develops new technologies and designs constantly, but our efforts are currently concentrated on two main projects. Keep checking this page and follow us on social media for updates as they occur!
ORCASat (Optical and Radio CAlibration CubeSat) is a multi-payload, collaborative effort between teams at the University of British Columbia, Simon Fraser University, the University of Victoria, and Instituto Superior Técnico in Lisbon, Portugal.
ORCASat will be used to calibrate ground based star photometers and observatories for atmospheric and instrumental attenuation. Additionally, its radio source will be used to calibrate the CHIME (Canadian Hydrogen Intensity Mapping Experiment) radio observatory. The CubeSat also provides a store and forward repeater, as service to the amateur radio community, and a slow scan TV beacon for STEM outreach.
We partnered up with Simon Fraser University to
develop a 1U version of our ASPECTU satellite that will be launched by
Momentus Space aboard a Falcon 9 rocket in Q2 2024.
It will provide images of Earth on an on-demand basis to any
amateur radio operator, democratizing space imagery and
allowing young students to learn more about science and
ORCASat - The Optical and Radio Calibration Satellite - is a collaborative effort between teams at the University of British Columbia, Simon Fraser University, the University of Victoria, and Instituto Superior Técnico in Lisbon, Portugal.
ORCASat will be used to calibrate ground based star photometers and observatories for atmospheric and instrumental attenuation. Learn more here.
Aspectu (Latin for sight) provides a satellite imagery service
which captures images of Earth on an on-demand basis, with a spectral resolution of 53 meters, and downlinks the images to amateur radio operators worldwide.
Some of its other functions include:
Quantifying the computational and power requirements of onboard image processing.
Evaluating the performance of various computer vision and machine learning algorithms for the purposes of minimizing communication bandwidth.
Trillium is a low cost alternative to radiation hardened micro-controllers (MCUs) for space computation through the use of triple redundant MCUs.
Trillium is used as the Command and Data Handling subsystem in Aspectu, and provides automatic on-board satellite operation, along with command-driven operation when requested by ground. Trillium must be a self-sustaining system, able to detect and handle any on-board errors.
The Thunderbird Satellite's primary payload consists of two cameras intended for high-resolution imaging of Earth. The photos are evaluated for potential forest fire risks using on-board machine learning modules, trained on the ground, with capability to update these modules over the course of the mission.
The use of two cameras enables multiple filters to be applied to the image sensor, allowing for infrared and visible light imaging.


Manufacturer wholesale Portable USB Power Bank With 2600mAh Power Bank YYDD001 Product Name Perfume Power Bank Capacity 2600mAh/1500mAh Battery Cells A Quality 18650 Battery * 1 Shell Material PC + ...
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Welcome to the Galaxy-P project!
Galaxy-P is a multi-omics informatics platform. The focus of the platform is integrative analysis of genomics, transcriptomics and mass spectrometry-based proteomics and metabolomics data. Galaxy-P is an extension of the popular Galaxy bioinformatics platform, and is being actively developed by the Griffin research group at the University of Minnesota in collaboration with the Minnesota Supercomputing Institute. The project is funded by the National Science Foundation and the National Cancer Institute’s Informatics Technology for Cancer Research program.


Descrizione applicazione del sensore
UV-C irradiance probe (with gain adjustment) and temperature monitoring. Made of AISI 316 stainless steel, equipped with ¼ ” male thread (for direct mounting of the tube on its female nut) and silicone O-rings for a perfect hydraulic seal.
UV-C irradiance at a wavelength of 253.5 nm is “captured” by a selective photodiode inside the casing, isolated from water by a quartz cylinder that allows perfect irradiance readout. Gain adjustment of the read UV-C signal allows this probe to be used with all existing tubes regardless of the number of lamps inside. Temperature is measured through a sensor inside the casing, which outputs a proportional voltage signal.
UVP 03 has a 5 V dc power supply and connects to the logic with a standard 4.5-meter shielded cable with a straight connector and shield mounted on it for interference elimination.
- Power supply: 5 Vdc stabilized
- Spectral range: 210 to 380 nm
- Signal Output: 0 to 3 Vdc for Irradiance | 0 to 1 Vdc for Temperature (10mV/°C scale factor)
- Temperature range: -40 to 100 °C
- Cable lenght: 1.5 m standard AWG 27 screened
- Cable housing: male | straight | 5 poles


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Alcope / 2020
Nowadays, drunk driving is one of the social problems that is constantly occuring. Also with the advent of the 'Post Corona-19' era, we faced the problems on field sobriety test of infection through the respiratory tracts.
In this situation, Alcope is an advanced breathalyzer that can measure alcohol concentration only through contacting the skin of drivers. In this product, electrochemical sensors and infrared spectroscopy technology were applied in the method of measuring the alcohol(with non-invasive ways).
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Focusing on Medium and Mini Sized Lithium-Ion Polymer Batteries, SYNergy Makes Steady and Healthy Profits
by Bing-Feng Chang
SYNergy has developed a micro lithium-ion polymer battery 1.3 cm long and1.1 cm wide which delivers a capacity of 70 mAh, at the fast charging rate of 2C, contributing 80% of capacity in 40 minutes.
By placing its focus on niche markets of medium and mini sized lithium-ion polymer batteries for Bluetooth headsets and wearable devices, SYNergy ScienTech Corporation has achieved excellent results in its business operation, establishing itself as an essential link of the supply chain of many major Bluetooth headset and wearable device factories all over the world. In business operation, it has an annual revenue over one billion NT dollars two years in a row and is now keeping on earning substantial profits. SYNergy is not only the best in the sector of medium and mini sized irregular-shaped lithium-ion polymer batteries on both sides of the Taiwan Straits but also one of few lithium-ion polymer battery cell and pack manufacturers in Taiwan which continues to bring in profits.
Headquartered in Hsin-chu Science-based Industrial Park, SYNergy recruits its team of experts in this country and from overseas in material science, chemistry, chemical engineering, electronics, etc. Since its establishment 18 years ago, besides having obtained a patent and authorization on PLION lithium-ion polymer batteries from Bellcore Laboratories, USA, it has been awarded many patents and possessed technologies which were developed by itself. It also has received Hsin-chu Science-based Industrial Park Creativity and Research Award many times. From 2002 on, it began producing Advanced Hybrid Batteries (AHB), mainly concentrating on applications and markets of medium, small and mini sized lithium-ion polymer batteries and on many occasions received approvals from many premier international companies. At present, it is one of three foremost suppliers of mini lithium-ion polymer batteries on the globe. After the fourth quarter of this year, it will step towards the capital market and become a public company by applying for registration on Taiwan’s Emerging Stock Market.
SYNergy’s superiority over its competitors lies in its prompt development and service of new products as well as flexible and customized manufacturing processes so as to provide clients at the end of the process line with a few battery products of wide varieties, thus shortening for them the time between new product development and marketing. More importantly, with its unique production process design and strignet production management, Synergy supplies lithium-ion polymer batteries of high safety, which inspire confidence in its major clients and enable the long-lasting cooperative relationship to be maintained, so much so that it can overcome the competition and challenges from battery products mass-produced in Japan and Korea and those with low price tags offered in mainland China.
Due to their mastery of critical technical know-how in areas of positive and negative electrode materials, electrolyte solution formulae and additives selection, cell structure design, fast charging design, irregular-shaped battery assembly design, low temperature power battery technical know-how, and STOBA safety additive patent and authorization, etc. in connection with lithium-ion polymer batteries, SYNergy’s team of professionals are able to design batteries for many applications in the fields of Bluetooth headsets, wearable and health-related gadgets, wireless keyboards, and wireless speakers, etc. according to different demands of clients.
In recent years, SYNergy has targeted mainly on lithium-ion polymer batteries for mobile phone companion products and tablet computer peripherals, including blue tooth headsets, wireless speakers, smartwatches, medical devices, health-related gadgets, wireless keyboards, and other kinds of wearable devices. With a view to expanding the demands from application markets, SYNergy also strives to develop high voltage batteries of 4.35 V, coin cell type secondary batteries, large energy-storage and power batteries, wearable curved batteries, etc. so as to provide clients with all-round solutions to demands for lithium-ion polymer batteries.
Quite different from most companies in the same business in Taiwan, SYNergy, with its unique ability in development and mass production of custom-made lithium-ion polymer batteries and its plunge into niche markets of medium and mini sized products, has by and by come to consolidate a share of the global market. Its business grows steadily and it has reasonable gross profit margins. It is expected that it will have sustainable and growing kinetic energy for application markets of wearable devices, computer peripherals, energy-storage and application, electric vehicles, etc. in the future.


At our orthodontic clinic, we use only digital x-ray technology for all of our x-ray imaging, as opposed to traditional film-based, chemically-processed x-rays.
Digital x-ray has many advantages:
- Improved image quality
- Greater ability to enhance and process images
- Environmentally friendly: no chemicals are required for processing
- Immediate image development
We didn’t jump on board with digital x-ray technology until we knew it would work with our patients’ best interests in mind. In 2007 we made a careful purchase of the Sirona Galileos cone beam x-ray, which offers 3D digital x-ray and has been serving all of our imaging needs very well.
The digital x-ray technology we use allows us to see things in ways we could not visualize before, and allows us to plan your treatment better than ever before. Considering your health, we will still only take x-rays when they are absolutely necessary, and only if we aren’t able to get recent x-rays from your family dentist.


Kanthal Wire (Accessories)
9.14 Meters (30 Feet) Kanthal Resistance Wire
Kanthal is the most commonly used wire to build an atomizer with. It is designed to remain strong and not break down even at high temperatures (up to 1400°C (2600°F), with a melting point of 1600°C) which is why it is the standard type of wire used for the heating coils in most electronic cigarettes.
Coils with less resistance gives more vape, but also uses more battery power and liquid and hence doesn't last as long before it needs to be replaced.
24 AWG - 0.5mm (0.0055ohm/mm)
26 AWG - 0.4mm (0.0087ohm/mm)
28 AWG - 0.3mm (0.0145ohm/mm)
The spool holds 9.14 Meters (30 Feet) of wire


Tel: +39 02 61298711 Mail: email@example.com
The driver control has the function to keep the current of the LED constant with purpose of optimizing the luminous intensity.
To guarantee constant illumination the LED need to be feeding a constant current and so far this it is necessary to use the DRIVER control.
The driver can change the luminosity by means of the trimmer on board or with the analogic signal (0-10V) a cording to the position of the jumper J1.
The standard tension 24V allows the connection of 7 LED. The DRIVER is able to guarantee a constant VxI output, modulating it in function with the number of LED connected and no adjustment is necessary.


Dr. Günter Firnau has contributed innovatively to the development of PET chemistry over the last 27 years, establishing the PET radiochemistry at McMaster University and the University of Ottawa Heart Institute in Canada. He has invented a number of novel PET tracers. One of his innovations, 6-[F-18] fluoro-L-dopa, is now used the world over. He has held academic appointments at McMaster University, University of Toronto and University of Ottawa. He is President of FIRNAU Consulting Inc. and can provide hands-on consulting for PET isotope production with cyclotrons, targetry, radiochemistry and engineering of radiopharmaceutical synthesis ([F-18] FDG, 6-[F-18] fluoro-L-dopa, C-11 labeled tracers, [N-13] ammonia and others), quality control analysis, license applications, radiation safety programs and training of personnel.


For anyone working in Cisco IOS world knows the pain when an IOS gets deleted from flash by mistake or the IOS image on the flash gets corrupt. The device keeps on booting to a state known as ROMMON. The usual XMODEM procedure is painfully long. The IOS image copy process can take more than 9 hours - if the file is around 25 MB.
To put the IOS back into the switch using USB can be pretty quick. I have done this in under an hour. Here is how to do it.
I am using Catalyst 2960X in my example below.
First make sure your IOS device has a USB port. If it does, we need a format a USB flash drive in a way IOS recognizes it. The file format has to be FAT16 (or FAT).
Note: FAT32 and FAT-EX are not supported by the Cisco IOS devices.
The USB drive has to be smaller or equal to 2 GB. If you don't have a USB drive smaller than 2 GB, follow this.
Here are the options I checked on when I formatted my USB drive to FAT on my Windows PC. Don't do Quick Format.
After formatting, put the IOS image on the USB drive. Now power on the switch or router. It would come to the ROMMON state.
Insert the USB flash drive in the USB port. Make sure that switch is able to see the IOS image on the USB. Issue the command dir usbflash0:
Now enter boot usbflash0:c2960x-universalk9-mz.152-7.E2.bin so the the switch boots using the image on the USB.
For some reason, my switch came back to ROMMON after this above step as well - which it shouldn't have. So I had to repeat the above step once again. After the next time it came up fine.
Now the flash doesn't have a valid IOS image. We need to copy the image on the switch's flash.
I copied it by making the laptop as the FTP server. I use Filezilla. I gave my PC IP address of 10.10.10.2/24
int vlan 1
ip address 10.10.10.1 255.255.255.0
ip ftp username cisco
ip ftp password cisco
Control Panel >> Network and Internet >> Network Connections >> Ethernet >> Properties >> Internet Protocol Version 4 (TCP/IPv4)
Make sure you are able to ping each other (from switch ping 10.10.10.2 and from laptop ping 10.10.10.1)
Once both PC and switch have IP connectivity, issue the command:
copy ftp: flash:
Provide the IP Address of FTP server (10.10.10.2 - in my example) and file name (c2960x-universalk9-mz.152-7.E2.bin - in my example)
Make sure you get the exclamations (!), and not the dots (.). If you get dots, that means either there isn't IP connectivity or (T)FTP server is not properly setup.
Issue dir to make sure that you see the IOS bin file in the switch's flash.
Make sure the config register is the right value before reloading by issuing sh ver
Reload the switch by reload command. Enter no to saving the config - this is so that on the boot, you get a fresh install of IOS.
Hopefully this will save you time just like it did to me and you can avoid xmodem IOS transfer.
Saad is a Senior Collaboration Engineer. He is CCIE x 3 (Collaboration, R&S and Data Center)


You can install the software from the CD-ROM included with your camera.*
*If a CD-ROM was not included with your camera, you can download the software from the Canon website and install it.
- It may be necessary to connect the camera to the computer when installing the software. If connection with the camera is required, a message prompting you to connect the camera to the computer will be displayed. Please use a USB cable (the camera’s terminal requires Mini-B size) for connections.
- Using the software, you can update to the latest version, and download new functions via the Internet (some software excluded). Be sure to install the software on a computer with an Internet connection so you can use this function.
- Internet access is required to use this function, and any ISP account charges and access fees must be paid separately.
- In this section, Windows 7 is used as an example. The on-screen displays and operations may differ depending on the operating system.
- An account with Administrator privileges is required for installing and uninstalling software.
- The camera model names and software names appearing in this explanation may differ depending on the model you use.
- After downloading the software from the Canon website and installing it, you can do the following things on your computer.
|EOS Utility||Import images and change camera settings |
|Digital Photo Professional||View, process and edit images (including RAW-format files) |
|Picture Style Editor||Edit Picture Styles and create and save original Picture Style files |
|Image Transfer Utility||Set up Image Sync and receive images |
- To view or edit movies on your computer, use software that supports the movies shot with your camera (i.e. software installed as standard on your computer or software that is generally available).
Software Instruction Manual
- Download software instruction manuals from the Canon website as needed.
-With a computer connected to the Internet, access http://www.canon.com/icpd/.
-Access the site for your country or region.
Checking Your Computer Environment
The software can be used on the following computers. For detailed system requirements and compatibility information, including support in new operating systems, visit the Canon website.
|Operating System||Windows||Mac OS|
Windows 7 SP1
|Mac OS X 10.10|
Mac OS X 10.9
- The first time you connect the camera to the computer, drivers will be installed, so it may take a few minutes until camera images are accessible.
- To view and edit movies on a computer, use preinstalled or commonly available software compatible with movies recorded by the camera.
2. Connect the computer to the Internet and access the Canon website to download the software.
3. Double-click the downloaded file to open it.
4. Double-click the extracted folder, and then double click [ksdxxxxx.exe].
If the following screen appears, click [Run].
5. Select the area in which you live.
6. Select the country where you live, and then click [Next].
[Easy Installation] to automatically install all the software applications.
*To choose individual software applications to install, click [Custom Installation].
9. Close all other open applications and click [OK].
10. The following screen will appear. Click [Install].
If you previously selected [Custom Installation], append the desired application with a check, and then click [Next].
11. Read the license agreement and if you agree to the terms, click [Yes] to begin the installation.
If you do not select [Yes], it will not be possible to install the software.
- If the screen shown below is displayed during installation, please read the text carefully, and click [Yes] if you agree to the terms.
12. Click [Yes] if the following screen appears.
13. Installation begins and the below screen is displayed.
15. The following screen appears. In this example,
[No, I will register later.] has been selected, and
[Next] has been clicked.
To register your camera on CANON iMAGE GATEWAY, select [Yes, I would.], and complete the registration procedure.
17. Click [Finish].
If a restart message is displayed, click [Restart] to restart the computer.
This concludes the procedure for downloading and installing software.
Please note that the camera must be connected to the computer prior to starting EOS Utility. For more information on connecting the camera to a computer, please refer to the camera’s instruction manual.


We support you in electronics development from concept, prototypes to series transition!
Our services in software and hardware development:
Creation of requirement specifications and project schedules in coordination with our customers
Creation of solution concepts for the implementation of electronic assemblies
Calculation, design and generation of circuit diagrams and BOM
Coordination with component suppliers regarding availability, delivery times and prices
Layout development and preparation of data for production (Eagle)
Construction and assembly of prototypes and pilot series
Requirements and creation of software concepts together with our customers
Embedded software development including extensive documentation (C and bascom)
Software tests on prototypes
Measuring and testing of prototypes and pilot series, creation of measurement protocols and data sheets
Design and construction of measuring devices and flowcharts for assembly tests
We have more than 15 years of experience in the field of electronics development – both in the area of hardware and hardware-related software. As independent team nfsol, we support our customers in product development since 2012. Well-known innovative manufacturers, especially in the field of photovoltaics and self-consumption optimization, are among our long-standing customers.


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The Schumann Resonances are quasi-standing electromagnetic waves that exist in the Earth's 'electromagnetic' cavity (the space between the surface of the Earth and the Ionosphere). Like waves on a string, they are not present all the time, but have to be 'excited' to be observed. They are not caused by anything internal to the Earth, its crust or its core. They seem to be related to electrical activity in the atmosphere, particularly during times of intense lightning activity. They occur at several frequencies, specifically 7.8 (strongest), 14, 20, 26, 33, 39 and 45 (weakest) Hertz, with a daily variation of about ± 0.5 Hertz. So long as the properties of Earth's electromagnetic cavity remains about the same, these frequencies remain the same. Presumably there is some change due to the solar sunspot cycle as the Earth's ionosphere changes in response to the 11-year cycle of solar activity. The resonant properties of this terrestrial cavity were first predicted by the German physicist W. O. Schumann between 1952 and 1957, and first detected in 1954. Depending on your point of view, living beings either evolved in this natural electromagnetic environment or were created with Divine Intelligence to live in harmony with it. One thing is certain: Since life began, the Earth has been surrounding all living things with this natural frequency pulsation. Many experts believe that the wide spectrum of artificial man-made EMF radiation masks the natural beneficial frequency of the Earth. Electropollution may cause us to feel more stressed, fatigued and "out of balance." Laboratory research has shown that exposing living cells to the Schumann Resonance had the effect of "protecting" them from ambient EMFs, allowing the cells to increase their immune protection, and decrease the absorption of depression-inducing chemicals. Some researchers believe that by producing a 7.83 Hz pulse with a field generator (Schumann device), we can counter the effects of the irritating man-made fields. By replicating the Earth's natural rhythm, we may be providing ourselves (at least in our immediate vicinity) with a more healthy environment.
TUNABLE SCHUMANN DEVICE
We all know that our bodies are very delicate electromagnetic senders and receivers. And each of us is different, even unique, in the ways in which our bodies interact with the electromagnetic environment. By creating a Schumann device with a variable capacitor, the EarthSafe has the unique ability to be tuned from about 2 Hz to over 20 Hz, to produce the exact frequency that will give maximum benefit to your specific body. And it can be re-adjusted in seconds at any time, for any new circumstance, including the changes taking place in the Earth's natural field. You may notice a difference immediately. Some people have said that it feels as though an invisible weight has been lifted off their shoulders. Irritability, eye strain, and general tiredness from using electrical appliances can feel lessened. Pocket sized (5-1/4" x 2-3/4" x 1"), lightweight (only 6 oz.), it goes with you wherever you go. Amazing 6-foot radius of effectiveness! Tuning is easily done with simple muscle testing. Tune up your protective energy field with EarthSafe. 9V battery included, made in USA. Model A380 is a pocket sized device designed to be carried with you, while the Model A381 also features tunable Schumann circuitry, but covers a larger area and plugs into AC outlet.
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HUMAN ENERGY FIELD METERS
Trifield Human Energy Field Meter
This amazingly sensitive device can pick changes in the human electromagnetic field that are imperceptible by most people. It has become the favorite portable instrument of parapsychologists and life science researchers around the world. In the Magnetic setting, the unit has a sensitivity of 2.5 milligauss, which is less than 0.5% of the earth's field. In the Electric setting, it has a sensitivity of 3 volts-per-meter, which is thousands of times below the level at which static electricity forms. This setting will alert the investigator to the earliest stages of paranormal phenomena. For instance, the formation of a cold spot of only 0.1 degree Fahrenheit less than ambient temperature requires 40 billion times more energy than this meter's base sensitivity. Obviously, the meter can detect changes in electrical potential long before they become obvious to people. It will even detect approaching thunderstorms and the presence of a person behind a wall. Just having someone "zap" the unit with their hands from a distance will set off the audible alarm. The alarm tone is proportional to the amount of change in the field and can be set for any desired threshold. The unit also measures radio and microwave waves from 100 kilohertz to 3 gigahertz in milliwatts of energy. In the Sum position, the instrument constantly measures all of these fields and sounds an alarm if any of the fields increase or decrease. Therefore, the unit can be left on and serve as bedside alarm or used for on-site passive monitoring. It is also an excellent way to keep track of fluctuations in personal life force energy as evidenced in the electromagnetic aura. More Information.
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Streamlight now offers 18650 batteries for our products that accept them. Charge your batteries - one or two at a time - in the dual input charging cradle. It uses either USB or traditional AC/DC power sources for a wide variety of battery charging options. - Capable of charging a single 18650 battery or two simultaneously - Dual input: accepts either 5V micro-USB or Streamlight traditional AC or 12V DC power sources; Micro-USB input with custom locking feature charges from Streamlight AC/USB adapters or most other USB sources - Impact-resistant polymer construction - 18650 button-top lithium ion battery on-board safety control circuit; rechargeable up to 500 times - Charge time - Single bay: 3.5 hours (either bay) - Both bays: 3.5 hours left bay (priority) and 6.5 hours right bay - Individual bay LEDs for battery charge status - Charger: 4.5 in (11.4 cm); 2.4 oz (68 grams) - Battery: 2.75 in (7.0 cm); 1.7 oz (48 grams) - Use with Streamlight products that accept 18650 batteries including the ProTac HL USB and ProTac HL 4
Determined at checkout.


In today’s fast-paced business world, collaboration, ideation, and productivity are crucial for success. As technology continues to evolve, new tools are emerging that leverage the power of artificial intelligence (AI) to streamline workflows and enhance team dynamics.
One such tool that has gained significant traction is Miro AI, an AI-powered assistant integrated into the popular Miro platform. In this comprehensive review, we’ll explore the features, pricing, pros, cons, and alternatives of Miro AI, providing you with an in-depth understanding of this innovative tool.
What is Miro AI?
Miro AI is an AI-powered virtual assistant designed to enhance collaboration, creativity, and productivity within the Miro platform. It leverages advanced algorithms and machine learning techniques to analyze and process board content, providing users with intelligent insights and automating various tasks.
With Miro AI, teams can streamline their workflow, uncover valuable insights, and create visually appealing mind maps and technical diagrams with ease.
How Miro AI Works
Miro AI is seamlessly integrated into the Miro platform, allowing users to access its features directly from within their collaborative boards.
By analyzing the content on the boards, such as sticky notes, text, and diagrams, Miro AI can generate intelligent insights, cluster information based on sentiment or keywords, summarize content, and even create mind maps and technical diagrams automatically.
The AI-powered assistant uses natural language processing (NLP) and machine learning algorithms to understand the context and meaning of the board content, enabling it to provide relevant and valuable assistance to users.
Features of Miro AI
Miro AI offers a range of powerful features designed to enhance collaboration, creativity, and productivity:
Mind Mapping and Diagramming: One of Miro AI’s standout features is its ability to generate visually appealing mind maps and technical diagrams from plain text input. Users can simply enter their ideas or information, and Miro AI will automatically create a structured and organized visual representation, saving time and effort.
Insight Generation: Collaborative sessions often generate a wealth of data, making it challenging to extract meaningful insights manually. Miro AI helps users uncover valuable insights from customer research, retrospectives, workshops, and other collaborative sessions by analyzing and synthesizing the information.
Content Summarization: Large volumes of sticky notes can be overwhelming, making it difficult to grasp the key points quickly. Miro AI solves this problem by condensing the content of sticky notes into concise summaries, allowing users to efficiently extract the most important information.
Pattern Recognition: Identifying patterns and trends in collaborative data can be time-consuming and challenging. Miro AI intelligently clusters sticky notes based on sentiment or keywords, enabling users to recognize patterns and trends within their data effortlessly.
Task Automation: Miro AI can automate various tasks, such as creating diagrams, organizing content, and generating reports, freeing up valuable time for users to focus on more strategic and creative aspects of their work.
Integration: Miro AI seamlessly integrates with other tools and platforms, allowing users to leverage its capabilities within their existing software ecosystem, enhancing productivity and streamlining workflows.
How much does Miro AI cost?
|$8/user/month (billed annually)
|$16/user/month (billed annually)
Miro AI is currently available as part of the Miro platform’s paid plans. While access to the core Miro platform is free, Miro AI is included in the Team, Consultant, and Enterprise plans.
The pricing for these plans is as follows:
- Free: $0/month (Access to the core Miro platform, but no Miro AI)
- Team: $8/user/month (billed annually)
- Consultant: $16/user/month (billed annually)
- Enterprise: Custom pricing based on specific requirements
It’s important to note that pricing and plan details may change over time, so it’s best to check the official Miro website for the latest and most accurate information.
Pros of Miro AI
|AI-powered assistance for enhanced collaboration and productivity
|Seamless integration with the Miro platform
|Time-saving features like mind mapping, content summarization, and pattern recognition
|Visual representation of ideas and information
|Collaborative platform for real-time sharing and ideation
|Automation of repetitive tasks
|Integration with other tools and platforms
Miro AI offers several advantages that make it a valuable addition to any team’s toolkit:
AI-powered assistance: Miro AI leverages artificial intelligence to provide intelligent insights and automate tasks, streamlining collaboration and productivity.
Seamless integration: Miro AI is seamlessly integrated into the Miro platform, ensuring a cohesive user experience.
Time-saving features: Features like mind mapping, content summarization, and pattern recognition save time and effort, allowing users to focus on their core tasks.
Visual representation: Miro AI facilitates the creation of visually appealing mind maps and technical diagrams, enhancing understanding and communication.
Collaborative platform: Miro AI is built on top of the Miro platform, enabling real-time collaboration and sharing of ideas.
Task automation: Miro AI can automate various tasks, such as creating diagrams, organizing content, and generating reports, freeing up valuable time for users.
Integration: Miro AI seamlessly integrates with other tools and platforms, allowing users to leverage its capabilities within their existing software ecosystem.
Cons of Miro AI
|Limited access (currently in beta)
|Potential privacy concerns
|Dependency on the Miro platform
|Limited language support (currently)
While Miro AI offers numerous advantages, it’s important to consider its potential drawbacks:
Limited access (currently): Miro AI is still in its beta phase, and access may be limited or restricted temporarily.
Potential privacy concerns: Some users may have concerns about the use of their data, although Miro assures that user data is not used for training models without explicit consent.
Learning curve: Like any new tool, there may be a learning curve for users to fully understand and utilize all the features of Miro AI.
Dependency on Miro platform: Miro AI is tightly integrated with the Miro platform, which may limit its use for users who prefer other collaboration tools.
Limited language support (currently): Miro AI’s availability in other languages may be limited during its initial launch phase.
How to Use Miro AI: Complete Overview
Using Miro AI is a straightforward process, thanks to its seamless integration with the Miro platform:
- Sign up or log in to Miro: Start by creating a new account or logging in to your existing Miro account.
- Create a new board or open an existing one: Miro AI works within the context of Miro boards, so you’ll need to create a new board or open an existing one.
- Access Miro AI: Depending on your subscription plan, you may need to enable Miro AI or access it through the side panel or toolbar.
- Explore Miro AI features: Familiarize yourself with the available features, such as mind mapping, content summarization, pattern recognition, and task automation.
- Utilize Miro AI: Start using Miro AI by providing it with the necessary input, such as text, sticky notes, or diagrams, and let the AI assistant generate insights, create visual representations, or automate tasks.
- Collaborate with team members: Miro AI is built on the Miro platform, enabling real-time collaboration and sharing of ideas and insights with your team members.
It’s important to note that the specific steps and user interface may vary based on the latest updates and changes to the Miro platform and Miro AI.
Miro AI Alternatives
While Miro AI offers a unique combination of features, some alternative tools are worth considering:
|A cloud-based diagramming tool for creating professional-looking diagrams, flowcharts, and more.
|A digital workspace for visual collaboration, facilitating teamwork and ideation.
|A mind mapping tool that helps users capture, organize, and share ideas visually.
|A simple and intuitive online mind mapping tool for individuals and teams.
|A comprehensive diagramming and visualization tool for creating diagrams, wireframes, and more.
Each of these alternatives has its own strengths and weaknesses, and the choice ultimately depends on your specific needs and requirements.
Conclusion and Verdict: Miro AI Review
Miro AI is a game-changer in the world of collaboration and creativity. By harnessing the power of artificial intelligence, this innovative tool empowers users to streamline their workflow processes, generate valuable insights, and create visually appealing mind maps and technical diagrams with ease.
With its seamless integration into the Miro platform, Miro AI offers a cohesive user experience, enabling teams to leverage its capabilities within their existing collaborative environment.
The time-saving features, such as mind mapping, content summarization, and pattern recognition, allow users to focus on their core tasks while Miro AI handles the heavy lifting.
While Miro AI is still in its beta phase and may have some limitations, such as potential privacy concerns and a learning curve, its advantages outweigh its drawbacks.
As the tool continues to evolve and gain additional features, it is poised to become an indispensable tool for teams seeking to enhance their collaboration, creativity, and productivity.
Whether you’re a freelancer, a small business owner, or part of a large enterprise, Miro AI can be a valuable addition to your toolbox, helping you unlock the full potential of your ideas and drive your projects forward with efficiency and creativity.
FAQs: Miro AI
How do I get access to Miro AI?
Access to Miro AI is currently available through the Miro platform. Users can sign up for a paid plan (Team, Consultant, or Enterprise) or check for access via beta programs. The availability of Miro AI may be limited during the beta phase.
What features are currently available in the Miro AI beta?
The current beta version of Miro AI includes features such as mind mapping, content summarization, clustering sticky notes based on sentiment or keywords, technical diagram generation, and task automation.
How will my data be used by Miro AI?
Do I need to pay for the Miro AI beta?
During the beta phase, access to Miro AI is included with the paid plans (Team, Consultant, and Enterprise) on the Miro platform. However, pricing and access models may change in the future as the tool matures and gains additional features.
When will Miro AI be available in other languages?
The availability of Miro AI in other languages is dependent on the development roadmap of the platform. As the tool continues to evolve, support for additional languages may be added in the future to cater to a global user base.


Welcome to the Quick Start guide.
This section will walk you through the process of connecting your first MikroTik router to MikroCloud as quickly as possible.
There will be two major steps in getting your first MikroTik router connected to MikroCloud
- Preparing your MikroTik Router
- Connecting your MikroTik Router to MikroCloud
The following assumptions are made. Ensure that they are true before starting:
- You have a working MikroTik router with power adapter and 2 ethernet cables
- There is no data or configuration currently on the device that you are concerned about losing
- You have an upstream device, such as a router, switch, modem or other network device that has Internet access
- The upstream device is cable of routing the Internet access to your MikroTik via an ethernet port
- A Windows or Mac computer with an ethernet port/adapter
When you're ready, click the Next button to continue.


Dr. Mark Johnson
New Zealand electronics engineer. He designed the first prototypes of the acoustic tags DTAG (www.soundtags.org) in the Woods Hole Oceanographic Institute in Massachusetts, and now continues his work in the Sea Mammal Research Unit at the University of St. Andrews. There he combines the design of acoustic instrumentation for monitoring and movement of terrestrial and marine fauna, with research in ecology and animal behavior. Currently he is also working on the design of autonomous recorders Soundtrap with a New Zealand company (http://www.oceaninstruments.co.nz/).
Web Personal: www.smru.st-andrews.ac.uk/staffProfile.aspx?sunID=mj26


In recent years, many people have expressed concerns about blue light and whether it contributes to various eye issues. Is blue light bad for your eyes? Let’s go over the basics of blue light, health benefits, possible effects on our eyes, and the use of blue-light-blocking glasses.
What Is Blue Light?
Blue light is a portion of the visible light spectrum and it’s all around us. The sun is the biggest source of natural blue light. Nowadays we are more exposed to blue light because of our widespread use of devices that use LED technology, like computer screens and smartphones. This LED technology emits high amounts of blue light. The concern about blue light finds its origin in its high energy and proximity to UV light in the electromagnetic spectrum.
UV light, which is invisible, has long been linked to eye and skin damage. Thankfully there is very little indication that blue light emitted from LED screens is harmful. The LED screens are simply not bright enough. The natural blue light from the sun far exceeds the amount emitted from a screen.
The Health Benefits of Blue Light
Blue light, mostly emitted by the sun, has been proven to promote alertness, boost mood, improve memory and cognitive function, enhance healthy sleep by maintaining a wel-lregulated circadian rhythm, and help with some skin conditions.
Is Blue Light Bad For Your Eyes?
Our eyes are built in a way that provides protection against some kinds of light. The cornea and lens protect the retina, at the back of the eyes, against harmful UV rays. They are not good at blocking blue light from entering the eyes. This has sparked the debate about whether extended use of electronic devices can give rise to eye disorders. Thankfully there is very little indication that blue light is responsible for any eye pathology, whether it’s from the sun or from an LED screen which is far less bright.
Extended use of LED screens is linked to digital eye strain, but this is mostly due to the fact that we blink far less often than normal when looking at a screen, thus causing our eyes to dry out. So it’s not the blue light, but the fact that we blink less often that causes eye problems.
Symptoms of digital eye strain include:
- Eye irritation or soreness
- Tired eyes
- Blurred vision
- Headaches or fatigues
Do Blue-Light-Blocking Glasses make a difference?
Blue-light-blocking glasses will not make a big difference during the day.
Besides there being very little evidence blue light emitted from LED devices is harmful for your eyes, most blue-light-blocking glasses will only filter 5-40% of blue light anyway.
Wearing them at night, might be useful, since blue light inhibits the release of melatonin, so when exposed in the evening, blue light might cause difficulties to fall asleep.
If you have questions about blue light or suffer from digital eye strain symptoms, contact EEC today for an eye exam!
Every patient deserves top-quality eye care from us. European Eye Center focuses on providing Western-standard services and determining appropriate treatment plans to help patients restore their vision in a feel-like-home atmosphere.
We are happy to help if you have questions about blue light or any other vision conditions. Don’t hesitate to connect with us at firstname.lastname@example.org.
Contact us today to schedule an eye care service!


Parse tree based machine translation for less-used languagesJernej Vičič
, Andrej Brodnik
, 2008, original scientific article
Abstract: The article describes a method that enhances translation performance of language pairs with a less used source language and a widely used target language. We propose a method that enables the use of parse tree based statistical translation algorithms for language pairs with a less used source language and a widely used target language. Automatic part of speech (POS) tagging algorithms have become accurate to the extent of efficient use in many tasks. Most of these methods are quite easily implementable in most world languages. The method is divided in two parts; the first part constructs alignments between POS tags of source sentences and induced parse trees of target language. The second part searches through trained data and selects the best candidates for target sentences, the translations. The method was not fully implemented due to time constraints; the training part was implemented and incorporated into a functional translation system; the inclusion of a word alignment model into the translation part was not implemented. The empirical evaluation addressing the quality of trained data was carried out on a full implementation of the presented training algorithms and the results confirm the employability of the method.
Found in: osebi
Keywords: machine translation, parse tree
Published: 15.10.2013; Views: 4484; Downloads: 82
Full text (0,00 KB)


Today was the actual robot competition. We had three chances at the table to score the highest amount of points that we could for the challenges.
Our first two robot runs weren't very good at all. Our second run was a little bit better, but not very good. We were disappointed because we know the robot can score many more points when it is working well at home, but our friends from other FLL teams were very helpful. A big thank you to The HIPPIES and the coach from The Brick Dawgs and all the other teams who helped us out.
Even though the robot runs didn't go very well, we were still smiling!
We had non-stop visitors to our pit area and a chance to give out sweets and flags and do some swaps.
In the afternoon we went to The Dome and watched the larger robots that are used in the FIRST Robotics Challenge (FRC). They are taking part in a competition called Recycle Rush where the robots have to move bins and crates. The robots are autonomous for the first bit of the competition and then are controlled by remote control. You can find out more about what the robots have to do in the video here
One of the FRC competitions at The Dome.


CELEBRATING FIFTY YEARS
AS THE LEADERS IN INDUSTRIAL PROCESS MONITORING
SYN-FAB IN ACTION
TERMINATE YOUR IMAGING PROBLEMS
Introducing the Terminator Series of SYN-FAB® camera systems
This state-of-the-art design provides a marked improvement in clarity and contrast. Each system utilizes an improved combination of electronics and optics to produce incredibly high-quality video and temperature data of your process. The SF12MT’s wavelength-optimized infrared optical system is engineered to see through the smoke, ash, and haze produced within the most volatile boilers and furnaces. The camera brings features like a quick-change design, a modular platform, a STEELON housing, and an advanced lens design for low air consumption with a larger field of view and a simple assembly/disassembly.
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Miễn phí vận chuyển với đơn hàng trên 3 triệu phạm vi 20km
Tích điểm hoàn tiền, 5% tất cả sản phẩm
Chào dòng sản phẩm mới
Chương trình mẫu PLC PLC Wecon PLC LX3V
This case uses three counters to count time, it uses 24-hour clock as an example.
This case uses interlock function to achieve the automatic operation of the door.
This case uses a delay switch circuit as an example, which uses LD, LDI instruction and timers.
This case uses a button to control a doorbell.
The simplest dual control circuit is the downstairs / upstairs lighting control system.
This case uses three instructions “PLS”and “SET” and “RST” ,to control that pump stops pumping,when pressing “stop button” or “no water in water tank”.
This case uses a float valve(DI0) to close the water valve.Float valve controls the water.
9. Flow led
This case uses Timer as time controller and outputs (Y) to trigger lights, it use the flow led as an example.
This case uses interlock function to achieve the automatic operation of the gage of the parking lot.
This case uses encoder to record washing machine’s revolving turns.C235 is a high speed counter in this example.
This case uses three input terminals for control buttons, the forward and reverse rotation of the belt is used as an example
This case uses three instructions “CJ”and “PLSY”,to control that bell ringing.Two bell’s voice are different. When customer press bell button,bell will ring that means customer coming.Voice is two short ringtone. When window broken,“windows sensor will trigger X2”.bell will ring that means warning.Voice is long high ringtone.
This case change the the brightness of light by changing the frequency of pulse.
15. Reset all device
This case uses “ZRST” to reset many device(for example: traffic lights).Because PLC steps capacity is limited. ZRST can reset many device to save capacity. There are many lights. PLC will control these lights with Y0-Y17.ZRST can close these lights quickly.
This case uses the motor start, hold and stop control as an example that demonstrates how to use the LD, LDI instruction.
This case uses PLC output(Y) as light control, and use traffic lights as an example.
The timing of an event can be controlled by an input, using this input to switch the timer ON state to the OFF state.
Users can change the sound of the doorbell by raising or lowering the pulse that drives the doorbell.
A proportional–integral–derivative is a control loop feedback mechanism commonly used in industrial control systems. PID control continuously calculates an error value as the difference between a measured process variable and a desired set point.
In this demo,user could use HMI and PLC to simulate，and image this is heating temperature device,and you can use HMI to simulate this test environment.
1.Set a target value in HMI screen.SV
2.Set the PV by + and - button
3.If the PV > SV then,then PID output will stop,and then PV will reduce(you can click - to reduce PV) until PV<SV.then PID parameter will be generated
4.Then user can continue this progress until PID parameter stable.Then user can fine-tune PID parameter to make more stable.
5.After getting a stable PID parameter,user can close self turning function,and use these PID parameter directly.Only environment do not change,PID also do not need to change
21. modbus RTU
WECON PLC COM2 support Modbus RTU protocol and WECON PLC protocol.So user need to program ladder to choose modbus rtu protocol in D8126 and set communication parameter in D8120.
22. modbus TCP
If user want to use modbus TCP,PLC must use LX3VP or LX3VE series PLC.And PLC must connect Ethernet BD board
This demo shows instrucion ZRN,PLSY,DRVI,DRVA funcion.(Return to the origin, absolute positioning, relative positioning)
24. The clockwise circular interpolation
25. E-CAM function
26. E-GEAR function


Frequently Asked Questions
What is accident reconstruction?
The analysis of the facts obtained from an accident investigation and the application
of scientific principles for the purpose of determining how the accident occurred.
How much does a reconstruction cost?
The cost is strictly dependent on the time involved to gather facts, analyze, and present
opinions. Minimum costs to perform a reconstruction can be in the range of $1,500.00.
Are vehicle damage measurements always needed to reconstruct vehicle speed?
No. Certain types of collisions involving some vehicles may require knowledge of crush damage to reconstruct
speed. Frequently, scene data is more useful to determine vehicle speed.
Are accident scene measurements of vehicle impact and rest positions always required to reconstruct an accident?
No. Scene measurements can be beneficial, but scene photographs and even witness testimony may provide the needed information.
Do all recently produced automobiles and trucks have data recorders that provide accident data?
Most automobiles and light trucks produced in recent years have event data recorders as
part of the air bag system. However, recorded data varies by manufacturer. Many heavy
trucks are equipped with individual electronic control modules (ECM) for the engine, transmission, and brake system. These ECMs can be capable of recording crash data or other parameters useful in accident reconstruction. Also, the electronic logging device (ELD) in commercial trucks may have useful data as well. Please contact us to find out what data the vehicles involved in your accident may record.
Will the data recorders provide vehicle speed at impact and also speed prior to impact?
The data available varies by manufacturer. Many automobiles and light trucks record this data as well as some heavy trucks. Please contact us to find out what data the vehicles involved in your accident may record.


Monitor the outdoor environment with the Hikvision DS-2CD2343G2-I, a 4MP outdoor Acusense Turret with 30 meters of night vision.
The Hikvision DS-2CD2343G2-IU is a 4MP outdoor Turret camera with 30 meter IR night vision. The weatherproof camera has various detection functions and ensures high-quality recordings 24 hours a day.
In the dark, the Hikvision IP camera offers up to 30 meters of infrared night vision, so that you can properly monitor your surroundings. The built-in microphone with noise filtering provides the images with sound, and filters noise in the background, so that optimal sound fragments are captured.
In addition to motion detection, the fixed lens Hikvision DS-2CD2343G2-I Turret camera has a number of other useful detection functions, such as line crossing detection and intrusion detection. These extra functionalities have the advantage that as soon as objects are removed or when people enter certain zones in a room or cross a virtual line, the system will report this.
The video recordings of the Hikvision DS-2CD2343G2-I can be viewed live via a Hikvision recorder. If you do not use a recorder, this can also be done via a NAS or standalone via a memory card up to 256GB by inserting it into the microSD card slot.
Thanks to various techniques, the Turret provides excellent image quality under various lighting conditions. For example, if there is under or overexposure, the WDR functionality ensures that this is automatically corrected. In dark recordings, the 3D Digital Noise Reduction prevents noise from occurring and the image remains as sharp as possible.
Viewing angle Lens optional:< /b>
2.8 mm, horizontal FOV 103°, vertical FOV 55°, diagonal FOV 122°
4 mm, horizontal FOV 84°, vertical FOV 45°, diagonal FOV 100°
- Resolution: 4MP, 2688 × 1520p (30fps)
- Infrared night vision up to 30m
- 8mm lens, viewing angle 103°
- Various detection options
- Built-in microSD card slot (max. 256GB)
- 265+ image compression
- Light sensitivity 0.005 lux
- 3D DNR and WDR
- Weatherproof housing (IP67)
- Name : 14 day return policy - 2 year warranty
Your RMA request has been submitted. We will pick up the item you wish to return within 6 days. We hope you understand that we only accept items for return if they have not been used or tampered with. Original packaging and accessories also need to be returned along with item.
Click here to get more details


Elite Performance. Ultralight Portability.
The Portégé X30-E delivers the style, speed, battery life and durability to help mobile users make a great first impression.
The Portégé X30-E combines a modern design with leading-edge technologies to create a no comprise ultramobile computing solution with manageability, security and connectivity capabilities. To match its computing power, the Portégé X30-E is wrapped in an impeccably crafted magnesium alloy Tough Body casing for superior protection and is designed and engineered, manufactured and tested by Toshiba for quality and reliability that’s simply found nowhere else.
Powered by a quad-core 8th Generation Intel® Core™ processors and Windows 10 Pro, this ultraportable notebook is up to any challenge.


I was able to find and download plenty of analog clock illustrations and photographs for my students' math center this week, but experienced a bit of difficulty finding various digital time displays online that didn't all look alike. Digital camera and colleagues to the rescue!
My computer screen:
Our classroom clock:
A digital time display from a SMART board used by one of my first grade colleagues:
Our cafeteria director let me photograph the clock on the ovens in the school kitchen:
The office staff shared the digital clock on their fancy black I-don't-know-what-it-does-but-it-looks-important machine:
...and of course, the microwave in the teachers' lounge was game to help me out as well:
I resized all of the photos and printed them out, laminated them, and used a glue gun to adhere magnetic buttons to the backs:
My students will now be able to use the photos to sort digital and analog clock displays as part of their clock/telling time activities.


Chairman Of FCC: “More Electronics Aboard Planes”
(Washington, D.C.) There may no longer be a need for “airplane mode.”
That’s because the chairman of the FCC is urging the FAA to allow more electronics aboard planes.
They sent a letter requesting the use of tablets, e-readers and portable devices from take-off to landing.
Right now, passengers are required to turn off their phones, tablets and computers during takeoff, even though there’s been no proof they interfere with flight services.


Added 3 years ago By Kirby Dela Cruz
Digital payments in all parts of the world have been surging in the past years. Helping this rise is how fast technology has improved in this modern age. And there are still many factors affecting this surge in digital payments.
Summing up the last two years of digital payments. We could safely assume that 2015 was a year of awareness and possibilities of payment methods other than cash. This was the year that the idea of digital payments became a dream because of the already available technology that we have. Improved connectivity gave the possibility of transacting anywhere in the world. Mobility and smartphone advancement gave the idea of having a computer on the palm of your hand where you could transact anywhere in the globe. Smartphones are quickly being adopted by the world.
2016 was a year of innovation where digital payment companies were starting to innovate and beginning their trials and adoptions. Since there is still no fixed standard on how to do digital payments, digital payment companies were trying different methods on how to make the digital payment into reality.
Looking back from the last two years, we can safely assume that 2017 will be the year where consumers will move towards technology and adopt these great innovations that companies have already been innovating for the past few years.
This process could go faster or slower depending on a few factors that will be key to the continued surge of digital payments in the world.
Reaching More Consumers Through Technology
In the past few years, smartphones have begun catering all markets from discriminating smartphone flagships to welcoming affordable smartphones. Having all market segments covered will aid in the adoption of digital payments.
There is no definite process and technology for digital payments. Some companies use a different technology or method for digital payments and all have advantages and disadvantages in usage.
Digital payments’ greatest market is the unbanked segment. These consumers face challenges in having the necessary technology for digital payments. Once this segment is reached, the digital payments will definitely surge.
Establishing the Need for Digital Payments
Another hurdle that needs to be addressed for a massive growth of digital payments is the establishment of the need for this technology. It is true that greatest advantage of this technology is its convenience of not going through the trouble of traditionally paying and holding your money. A great number of the consumers have already understood the conveniences of digital payment but still, some of the market aren’t fully convinced.
There is a great need to educate consumers and merchants on the benefits of the mobile payment adoption. How companies will address this could very much dictate the growth of digital payments. Consumers, merchants, and banks should all be educated on the benefits of the technology. Changing the culture of payment is no easy task but a single step will definitely make a difference.
Security Should Be Addressed
This is the most vital aspect of digital payments. Payments, in general, should be secured and safe as money is vital to all consumers. Having a secured technology will definitely take down one big obstacle in the adoption of digital payments.
Through the years, there have been major developments in cybersecurity. Consumers need to be assured that their money is safe for any transaction done digitally.
2017, in general, will be a pivotal year for digital payments as the previous year has streamlined the technology to its consumers. This year should be the year that hurdles are already addressed. 2017 will be a year for a company to establish itself as a key player for digital payments. Should it be a blooming start-up or a technology giant?
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About American Aires Inc. American Aires Inc. is a public nanotechnology company which has developed proprietary EMF Modulation Technology that reduces the harmful effects of electromagnetic radiation (EMR). The company is listed on the Canadian Securities Exchange under a symbol of WIFI. The technology was developed by a team of accredited scientists and confirmed by independent third-party validation including peer reviewed studies and publications in scientific journals. The technology specifically targets cellphones, computers, baby monitors, Wi-Fi routers and general EMR emitted by telecommunication devices. Aires has launched a full suite of consumer products under the brand name “LIFETUNE” TM. for use on almost all consumer electronic devices. The Company has adopted a global ecommerce and distribution platform that scales easily as sales grow.
Since launching in 2019 the Company has been building out their ecommerce platform which is now capable of delivering up to 1,000 orders a day along with recent customer service center agreements. Strategically placed fulfillment centers have been secured to ensure prompt delivery around the globe. With the launch of 5G networks around the world, this year, we are seeing an increase of news, reports and leading health organizations discussing the potential harm of EMR and the importance of identifying solutions to reduce these harmful rays.