NGD-One device is located inside the Personal Protective Helmet and monitors workers in terms of safety.
It can be adaptable to safety vests or belts too.
It is build with multiple sensors, a connectivity module that supports NB-Iot and LTE-M, among others, and a location system.
Its features allow receiving relevant data in real-time information regarding impacts, falls and thermal stress. Also providing information to define dangerous zones within the workspace.
Its rescue button make NGD-One a must for Safety at work as it enable to send a real-time notification in case of an emergency with the location of the worker. Thanks to this, it is possible to reduce times of reaction for emergency management and take measures to prevent future accidents.
The device has been specially designed not to interfere in the daily basis of the worker but to be its best ally if necessary.
Our main goal is for everyone to comeback home safe and sound!
An IoT Platform for data visualisation to allow the Occupational Health and Safety Managers to have a global vision and a complete control of the status of the workers.
The data is sent through IoT connectivity, a specific technology designed for the Internet of Things.
We aim to provide tools to convert the monitoring of workers into an asset for the prevention of occupational hazards through data analytics to extract behavioural patterns.
There are 35 million workers in Europe with mandatory use of Personal Protective Helmet in different sectors such as mining, forestry, railroad, factories, construction, oil and gas, among others.
Don’t you think these hard workers deserve the best tools to ensure their Safety?
ENGIDI do and it is why our device is adaptable to any work activity being adaptable to different PPEs such as protective helmet, safety vest or belt.
ENGIDI propose a solution that improves worker safety through a wearable device, equipped with a system of sensors that permanently monitor the constants of the worker for the extraction of variables.
Engidi is a start up based in Barcelona focused on wearable technology design.
Our challenge is to materialize the concept of The Internet of Things IOT in benefit of workers safety.
We have a unique and ambitious goal: to provide tools that can make work environments safer and efficient.
Our mission is to become the global leader for the digital transformation of Occupation Risk Prevention.
“Engidi is helping us to propose innovative technology for vertical markets, we answer to real need that are crucial! “
“Engidi’s safety helmet with built-in connected chips provides real-time monitoring data about workers health and wellbeing on industrial sites. We’re helping them on this mission!”


We offer the latest portable technology that reduces transport costs, saves energy and increases safety
Lighter, Brighter, Tougher
Portable wide area lighting
The Baselight series of portable LED light towers are the most advanced in its class. This is a design invented by Prime Design to challenge the old heavy light tower technology with a modern and easy to transport light tower. The 600-series with its 95000 Lumens can easily replace a 1-ton Diesel driven light tower with only tens of kilos and a fraction of the energy needed.
Portable battery AC Power
Our water & crash proof portable Lithium battery packs deliver true AC output in the most demanding environments. With our unique design we can achieve an incredible 99% conversion efficiency, which means less heat losses and more usable power to get the job done.
Portable solar charging
Our portable solar charging solutions are second to none in terms of innovation. We offer the worlds only portable LED wide are lighting system BASE SOLAR as well as a wide range of other solutions for every situation.
Warning & Surveillance
Our portable surveillance and warning systems are truly unique in the industry. They rely on the proven "Base Case" platform that allows for safe transportation and robust product platform for rapid deployment.


Search found 1 match
Search found 1 match • Page 1 of 1
- 09 July 2019, 12:38
- Forum: Beta Discussion
- Topic: HP Printer Tech Support Phone Number
- Replies: 78
- Views: 3719
HP Printer Tech Support Phone Number 1-855-219-8503 HP Printer Tech Support Phone Number – Those days are gone when all of us are highly dependent on typewriter work. With the advancement and modification in technology, a lot of people have switched their mind from typewriter to printer. Have you ev...


First artificial retina approved in U.S.
The U.S. Food and Drug Administration has approved first artificial retina. The device is meant to aid people with a disorder called advanced retinitis pigmentosa, a genetic disease that slowly damages cells on the retina that give the eye sensitivity to light. Over time, this reduces the eye’s ability to distinguish light from dark, and eventually leads to blindness.
The newly approved artificial retina, dubbed the Argus II system, involves a surgically implanted retina and a pair of eyeglasses with a small video camera and video processor. Images from the video camera are transmitted to the brain through 55 electrodes on the implanted retina, which then translates the images into something the patient can see.
The Argus II system was approved in Europe in 2011 and costs about $100,000. The device’s manufacturer hopes to have the artificial retina covered by Medicare and available in the U.S. later this year.


Nokia 10: price in Pakistan is Rs: 76,999 Coming soon This Smartphone comes with 6 inche Display along with storage 64/128GB,4 GB RAM the feature 13Mp camera. This is device is powered by 3250.Display: 6 inche Battery: 3250 Storage: 64/128 GB, 4 GB RAM camera: 13MP
3. Xiaomi Mi 10
Xiaomi Mi 10 price in Pakistan is Rs: Excepted 66,000. This smartphone come with 6.47 Inches and storage, 128GB Built-in, 6GB RAM Without memory card. This is device is powered by 5260 mAh
LG G9 ThinQ price in Pakistan Is Rs: 96,000/- Coming soon. This Smartphone have Display 6.1 inches This Phone have expected in 8GB of Ram Memory and upto 256 GB internal storage and this smartphone have 8MP selfie-shooter Camera And Back Camera 12 MP . This phone have 3500mAh battery capacity. This smartphone have sported wireless charger. The phone is available is various Colour.
Storage: 8GB Ram and 256GB Rom
Camera: Back 12MP and 8MP Selfie-shooter
Display: 6.1 inches
Battery: 3500mAh battery capacity.
5.Apple iPhone X Fold
Apple I phone X Flod price in Pakistan is Rs: 350,000 Coming Soon, and in USD: 2,268.60. Its a upcoming smartphone and that will have foldable phone technology. This smartphone have expected in 12 GB is RAM memory and 512GB is internal storage. This Smartphone Sported wireless Charger and equipped with 5000mAh battery capacity.
Storage: 12GB RAM & 512 GB internal storage
Display: Above 6 inch
6. Huawei P40
Huawei P40 price in Pakistan is Rs:155,999
This smartphone have features such like a new RAM ROM and camera also everything are new in this device. This device have 128GB Built-in, 6GB RAM and this smartphone have Triple Camera: 48 MP + 16 MP + 8 MP, LED Flash and the Display is 6.3 Inches . This cellphone have available various colour and this smartphone have 3700 mAh battery & Fast battery charging 22.5W
Storage: 128GB Built-in, 6GB RAM
Display: 6.3 Inches
Camera: Triple Camera: 48 MP + 16 MP + 8 MP, With LED Flash
Battery: 3700 mAh
7. One Plus 8
Oneplua 8 price in Pakistan is Rs: 49,990 (Expected Price) and USD $: 322.78. This Smartphone have new feature such like a RAM ROM and Camera also Everything is updated and new Feature. This cellphone have RAM 12GB and internal memory 128 GB, Camera 48 MP + 16 MP + 12 MP Triple Primary Cameras LED Flash 24 MP Front Camera, Display 6.65 inches and Battery 4500 mAh. This smartphone have sported Wireless charger and battery 4500 mAh
Storage: ROM 12GB and internal memory 128 GB
Display: 6.65 inches
Battery: 4500 mAh and Sported wireless Charger
Camera: 48 MP + 16 MP + 12 MP Triple Primary Cameras LED Flash 24 MP Front Camera
8. Motorola Moto G7 Power
Motorola Moto G7 Power price in Pakistan is Rs: 33,999 (coming soon) in USD $: 219.53. This smartphone have more new feature such like a ROM, RAM camera more storage and battery. This divce have above 6 inch display. This smartphone have have RAM 4GB and internal storage 64GB and this device have new latest camera 12MP and this cellphone have 5000 mAh long time battery.
Stroage: ROM 4GB and internal storage 64GB
Display: above 6 inch
Camera: 12MP and front 8 MP,
Battery: 5000 mAh
9. Xiaomi Mi Mix Flex
Xiaomi Mi Mix Flex price in Pakistan is Rs: 45,990, in USD: 296.95. This smartphone have more new feature such like a new camera more storage and big Display and long turn Battery. This deivce have RAM 6/8 GB RAM and internal storage 64 GB/ 128 GB Expandable Memory Upto, Display 6.2 inches, Camera 20.MP +16.0MP+ 8.0MP with LED flash and Battery 4200 mAh


Installing a Nest thermostat is one of the best ways to optimize the day-to-day schedule of your comfort system. This smart thermostat can be taught your preferences and automatically make adjustments. But as you can expect, it won’t work correctly or at all if you see an error code appear. The precise error code offers useful information about the underlying problem, something a professional technician can use to present solutions that much quicker.
Here are seven of the most frequent error codes you may find on your Nest thermostat. We’ll review the basics of each error code as well as how you can solve it and the projected cost to do so. Don't forget that while the costs will ultimately depend on the precise Nest model, you can count on paying between $75-$200 for repairs. This should include things like travel and labor costs on top of any specific hardware needed to wrap up repairs.
e298 - Critical
This critical error code is limited to newer models of the Nest thermostat and is displayed when the power is detached from the system. Because this is a critical power error, the thermostat will change to the backup battery system. The error message will remain on the screen until the problem is fixed.
Losing power to your Nest thermostat can be for a number of reasons. The wiring might have disconnected or become damaged, or a disconnection might have occurred further along in your home's electrical system. This could be the circuit breaker, fuse box or system switch. A knowledgeable technician will examine electrical connections and wiring until they locate the source of the problem.
e294 - Critical
Critical error code e294 shows up when your Nest thermostat’s wiring has to be reconfigured. More specifically, the technician will need to reconfigure the R wire. They’ll first perform a factory reset of your thermostat to make sure it’s not simply a software problem. If that doesn’t work, they’ll check the wiring diagram of the thermostat and begin inspecting connectors.
They’ll detach the power and progressively inspect each wire, making sure they are fully placed into the connector with the correct amount of exposed copper. When they locate the malfunctioning connector, it can be swapped for a new one.
e195 - Critical
This critical error code can surface when the weather outside is especially hot. The HVAC system can break down and stop delivering power to your Nest thermostat. When this problem lingers, the backup battery in your thermostat depletes and the thermostat will subsequently turn off. Assuming the breakers are on, you can check a few other places before consulting a professional technician.
As this error can consume your thermostat’s battery, the first step might be restoring enough power to find out if this specific error code is what you’re dealing with. You can separate the thermostat from its base and supply power through a USB cable. In the event it presents error code 195, you can continue to visually inspect components including the wiring as well as your air conditioner’s air filter or drainage system. If you can't find anything wrong with these components, it will likely be best to get in touch with a pro.
e103 - Critical
Another critical error code, e103 indicates an electrical problem with your Nest thermostat. More specifically, e103 will refer to an overcurrent problem, which means the wiring is experiencing more power than necessary. This can stem from the breaker box, an error from the control board or because of a faulty connection in the thermostat. A technician can meticulously inspect and test the Nest’s electrical system to figure out where the power is surging or why the thermostat thinks there’s an overcurrent problem.
Even though this error code isn’t critical, it could still keep you from using the Nest thermostat like normal. Error code n260 refers to the lack of a C wire or Nest Power Connector, as missing one can block your Nest from receiving enough power. You can inspect the Nest’s C connector for the presence of a C wire and adapt the wiring itself if there is. If not, you need a Nest Power Connector.
During installation of a Nest Power Connector, you will sometimes notice error code E297 be displayed. This can be dealt with by updating your thermostat in Settings -> Software -> Update. If the Power Connector was already installed, you’ll instead be required to update the wiring info in the app from Settings -> Thermostat -> Wiring -> Update wiring.
e104 - Critical
Similar to error code e103, e104 is a critical error stemming from an overcurrent. If excessive power is being delivered through the Nest’s wiring, it can damage internal components and could even be a fire hazard. If you notice this error code pop up on your Nest thermostat and want to protect from electrical damage, it’s recommended to turn the power off straightaway. You can then get in touch with a professional technician with the proper experience diagnosing and solving electrical issues.
e73 - Critical
When your thermostat displays error code e73, it indicates that the Rc wire is not receiving power. This will sometimes be as simple as the breaker being switched off, but it may also be something with the wiring. After switching off the power to your HVAC system and thermostat, you can visually examine the wires to make sure nothing is loose or damaged. If nothing looks to be out of place, it’s time to contact a local professional.


The complexities of urban traffic environments pose challenges that exceed the capabilities of currently available detection and assessment technology by a considerable margin. Effective accident prevention in urban areas requires a reliable and comprehensive “picture” of the environment and a correct interpretation of difficult situations involving multiple protagonists and complex boundary conditions. Thus, in addition to a high-performance, all-around view, effective modeling of static and dynamic vehicle environments is needed that can serve as a basis for multiple applications.
This task is best accomplished in a horizontal sub-project establishing all-around detection and precise modeling as a basis for the applications of the UR:BAN project “Cognitive Assistance”. The goal is to implement generic representations of the traffic situation in which the intelligent sensors are decoupled from the specific application. In this way, a multitude of sensor variants and configurations can be tested, providing a robust technological platform and basis for future driver assistance systems.
Different spatial and temporal perceptual representations
In this cross-sectional sub-project, all-around, 360-degree environmental perception and detection models are being developed for the first time on a stand-alone basis. These models will allow application independent environmental models that can integrate data not only from currently implemented sensors, but also from future digital maps and information sources.
Complex situations in urban areas are often characterized by the presence of relevant objects that are partially occluded. Their detection and tracking for determination of a precise state of motion constitute an unsolved problem up to now. Most heuristics used up to now do not meet requirements for safety critical systems.
The sub-project “Measurement and Modeling of the Environment” is expected to provide important progress on this point by improved fusion algorithms for heterogeneous data sources. Each level in the data fusion sequence – combination of data from different sensors, interpretation, and prediction – requires a reliable estimate of the confidence and plausibility associated with the sources of information at that level. To this end, a key aspect being addressed in the sub-project is a systematic treatment and assessment of uncertainties in the signal processing sequence, ranging from raw data to representation.


IoT has been the most significant technological advancement in recent years. IoT technology enables devices to connect and communicate with each other, creating a vast network of smart devices. Technologies are growing at a very high speed in today’s world; from blockchain to Non-Fungible Tokens (NFTs), there is an increasing interest in exploring the potential of linking IoT devices to mint NFT.
Linking IoT devices to NFTs offers numerous advantages and can be done easily through an NFT maker app. One of the most significant benefits is that it enables the tracking and ownership of IoT devices. By linking IoT devices to NFTs, the ownership of the device can be verified, making it easier to prevent theft and fraud. Moreover, this approach also allows for easier tracking of the device’s location and condition, ensuring that it is in good working condition and has not been tampered with.
Another advantage of linking IoT devices to NFTs is that it can create new business models. NFTs can represent ownership or access to specific IoT devices, which can be rented or sold to users. It is very useful in certain industries like – agriculture or construction, where expensive equipment is often required for short-term use. With NFT creator, tracking who has access to the equipment becomes easier, making it more secure and efficient.
Additionally, linking IoT devices to NFTs can provide benefits in terms of transparency and authenticity. With the increasing number of IoT devices being used in various industries, it is becoming increasingly challenging to ensure that the data generated by these devices are accurate and trustworthy. By linking IoT devices to NFTs through NFT Maker free, the data generated can be verified and traced back to the source, ensuring that it is authentic and trustworthy.
IoT devices and NFTs can be connected in a variety of ways. Smart contracts are one strategy. Smart contracts are self-executing agreements designed to carry out particular actions when certain criteria are satisfied. IoT device connectivity to NFTs can be automated using smart contracts. For instance, a smart contract linking a new IoT device to a photo NFT maker representing its ownership can be automatically created when the device is added to a network.
Utilizing blockchain technology is an additional strategy. A distributed ledger that uses blockchain technology can securely and openly record transactions. Using blockchain technology, IoT devices can be linked to NFTs, and the ownership of the device can be recorded on the blockchain. This strategy adds an extra layer of security and transparency, which makes it harder for fraud and theft to happen.
In conclusion, linking IoT devices to NFTs offers numerous advantages. It enables the tracking and ownership of IoT devices, creates new business models, and provides benefits in terms of transparency and authenticity. Blockchain and smart contract technology offer a safe and effective means of connecting IoT devices to NFT. There will probably be more uses for this technology as the adoption of IoT devices increases.


IISA 2021 is the twelfth conference in the IISA series, technically co-sponsored by IEEE, the University of Piraeus and the Hellenic Mediterranean University. The International Conference on Information, Intelligence, Systems and Applications (IISA) series offers a forum for the constructive interaction and prolific exchange of ideas among scientists and practitioners from different research fields – such as computers, mathematics, physics, biology, medicine, chemistry, experimental psychology, social sciences, linguistics, and engineering – having the goal of developing methodologies and tools for the solution of complex problems in artificial intelligence, biology, neuroscience, security, monitoring, surveillance, healthcare, sustainability in energy sources, governance, education, commerce, automation, robotics, optimization, image, speech and natural languages, and their integration.
ATOM presented the Innovative Personalised Applications to Motivate and Support Behavioural Energy Efficiency in an invited session on "Big Data Analytics in the Energy Sector", in Chania, Greece, on July 12-14, 2021.
In particular, under the Energy Efficiency Directive (2012/27/EU) energy companies have to achieve yearly energy savings up to 1.5% of annual sales to final consumers. Although buildings’ occupants and energy end-users seem to be gaining greater awareness of the value and need for sustainable energy practices, they do not behave in a more energy-conscious way. Existing solutions tend to be complicated, excluding buildings’ occupants from the process of understanding how the building works in terms of energy efficiency. This study presents a suite of user-centered applications, which will empower energy end-users to engage in achieving energy efficiency, using an open, secure, privacy-respectful, configurable, scalable cloud based big data infrastructure. This multi-disciplinary big data environment will integrate heterogeneous types of data, combined with emerging machine learning algorithms, distributed ledgers, blockchain technologies and a digital reward scheme through an alternative currency. These tools provide a “user – centric” framework for energy companies, local and regional authorities and third parties to empower energy end-users to take an active attitude in their energy usage. The proposed framework aims at transforming the social environment in a building to make people aware of the value of energy, and the importance of their collaboration, unlocking a potential for 12TWh energy saved in Europe.
You can read the publication here:


Canada's Living Lab for Civic Innovation!
The City of Fredericton is proud to be an early adopter of new technologies and edge applications. That is why we are giving entrepreneurs and post-secondary education students a BOOST by providing real municipal challenges to solve, and the opportunity to test solutions in our Living Lab for Civic Innovation (JPG). We are also powering ideas through digital infrastructure like our LoRaWAN (IoT sensor network), open data portal, and most recently Rogers’ 5G!
At Boost Fredericton, we are using technology and partnerships to enable civic innovation and solve municipal challenges for the benefit of the corporation and community.


Bellrock Technology is a data specialist software company based in Glasgow, Scotland. We help companies use their data to overcome challenges within their business, operate more efficiently and trade more profitably.
Our team of experts regularly work with businesses from blue chips to startups to unlock valuable insights and drive better decisions. We do this with the help of our award-winning cloud software, Lumen®, which makes it faster than ever to build tailor-made data products.
Bellrock Technology exists because even as technologies such as machine learning, data analytics and cloud computing have advanced, the task of delivering data science insights to business users has remained extremely challenging and time consuming.
Bellrock Technology is named after the Bell Rock Lighthouse, an inspirational story of Scottish innovation and engineering that was thought to be impossible to build. Despite this, the lighthouse recently passed its 200th anniversary without a single stone ever having had to be replaced.
When we first devised Lumen, lots of people told us it would be impossible to build. But we like a challenge. And so, Bellrock Technology was born.
Bellrock Technology is here to help you become data driven.
Bellrock Technology was founded in 2012 by Adam Brown and Professor Stephen McArthur. The technology that later became Lumen was developed in the University of Strathclyde in Professor McArthurs research team. It became clear that this technology had far reaching potential and in 2012 Bellrock Technology was born as a University backed spin out.
Adam Brown, CEO, cofounder
Stephen McArthur, CTO, cofounder
David Bell, Product Manager


I have an 03 WR450 that does not start with the electric starter. I only get a clicking sound everytime I press the starter button. I have checked the battery terminals and noticed there are two fuses next to the battery but both are fine. I have replaced the battery with a brand new original Yami battery but still get the same problem. I can start the bike with the kick starter and if I let it run for 10 minutes or so then bike will turn over but not enough to start the bike. However the next attempt it goes back to the clicking sound. Any ideas. Some people have mentioned the woodruff key but noone so far is sure. Any ideas appreciated.


The Powertraveller-eXplorer is great for short-term use, like vacationing, or for those who want to sit for a few hours enjoying the great outdoors at home. This mobile solar powered battery charger comprises two parts: the powermonkey and the solarmonkey. When they are joined together, they become the Powertraveller-eXplorer, with the capacity to recharge mobile phones and other digital devices. Charge the battery pack by plugging into the AC mains outlet.
Ultimately, this tiny lightweight device – made for use with Apple products but also compatible with other smartphone brands – can be a great little energy saving device and become part of a plan to save on one’s IDT Energy or other utility service provider, bills.


Agamemno Contingency, file code name: Shapeshifter
Optimus Prime is the leader of the Autonomous Robotic Organisms of the planet Cybertron. Like all members of his species, he’s a robot with human levels of feeling and sentience, capable of transforming from a bipedal robot mode to a more compact alternate mode. His main fuel source is a crystal (Energon) that can be turned into a liquid state for drinking. The crystals put out a lot of radiation. Too much Energon radiation will cause him to short out after half an hour in robot mode. The higher the Energon radiation, the shorter his time in robot mode. He is also young, thus prone to impulsive behaviors. Incapacitating him will require increasing the Energon radiation in his immediate vicinity to keep him in alt-mode and a prolonged fight will cause him to lose focus.


From Wikipedia, the free encyclopedia
Data transmission is the conveyance of any kind of information from one space to another. Historically this could be done by courier, a chain of bonfires or semaphores, and later by Morse code over copper wires.
In recent computer terms, it means sending a stream of bits or bytes from one location to another using any number of technologies, such as copper wire, optical fiber, laser, radio, or infra-red light. Practical examples include moving data from one storage device to another and accessing a website, which involves data transfer from web servers to a user's browser.
A related concept to data transmission is the data transmission protocol used to make the data transfer legible. Current protocols favour packet based communication.
 Types of data transmission
Serial transmission bits are sent over a single wire individually. Whilst only one bit is sent at a time, high transfer rates are possible. This can be used over longer distances as a check digit or Parity bit can be sent along it easily.
Parallel transmission Multiple wires are used and transmit bits simultaneously and is much faster than Serial transmission as one byte can be sent rather than one bit. This method is used internally within the computer, for example the internal buses, and sometimes externally for such things as printers, however this method ohg, as there is more interference between many wires than between one.
 Asynchronous and synchronous data transmission
Asynchronous transmission uses start and stop bits to signify the beginning and end of a transmission. This means that an 8 bit ASCII character would actually be transmitted using 10 bits e.g.: A would become 1 0100 0001 0. The extra one (or zero depending on parity bit) at the start and end of the transmission tells the receiver first that a character is coming and secondly that the character has ended. This method of transmission is used when data is sent intermittently as opposed to in a solid stream. In the following example the start and stop bits are in bold. The start and stop bits must be of opposite polarity. This allows the receiver to recognise when the second packet of information is being sent.
Synchronous transmission uses no start and stop bits but instead synchronises transmission speeds at both the receiving and sending end of the transmission using clock signals built into each component. A continual stream of data is then sent between the two nodes. Due to there being no start and stop bits the data transfer rate is quicker although more errors will occur, as the clocks will eventually get out of sync, and the receiving device would have the wrong time that had been agreed in protocol (computing) for sending/receiving data, so some bytes could become corrupted (by losing bits). Ways to get around this problem include re-synchronisation of the clocks and use of check digits to ensure the byte is correctly interpreted and received.
 Protocols and handshaking
Protocol A protocol is an agreed-upon format for transmitting data between two devices e.g.: computer and printer. All communications between devices require that the devices agree on the format of the data. The set of rules defining a format is called a protocol.
The protocol determines the following:
- the type of error checking to be used if any e.g.: Check digit (and what type/ what formula to be used)
- data compression method, if any e.g.: Zipped files if the file is large, like transfer across the Internet, LANs and WANs.
- how the sending device will indicate that it has finished sending a message, e.g.: in a Communications port a spare wire would be used, for serial (USB) transfer start and stop digits maybe used.
- how the receiving device will indicate that it has received a message
- rate of transmission (in baud or bit rate)
- whether transmission is to be synchronous or asynchronous
In addition, protocols can include sophisticated techniques for detecting and recovering from transmission errors and for encoding and decoding data.
Handshaking The process by which two devices initiate communications e.g.: a certain ASCII character or an interrupt signal/ request bus signal to the processor along the Control Bus. Handshaking begins when one device sends a message to another device indicating that it wants to establish a communications channel. The two devices then send several messages back and forth that enable them to agree on a communications protocol. Handshaking must occur before data transmission as it allows the protocol to be agreed.


Ok, I Think I Understand Router Tutorial Basic, Now Tell Me About Router Tutorial Basic!
Make sure that it’s not an address from your LAN, or it’s not going to get the job done. To stop DNS leaks, you might also configure your DNS addresses. Adhering to the ACL number is the action to take if there’s a match on the status. To help get the picture, here is an illustration of a common network that comprises a Cisco CME router on the world wide web and pstn network, together with a Cisco voice-capable switch (it is equipped to spot voice packets) with a few workstations and IP phones. That the IOS is on the ROM allows you to recover from major disasters, like the wiping out of your Flash RAM (discussed in these paragraphs). Now you have a basic comprehension of the syntax of commands to create standard IP ACLs, you can look at a few examples to illustrate how they’re configured. If you want to know more regarding the NAT theory, make sure to read our popular NAT articles, which explain in fantastic depth the NAT functions and applications in the current networks.
Routers have the ability to move data from 1 network to another. Every router creates history object to keep a tab on the present location of the webpage. Broadband routers are the simplest way for you to construct your own network.
Routers have an IP address on every interface which they have. It is a critical device of network. In this manner, routers gain consciousness of the topology of the network. Cisco routers actually contain various forms of memory components that supply the storage and dynamic caching required. When you first power up a new Cisco Router, you have the choice of working with the setup utility which enables you to make a fundamental preliminary configuration.
Each ACL requires a special number or name. Extended ACL ought to be placed close to the source devices. Extended ACLs might be only process-switched, drastically affecting the functioning of the router. Standard ACL needs to be placed close to the destination devices. Named ACLs are the prolonged version of present ACLs. Named extended ACL is the improved version of drawn-out ACL.
Mastering the Cisco Router CLI is vital for more complex configuration tasks and it is by far the most important knowledge you should acquire if you wish to turn into a Cisco network administrator. Whenever IOS has any sort of notification, it is going to display that on command prompt. Cisco IOS has an excellent security feature to fasten the console line. After the app is started, we’ll see three clickable links that may be used to modify the route. Offering a location plugin is essential for the router to get the job done. It’s possible to stick to this tutorial within a router or even without router. This Cisco router configuration tutorial definitely will enable you to learn more about the wonderful world of Cisco.
The procedure is mostly the exact same for any router. To begin a Cisco lab you need have the next tools. You desire a software as a way to access the IOS on your computer.
The App component is going to be put to use as a tab menu. You will discover our navigation component is a very simple collection of links. Since you can see our refactored Navigation component is significantly simpler. Ansible used to be primarily employed for server administration but in the past few years a growing number of network modules are added to the software and Ansible is a superb skill to acquire. It is suggested to change the SSH configuration to another port, and this firewall filter needs to be changed accordingly, but configuring SSH isn’t a component of this informative article. Within this lesson, you will find out how to make a simple configuration for a Cisco IOS router. If you aren’t likely to utilize DNS server or hostname facility, it is preferable to turn this off.
Introducing Router Tutorial Basic
If you are a newcomer to networking, you will likely start with a number of the more compact routers. Network traffic flows in the shape of packets. If you wish to make two zones to communicate you need to create Zone pairs. The zone based firewall came up with a lot more features that is unavailable in CBAC. All settings that we’ve made within this short article will erase when the router reboot. The remaining part of the info is optional. The first few chapters describe some simple networking terms and devices.
Well, redux-saga stipulates a way to create the above mentioned statement possible. Ansible is quite a strong tool and will change the manner network engineers work later on. So long as Ansible can create an SSH connection to the target device you’re ready to go. Utilizing Ansible for Network Automation is a familiar approach being adopted by many businesses around the world.


|Home||» Products||» LED Television||» High Definition LED TV|
With firm commitment to quality, we have emerged as a successful manufacturer and supplier of 80 cm HD TV. This high resolution television has a sleek look and provide high resolution picture with rich texture. It features high quality sound effect which makes movies and sports watching experience more enjoyable and interesting. Our offered television is designed by our highly qualified team by using excellently grade components in confirmation with industry standards. Customers can avail this 80 cm HD TV from us at cost effective prices.


Mwewe 1080P Full HD 2.0MP Wireless IP Network Camera Weatherproof Outdoor Indoor
Stunning 1080P Full HD Video – : Get a sharp and crystal image day or night with the Weatherproof camera’s automatic IR-cut filter. Up to 65ft night vision. IP66 waterproof housing, cameras can be used indoors and outdoors.
Audio&Video record at the same time and Build-in PIR Sensor – : An integrated microphone let you hear the sound around the camera, Build-in PIR sensor will eliminates the number of false alarms you received by up to 90%.
Compatible well with Mwewe wireless NVR System – :Compaticable with Mwewe wireless NVR System, used to add more cameras to wireless NVR system, or repalce the original broken camera
Professional Customer Support – : 60-Day money back guarantee, 2-Year free warranty, lifetime tech support. If your product stops working in the first year we will replace it


Iphone 11 Wallpaper Size Inches
Camera 12 MP (Triple camera) Hardware Apple A13 Bionic, 4GB RAM.
Iphone 11 wallpaper size inches. The iPhone 11 serves as the de facto successor to the iPhone XR. 640 x 1136 iPhone 8 (iPhone 6, iPhone 6s, iPhone 7): The second is an all-new 11.
But it might not be worth buying. IPhone X Wallpaper Size is the perfect high-definition Apple iPhone wallpaper image. The iPhone 11 also gets a dedicated Night Mode for the camera, a new 12MP FaceTime selfie camera that shoots 4K60fps video, and improved Portrait mode.
HDR video support, Oleophobic coating, Scratch-resistant glass, Ambient light sensor, Proximity sensor. Apple iPhone 11 screen based on IPS LCD technology and able to reproduce 16,777,216 colors with contrast ratio 1400:1 and color of depth – 24 bits. Apple iPad Pro 11 screen detailed specifications*.
IPhone 11 Pro Max Size. Apple iPhone 11 Pro vs. Which iPhone is the better buy?
Apple A13 Bionic APL1W85. IPhone 5 (iPhone 5, 5C, 5S, iPod Touch 5g): Apple iPhone 11 Pro Max:
Download iPhone X Wallpaper Size best collection for free and set as wallpaper for your Apple iPhone X, iPhone XS home screen backgrounds, XS Max, XR, 8, iPhone7 lock screen wallpaper, 6, SE, iPad and other mobile devices. Download Iphone 6s Wallpaper Size Inches 845 part of iPhone Wallpaper Free Save your favourite Image or Wallpapers When measured as a standard rectangular shape, the screen is 5.85 inches diagonally (actual viewable area is less).
It scores a 12MP ultra wide-angle camera at the rear which has a focal length of just 13mm and an aperture of F2.4. The template we designed is the size you need for iPhone X wallpaper (1125 x 2436) with the notch area blacked out, just as it is on the phone’s display. For your convenience, below is a list of the image sizes for each model of the iPhone available in the market at the time of this writing:
Features 6.1″ Liquid Retina IPS LCD display, Apple A13 Bionic chipset, 3110 mAh battery, 256 GB storage, 4 GB RAM, Scratch-resistant glass. In this case a 1080x1920px size will be fine. 6.5‑inch (diagonal) all‑screen OLED Multi.
The iPhone 11 Pro has the same size screen and the same 2436 x 1125-pixel resolution. The Aspect ratio of a screen is 19.5:9. And you can make a high-resolution wallpaper and let the lower resolution phones deal with it.
Is it time to upgrade?. Splash, Water, and Dust Resistant 3. IPhone SE iPhone 5 iPhone 6 iPhone 8 iPhone 6 Plus iPhone 8 Plus iPhone Xr iPhone Xs iPhone Xs Max iPhone 4 iPhone iPad Mini iPad Air 10.5-inch iPad Pro 11-inch iPad Pro 12.9-inch iPad Pro (1st and 2nd Gen) 12.9-inch iPad Pro iPad 1g iPad Mini 1g Watch 38mm Watch 40mm Watch 42mm Watch 44mm;
750 x 1334 iPhone 8S (iPhone 6 Plus, iPhone 6s Plus, iPhone 7 Plus): The number one question I get from family and friends is how to make sure it'll fit into a given frame, whether it be 4x6, square, and so on. Storage 64GB, not expandable.
The iPhone 11 Pro display has rounded corners that follow a beautiful curved design, and these corners are within a standard rectangle. The device screen may have lower pixel resolution than the image rendered in previous step. The pixel density is equal to 326 pixels per inch (PPI).
Apple iPhone 11 smartphone. 1080 x 1920 (2208 x 2208 for Landscape) iPhone 7: Let's use a "standard" size.
Apple’s iPhone 11 has updated features and costs $100 more than 2018’s iPhone XR. That declared resolution is meant for developers to deal with element sizes in designing interfaces for mobile. The Apple iPhone 11 screen has a 6.1 -inch size with resolution 1792 × 828 px.
The pixel density is equal to 264 pixels per inch (PPI). Resolution this wallpaper is 1125x2436 pixel and size 125.66 KB. The Apple iPad Pro 11 screen has a 11.0-inch size with resolution 2388 × 1668 px.
Before the image can be displayed, it must be downsampled (resized) to lower pixel resolution. Super Retina XDR display. 2436 x 1125 pixels.
After going big and bigger with the 4.4-inch and 5.5-inch iPhones, Apple has returned to the 4-inch screen size with iPhone SE, which concentrates down all the power of an iPhone 6s into a body that looks just like an iPhone 5s.That makes it the smallest iPhone of this generation... The iPhone 11 Pro Max clocks in with a screen that measures 6.5 inches diagonally, with a height of 6.22 inches, width of 3.06 inches, depth of .32 inches, and full weight of 7.97 inches. Apple iPhone XS Max:
2436 x 1125 pixels, 19.5:9 ratio, 463 PPI. The best way to avoid such hassles is to use the exact sized wallpaper as per your iPhone's model. IPhone Model & Image Size.
IPhone 11 Pro Max. We have added the new iPhone 11, iPhone 11 Pro and iPhone 11 Pro Max to the guide below. Physical Pixels At the beginning, coordinates of all drawings.
Kuo also predicts two new models of the iPad Pro for this fall. 158 × 77.8 × 8.1 mm (6.22 × 3.06 × 0.32 inches) 157.5 × 77.4 × 7.7 mm (6.20 × 3.05 × 0.30 inches) When measured as a standard rectangular shape, the screen is 6.06 inches diagonally (actual viewable area is less).
(5.67 × 2.81 × 0.32 inches). The first is an updated 12.9-inch model, replacing the current iPad with a display of the same size.


Mobiistar X1 Notch smartphone was launched in January 2019. The phone, as its name suggests comes with a notch display for better gaming experience. The Smartphone is available in two color options i.e. Gradient Shine, Midnight Black and Sapphire Blue and provides a host of connectivity options in terms of 3G, 4G, Wifi Bluetooth capabilities. Recently mobiistar company has launched C1 shine.
Buy mobiistar smartphone from official site “www.mobiistar.in“
Content of Mobiistar X1 Notch
Mobiistar X1 notch features
Hardware- The device will be available in two variants – 2GB RAM and 16GB ROM and 3GB RAM and 32GB ROM
Display– As its name suggests comes with a notch display for better gaming experience. It also comes with a screen size of 14.4cms, HD+ display, 2.5D curved glass and dual tone colours.
Battery Life– Mobiistar X1 notch has a battery capacity of 3020 mAh. And the most special mobiistar X1 notch feature is,facial unlock and fingerprint sensors.
Mobiistar X1 Notch packs a 13-megapixel primary camera on the rear and a 13-megapixel front shooter for selfies.
Mobiistar X1 notch price in India
The price of Mobiistar X1 Notch in India is Rs.8499. The device will be available in two variants – 2GB RAM and 16GB ROM and 3GB RAM and 32GB ROM – at Rs 8,499 and Rs 9,499 respectively.
Check out also: Xiaomi note 7
Mobiistar X1 notch specifications
|Release date||January 2019|
|Launched in India||Yes|
|Screen size (inches||5.60|
|Battery capacity (mAh)||3020|
|Colours||Gradient Shine, Midnight Black and Sapphire Blue|


ACLAI Lab, part of the Mathematics and Computer Science Department at the University of Ferrara, focuses on studying, designing, and delivering artificial intelligence applications. Our research is focused on the edge between logic and AI and our primary objective is to design mathematically sound and formally certified tools. We are also members of the OVERLAY research group.
Prof. Guido Sciavicco
Dr. Giacomo Piva
Dr. Ionel Eduard Stan
Dr. Giovanni Pagliarini
Dr. Federico Manzella
Foundations of modal symbolic learning
We study the foundations of symbolic learning methods lifted to the case of modal logic. Our purpose it to define a complete symbolic framework that includes data analysis, model learning and evaluation, post-hoc symbolic model analysis, and model visualization. Our framework is the basis on which we develop our applied projects; it is completely open-source, written in the language Julia.
EEG reading and interpreting
Within our symbolic learning framework, we extract, interpret, and test symbolic models to extract information from EEG signals. Examples include neurophysiology trials in which subjects undergo several tasks, including artwork observation and/or simple movements, while their brain activity is being recorded. Our goal is to devise symbolic models that explain and predict the outcomes.
We study predictive maintenance tasks of several kinds of machines, using sensors' data and their behavior in time. For example, we considered a predictive task designed to warn against possible 'trip' event in gas turbines, and designed both general and machine-specific symbolic temporal model, which allow the experts not only to perform preemptive shutdowns but also to study what seems to influence the events insurgence.
Information extraction from audio
In collaboration with the leading experts in conversation automation, we study symbolic temporal models of audio for different purposes. Our models aim to extract information about the speaker(s), their characteristics, sentiment, and other relevant characteristics from human and semi-automatic conversations, using innovative approaches based on the audio rather than on the text.
We design, test, and apply symbolic model for online, real-time data from health monitors and accelerometers/gyroscopes. Such models live on health monitor software/hardware systems, specifically built for emergency situations, and are tested in real cases. Real situations that can be monitored include the movement status of the subjects, possible falls and/or injuries, but also cardiac/respiratory events and/or distress. Models are completely symbolic, and produce verifiable rules that can be analyzed, discussed, and possibly modified by the expert.
Geochemical fingerprinting of food products and water resources
We study, design, and implement protocols for geochemical fingerprinting based on physical, chemical, and isotopic data. We work with the Department of Physics and Earth Sciences of the University of Ferrara (Italy), the University of Còrdoba (Spain), and the Ayesa Foundation (Sevilla, Spain).
Medical data management and decision support system
In collaboration with the Research Center for the Study of Menopause and Osteoporosis of the University of Ferrara, we are designing and maintaining a data processing center equipped with a innovative decision support system.
Time series classification
We design and study new time series classification methods using symbolic, temporal-logic based knowledge extraction methods. At the moment, we are applying our techniques to many tasks; among them, we work with Siemens Europa, and we are trying to build systems that allow one to predict the need of maintenance of gas turbines.
ACLAI promotes an undergraduate research initiative for mathematics and computer science students. The purpose of this initiative is to stimulate undergraduate students to start their research career and enrich their curricula with conference and journal publications. The Bachelor Degree in Computer Science within the University of Ferrara, in particular, includes 21 ECTS credits (12+9) for internship and final project; students joining the undergraduate research initiative spend this amount of credits at the ACLAI laboratory, enjoy the possibility of studying extra-curricular topics, and, in some cases, publish early-stage theoretical and implementation results. Current and past students that have joined the program are:
- Dr. Federico Bulzoni
- Dr. Elisabetta Gentili
- Dr. Arianna Soriani
- Dr. Andrea Bercè
- Dr. Alberto Paparella
- Dr. Gabriele Spina
- Dr. Federico Vancini
- Mr. Patrik Cavina
- Dr. Lorenzo Balboni
- Mr. Pietro Poluzzi
- Mr. Michele Ghiotti
- Mr. Riccardo Pasini
- Mr. Riccardo Monego
- Ms. Denys Carbini
- Mr. Andrea Brigato


Five days ago, my computer just..stopped working. I had no idea what the problem could be, it just wouldn't boot. The lights would come on, I'd hear the fan start and the hard drive spin, but nothing came up on the computer. After a lot of trial and error and eventually just going to a computer repair place for a diagnostic, it turns out that the computer's motherboard is kaput. Motherboards are really expensive compared to just buying a new computer altogether, so I'm better off just buying a new machine. Which I would, if I had any money.
So that's that, I suppose. I'm pretty much cut off from 70% of the people I know and everything I've been working on for the past handful of years is now null and void.
I uh..I'm going to go lay down.


Data is exploding and permeates everywhere. As the need to find meaningful patterns hidden within data and take action or make predictions on them becomes an everyday requirement in all segments of society, Data Science software tools have become much easier to use. What we’re seeing now with these software tools is analogous to the rapid growth of Visicalc in the 80s and Excel in the 90s.
Data Analytics Software is rapidly evolving. What started as a glorified excel-like dedicated app has matured to embrace advanced statistical analysis, machine learning and impressive visuals. The software offerings have made great strides using libraries, data models and visual programming environments to encapsulate mathematical complexity and guide users to more intuitively construct data pipelines and models.
More complicated high-end dedicated tools like TensorFlow and Apache Spark are also thriving in parallel. These two address high-performance, large scale, real-time data analysis with specialized models for deep learning neural nets (TF) and algorithms amendable to these more demanding environments (AS).
Presently there is an interesting mix of lower-level Python and R type programmable solutions as well as high-level visual mostly non-programmable solutions like RapidMiner and Orange. Here is a Global 2015 Usage Survey from KDnuggets.com:
The accompanying article explains that while R is currently the leader, Python usage is growing faster and should surpass R within 2-3 years at the current rate. R’s lead is a legacy of being the first high-level, open-source data analytics package with a very large library of statistical functionality popular in statistics, social sciences, machine learning, etc. Although R has a huge library of statistical and mathematical libraries and a very nice interactive web publishing system in Shiny, it is a niche language compared to Python which receives much larger developer contributions in much broader areas than just data science.
Python has subsumed much of R core functionality through libraries like pandas, matplotlib, etc. and has much greater interoperability as the data and Internet glue language for the everything from Web Servers to Message Queues. Python is becoming the lingua franca of machine learning. For example, Orange has hooks for Python widgets and TensorFlow Deep Learning only recently announced a R API (which only binds to the Python API layer instead of the underlying, much more performant C++ code). However, RapidMiner has add-ons for both Python and R custom programmed modules.
Visual Programming environments can be useful to help learn a language and domain like Data Science. One of the most popular courses at Harvard is an introduction to Computer Science for non-majors which uses the same MIT Scratch Visual Programming system my middle schooler uses. The LEGO Mindstorms Visual Programming system also has roots back to MIT and shares code with National Instruments LabView – commercial software for data acquisition, instrument control and industrial automation.
I’ve been evaluating both Orange and RapidMiner since they provide the most sophisticated visual programming environment among open-sourced data science software packages I’ve researched. RapidMiner may have a bit more functionality, but the UX and workflow seem slightly more intuitive in Orange.
Orange allows some power-users to inject their own Python code packaged as widgets into the software which is a nice escape hatch for more powerful data manipulations. On the other hand RapidMiner has a nice feature called “wisdom of crowds” that suggest options based upon the usage patterns of their 100,000+ user base when constructing models, setting parameters, etc. Both Orange and RapidMiner have modular plug-ins that extend core functionality to include specialized text, image and other features often found in other data science packages like Weka.
As a visual programming environments, it’s slow compared to standard keyboard IDE programming but since you’re dealing at a higher abstraction level it seems fast and less error-prone. Both Orange and RapidMiner are great for learning concepts in Data Science, prototyping pipelines and for exploratory data analysis. A great feature would be to export models as code that could be scripted, automated and executed much more efficiently without the visual interface overhead.


Hardware Engineer- Raspberry Pi- US Citizens only
Park City, UT
My client needs a hardware engineer on a part-time (or at least limited duration) engagement with someone that has experience building Raspberry Pi-based systems. Experience building Pi-based systems is an absolute must, and experience with UPS or battery power supplies for the Pi would be a fantastic addition. It' s possible that someone with a wider range of hardware skills could become a permanent team addition, but for now really want to focus on the Pi skills since they need to resolve power supply issues for the Pi. Immediate opportunity. Work location is remote with some office visits location Park City Utah.
Must be a US Citizen


The work completed by the team for the past year was evaluated by the Project Officer of the European Commission, as well as leading European experts, including the vice-president of an IT-technology cooperation office (Hungary), the Dean of the School of Computing and Digital Technologies at Staffordshire University (UK), as well as a professor at the University of Brussels (Belgium), who is studying the use of computer game therapy in children affected with cerebral palsy.
Having analysed the results of the team’s work, the experts expressed a high opinion of the project and provided valuable recommendations for improving the effectiveness of the future implementation of the project.
As a reminder, GABLE is a scientific project for the development of rehabilitation games for children with cerebral palsy, which receives financial support from the European Commission under the Horizon 2020 Programme. A research team from the International Clinic of Rehabilitation works on the project alongside partners from Spain, Norway, Ireland, and the UK.
For more detailed information, go to projectgable.eu.


- VLDB Endowment
Cloud Data Serving: Key-Value Stores to DBMSs
Raghu Ramakrishan (Yahoo! Research)
Raghu Ramakrishan (Yahoo! Research). Raghu Ramakrishnan is Chief Scientist for Audience and Cloud Computing at Yahoo!, and is a Research Fellow, heading the Web Information Management group. His work has influenced query optimization in commercial database systems and the design of window functions in SQL:1999. His paper on the Birch clustering algorithm received the SIGMOD 10-Year Test-of-Time award, and he has written the widely-used text "Database Management Systems" (with Johannes Gehrke). Ramakrishnan is a Fellow of the ACM and IEEE, and has received several awards, including the ACM SIGKDD Innovations Award, the ACM SIGMOD Contributions Award, a Distinguished Alumnus Award from IIT Madras, a Packard Foundation Fellowship in Science and Engineering, and an NSF Presidential Young Investigator Award. He is Chair of ACM SIGMOD, on the Board of Directors of ACM SIGKDD and the Board of Trustees of the VLDB Endowment. Ramakrishnan was Professor of Computer Sciences at the University of Wisconsin-Madison, and founder and CTO of QUIQ, a company that pioneered question-answering communities, powering Ask Jeeves' AnswerPoint as well as customer-support for companies such as Compaq.
Abstract. Data-backed web applications have stringent availability, performance and partition tolerance requirements that are difficult, sometimes even impossible, to meet using conventional database management systems. On the other hand, they typically are able to trade off consistency to achieve their goals. This has led to the development of specialized key-value stores, which are now used widely in virtually every large-scale web service. On the other hand, most web services also require capabilities such as indexing provided by a DBMS. We are witnessing an evolution of data serving as systems builders seek to balance these trade-offs. In this talk, I will survey some of the solutions that have been developed, including Amazon's S3 and SimpleDB and Yahoo!'s PNUTS, and discuss the challenges in building such systems as "cloud services", providing elastic data serving capacity to developers, along with appropriately balanced consistency, availability, performance and partition tolerance.
Bringing Database Research to Computer Games and Simulations
Johannes Gehrke (Department of Computer Science, Cornell University)
Johannes Gehrke (Department of Computer Science, Cornell University). Johannes Gehrke is an Associate Professor in the Department of Computer Science at Cornell University and he is also an Adjunct Associate Professor at the University of Tromsø in Norway. Johannes' research interests are in the areas of database systems and data mining; his current research focuses on computer games and on data privacy. With Raghu Ramakrishnan, he co-authored the undergraduate textbook Database Management Systems (McGrawHill, 2002), currently in its third edition. Johannes has received an National Science Foundation Career Award and an Arthur P. Sloan Fellowship, and he was program co-chair of the 2004 ACM International Conference on Knowledge Discovery and Data Mining (KDD 2004) and program chair of the 33rd International Conference on Very Large Data Bases (VLDB 2007). From 2007 to 2008, he was Chief Scientist at FAST, A Microsoft Subsidiary, where he is still serving as technical advisor.
Abstract. The public has come to view database research primarily as the study of enterprise data management. The database community, however, has developed a wide set of concepts and techniques with applicability far beyond boring exam questions about departments and employees. In this talk, I will describe the journey of a database research group into computer games, discussing scalable AI for games, game programming design patterns, our game scripting language SGL (Scalable Games Language), and I will outline how ideas from database systems can result in significant performance improvements for games compared to existing approaches. I will also discuss role of database research in large-scale simulations and massively multiplayer online role-playing games.


The Ascent of Janitor AI: An Innovative Figure in the Artificial Intelligence Domain
Janitor AI stands out in the constantly changing field of artificial intelligence, demonstrating its special function and importance. While many people identify artificial intelligence (AI) with sophisticated problem-solving and complicated activities, Janitor AI is a silent hero in the automation space thanks to its ease of use and effectiveness.
Maintaining the digital environment is a major responsibility of janitor AI, which is sometimes disregarded in favor of its more glamorous competitors. Its major job is to clean and organize data so that the enormous amounts of information that are produced every day stay comprehensible and available. This modest figure is a creature of habit, particularly when it comes to doing seemingly ordinary but essential chores that keep AI ecosystems running smoothly.
Data cleaning is one of Janitor AI's main advantages. Massive dataset processing by AI systems raises the risk of mistakes and inconsistencies. By carefully detecting and resolving these abnormalities, Janitor AI intervenes and enhances the general precision and dependability of AI-driven applications. By doing this, it serves as a digital custodian, protecting the data integrity that AI algorithms greatly depend on.
Furthermore, Janitor AI is essential for maximizing the efficiency of sophisticated AI models. It improves the effectiveness of AI systems by optimizing data inputs and making sure that only pertinent and high-quality information is processed. In order to achieve the accuracy and efficiency that users have come to anticipate from AI systems, this behind-the-scenes labor is crucial.
The versatility of Janitor AI across different disciplines is another important feature. Janitor AIdemonstrates that it is a flexible entity that can customize its services to fulfill certain requirements, regardless of the industry—healthcare, banking, or any other that largely relies on data. Its versatility, which makes it an invaluable tool in today's data-driven world, is demonstrated by its ability to negotiate a variety of datasets and cleaning requirements.
In conclusion, Janitor AI's importance cannot be emphasized, even though it may not have the eye-catching skills of some of its AI competitors. It acts as the unsung hero, silently making sure that the digital world is tidy and orderly. Recognizing and comprehending the role of Janitor AI becomes crucial for a more thorough grasp of the complex AI ecosystem as we continue to watch the rapid growth of AI technology.
Privacy and Data Security
Apart from its fundamental function in data upkeep, Janitor AI makes a substantial contribution to the ethical deliberations associated with AI advancement. Data security and privacy are major topics of discussion as AI systems are incorporated more and more into our daily lives. As a data custodian, Janitor AI is able to apply and enforce data anonymization algorithms, guaranteeing that private data is managed properly. This dedication to privacy highlights the ethical and responsible use of AI, which is essential to fostering user and technological confidence.
Additionally, Janitor AI is essential to maintaining the scalability of AI solutions. The need for effective data cleaning procedures increases as datasets grow dramatically. The capacity of Janitor AI to manage massive data operations guarantees that AI models can grow smoothly without sacrificing performance or accuracy. In sectors like financial markets or e-commerce, where quick expansion and real-time data processing are essential, scalability is especially important.
Collaboration with other AI
Another feature that distinguishes Janitor AIis its collaborative character. While some AI characters function independently, Janitor AI frequently collaborates with other AI entities. Its cooperation with more intricate AI models and algorithms demonstrates a well-balanced interplay between the various characters, with each lending a special power to build a thorough and efficient AI ecosystem. By working together, these synergies improve AI applications' overall capabilities and provide a unified front against the problems of the digital landscape.
Improvement of User Experience
Furthermore, Janitor AI actively contributes to improving user experience; its function goes beyond simple data cleansing. An indirect benefit of Janitor AI is that it guarantees accurate and pertinent data entry, which helps to create apps that are tailored to the needs of individual users. By doing this, it optimizes how people interact with AI-driven platforms and services, turning it into a silent architect of smooth interactions.
Because Janitor AI is so subtle, it is difficult to see even though it plays such a crucial role. Many may overlook its importance due to the unglamorous nature of its work. But it's precisely this humility—which reflects the commitment to accuracy and functionality that forms the core of artificial intelligence—that elevates Janitor AI to an essential role in the AI story.
The ability of Janitor AI to continuously evolve also demonstrates this ability. Janitor AIimproves its cleaning and organizing skills by adjusting to new difficulties as algorithms and models develop. Through the use of machine learning techniques, Janitor AI is able to recognize patterns in data and gradually improve its efficiency on its own. Because of its self-optimization function, Janitor AI is guaranteed to stay a dynamic and adaptable character in the always evolving field of artificial intelligence.
Furthermore, given the context of AI transparency and explainability, the job of Janitor AI becomes increasingly important. It gets harder to understand the decisions made by AI systems as they get more complicated. Janitor AI promotes transparency by keeping a clean and well-structured dataset, which serves as an understandable basis for further AI procedures. This openness helps to create a sense of responsibility and dependability in the AI-driven systems we use on a daily basis. It is beneficial not only for developers and data scientists but also for end users who want to understand and trust the judgments made by AI applications.
To sum up, Janitor AI is a cornerstone of the AI ecosystem, representing ethics, ethics, flexibility, and dependability. Its understated but powerful presence serves as more evidence that even the most basic actors in the AI story have a significant influence on the direction of technology. A comprehensive knowledge of the complex and linked world of artificial intelligence requires appreciating and applauding the contributions of figures like Janitor AI, as we continue to see the progress of AI.


Protective ventilation for our veterinary patients
A versatile ventilator that can be used for many animal
patients, from a mouse to a horse. Compos X allows
veterinarians to manage ventilation needs in a very safe way. Our ventilator is already widely used in veterinary hospitals both in Japan and overseas.
Quality Certificates and Rewards
Tidal Volume Monitoring Feature
Whether during spontaneous or mandatory ventilation, tidal volume, along with inspiratory pressure, and PEEP values can be checked at any time on any breath. The Compos X compliance correction feature allows accurate measurement even during low flow conditions.
The Compos X incorporates a long-life flow sensor that can be washed and sterilized to ensure clean application.
Wide range of patients from mice to large animals
Ventilation type is pressure limited, time cycled. With the automatic flow rate correction feature, now it is possible to supply the patient with preset pressure and inspiratory time, regardless of changes in compliance or resistance.
Breath rate ranges from 1 to 255bpm, providing flexible support from spontaneous supported breaths to high frequency ventilation.
To avoid breath fighting, an incorporated SIMV feature will help to coordinate support to spontaneous breaths at the right time.
Enhanced alarm functions
High Airway Pressure, Low Airway Pressure, Power Failure and Circuit Failure conditions are always monitored and the corresponding alarms provide the user with information at a glance.
With the auto alarm setting function, forgetting to set an alarm is no longer a problem.
Airway pressure is measured by a high-performance pressure sensor. The bar graph shows pressure values at glance, making the new
Compos X more precise than the previous generation.
Independent jet ventilation circuit
The jet can be used for delicate ventilation management of small animals difficult to intubate.
You can always count on a clean and sterilized flow sensor and breathing circuit by using EtO or autoclave.
Compos X is equipped with maintenance mode, aiming to provide an easy-to-use device.
PEEP became even easier to use
Setting range from 0 to 20cmH2O
Comparison between Pressure Control (PCV) and Volume Control (VCV) Ventilation
Compos X ventilator is a PCV type
It compensates the system to provide required flow for a set inspiratory pressure and inspiratory time.
In addition, tidal volume on every breath is measured and displayed to make operation safe.


€6.3 million funding granted to Irish drone technology research
Minister of State for Training, Skills, Innovation, Research and Development John Halligan has today announced funding of €6.3 million for drone technology.
The funding – which consists of €1.8 million from Science Foundation Ireland (SFI), and a further €4.5 million investment from industry (cash and in-kind) – will be going to a new drone technology initiative known as U-Flyte.
This drone operation is run by Dr. Tim McCarthy of Maynooth University Department of Computer Science and National Centre for Geocomputation.
U-Flyte is an SFI Strategic Research Partnership award based at Maynooth University that involves collaboration with partners across the aviation industry, and includes input from 18 companies and agencies.
Speaking at the launch, Minister Halligan said: “The U-Flyte programme will play a hugely important role in developing drone technology for use around the world, and it is using Waterford Airport as a test bed.”
Dr. Tim McCarthy added: “Drone technology has the potential to be used for a wide range of practical applications – from the simple delivery of online shopping, to capturing data for maps of farms, forests, lake and coastlines, and providing security surveillance in vulnerable areas.
“This project will be using the latest navigation, optical, and radar sensors on-board our drones to gather data and feed it back through a system of connected secure networks to powerful computing platforms.”
These guidelines, although necessary, restrict the wider development and uptake of drone applications and services, according to the developers.
The stated aim of U-Flyte is to provide research, data and case studies to guide agencies and industry in allowing drones to safely fly further and higher than the current limits.
Margie McCarthy, director of innovation and education at Science Foundation Ireland said the potential societal impact of drone technology spans multiple sectors including agriculture, marine, emergency services, and transportation.
Drone use in agriculture
Drones equipped with multi-spectral cameras are used to assess various information such as crop health, storm damage, fertiliser application examination and for research purposes.
At a seminar on the subject in University College Dublin last year, David Kelly, of Capturing a World Ltd, explained the usefulness of such technology.
He said: “We use either RGB (red, green and blue) cameras or multi-spectral cameras that are suitable for determining agricultural indices, such as normalized difference vegetative index (NDVI).
The benefit of these indices is that they can give a quick overview of the condition of a field. This can be interpreted by an agronomist. The data can be used to determine prescriptions for fertiliser applications and so on.
“In France, for instance, this has seen wheat fields show 10-15% increases in yield, when prescriptions have been determined by aerial mapping.”
Explaining the usual procedure for a run over a crop, Kelly noted that a flight takes an average of about 30-40 minutes depending on field size, as well as two to three hours to process the data.


GIGABYTE Radeon RX 6500 XT GAMING OC 4G, The Radeon RX 6500 XT is the GPU to get if you’re building your first PC and don’t want to spend a lot of money. It’s just good for 1080p gaming, but it’s the type of card that can help you develop the rest of your system.
Even if you have a more expensive monitor, the 6500 XT features one HDMI 2.1 port and one DVI 1.4a port, so you may connect it directly. Variable Refresh Rate (VRR) and Fixed Rate Link are both supported by the HDMI 2.1 (FRL) spec.
Both are necessary for playing games at the highest potential resolution, while having an HDMI 2.1 port does not ensure either. To take full benefit of these features, you’ll also need an Ultra-high-speed HDMI 2.1 cable.
GIGABYTE Radeon RX 6500 XT GAMING
For basic gaming, the RX 6500 XT is a good choice. As long as it set the graphics setting to medium or low, it can run any game flawlessly.
AMD eliminated too many features that would have made this GPU a better competitor with Nvidia’s budget cards, whether current-Gen or last-Gen, in order to have the cheapest budget graphics card available.
AMD may have a frame rate advantage over Nvidia with its high-end GPUs, but it can’t win the budget category because its competitors’ cards have greater VRAM. Unfortunately, this was a risk that did not pay off.
Check our new product: Gigabyte GeForce RTX 3070 Ti GAMING OC 8G
GIGABYTE Radeon RX 6500 XT OC 4G Specification:
|Boost Clock* : up to 2825 MHz (Reference card: 2815 MHz)
Game Clock* : up to 2685 MHz (Reference card: 2610 MHz)
|L=282 W=114 H=40 mm
|DisplayPort 1.4 *3, HDMI 2.0b *1
For more information: click here


Recently, the official website of our company and China Enterprise Dynamics has been successfully launched under the joint efforts of both parties! The official website introduces our company's basic conditions and main products in detail. Welcome new and old customers to browse and leave a message.
Internationally, optical processing has developed to the fifth-generation numerical control processing technology, which has achieved high precision, high speed, efficiency and specialization. It has been able to complete the processing of high-precision aspherical parts. Among them, the German optical processing technology is more prominent.
At present, the materials that can be directly processed to meet the optical surface quality requirements using diamond turning technology are mainly non-ferrous metals, germanium, plastics, and infrared optical crystals. However, the processing of glass cannot meet the optical surface quality requirements and needs to continue to be polished and corrected. Another main application of CNC single-point diamond processing technology is to process various molds required for compression molding.
The filter is used to attenuate (absorb) certain light wavebands or select a small range of light waves to pass through, while reflecting (or absorbing) other undesired wavebands. By changing the structure of the filter and the optical parameters of the film, various spectral characteristics can be obtained, so that the filter can control, adjust and change the transmission, reflection, polarization or phase state of the light wave. A common feature of filters is that there is no filter to make the image of celestial objects brighter, because all filters absorb certain wavelengths, which makes the object darker. The filter is made of plastic or glass and added with special dyes. The red filter can only let red light pass through, and so on.
There are many types of optical glass, and a filter is one of them, which can change the direction of light propagation. Optical filters are widely used in lenses, prisms, etc. of optical instruments. The filter meets the requirements of light imaging, so the quality of the filter is very high.


Now that you’ve been playing Minecraft for a while, you probably want to start building something involving redstone. At first, redstone construction may sound overwhelming, but once you understand the basics, it’s a lot less complex than it first appears.
Redstone is the Minecraft equivalent of electronics, but with a few differences. We’ll start first by discussing how redstone works at a basic level:
In order for a redstone circuit to do anything useful, it must have three parts: Input, Transmission, and Result. The input is some form of interaction the player has to get things started, the transmission then takes the signal to the result, which makes some change in the game world. Before we get into the input, we should however, understand how the signal is transmitted, as this is actually the most important part.
There are two main ways to transmit power from one area to another with redstone: redstone dust and powered blocks. Redstone dust is placed on top of a block and visibly glows when powered. It can only be placed on opaque blocks and only if there are no other block modifiers in the space above the block. This means ladders, signs, rails, fences and torches will block you from placing redstone dust on a block if they are at the same level. Like torches, water will wash away redstone dust, so be sure to protect your circuits from accidental water sources. A powered block is just an opaque block which has had power applied to it in some way. A powered block can power adjacent redstone dust, an adjacent redstone device, but cannot power an adjacent block. Redstone dust will power any adjacent blocks, redstone dust, redstone devices as well as powering the block it is resting on.
For each block a signal travels, it loses 1 power level from it’s original strength. Most sources of redstone power start at a power level of 15, so the power can travel 15 blocks before it loses all power and must be renewed. There are a variety of ways to do this, and each have their own advantages and disadvantages. We will get into those later.
The two main sources of power, other than actual input systems, are redstone blocks and redstone torches. A redstone block, is an always on form of power. It powers adjacent components and dust, but does not power adjacent blocks.
While this can be useful, it doesn’t offer the flexibility of a redstone torch. A redstone torch, is a redstone power source which can be turned on and off.
A redstone torch can be placed the same way any regular torch can and will power any adjacent redstone dust, as well as the block directly above it. If the block it is attached to is powered, it will turn off the redstone torch. This is extremely useful in two ways: inverting a power signal or transmitting power vertically.
Redstone dust can climb up a block, but only if there is open space adjacent to where it will be climbing to.
This means that a block directly above the redstone dust will stop it from climbing up a level, which forces vertical power transmission with dust to spread out horizontally as well, making a stair approach. One solution to this stepping stair issue, if the power needs to travel upwards, is to place a torch and block alternating on top of each other. This may invert the power signal when it reaches the proper height, however, so it is important to determine what you want the input and output to be and adjust it accordingly. If traveling downwards with power, you have no choice but to use the stair method.
It is also important to note that you can create a feedback loop with redstone. For example, the pictured setup will cause one to occur.
What happens is that the redstone torch attached to the block powers the block above it. This in turn powers the redstone dust adjacent to it. That powers the block it is resting on, which also happens to be the block the redstone torch is attached to. Since a redstone torch attached to a powered block is turned off, the torch turns itself off. When it does, the block above it is no longer powered, and the redstone dust becomes unpowered, and the block with the torch becomes unpowered, which allows the torch to turn back on, and the whole thing starts over. When a feedback loop like this happens, you will see the circuit and the torch flash for a second, and then hear a sound like a fire being extinguished, and the torch will unpower until the circuit changes. While there are uses for such a feedback loop at times, sometimes it’s undesirable, so one way to fix this if it becomes a problem is a circuit like this the one pictured.
By using a torch on the powered block, you can apply power to a redstone circuit without powering the block the other torch is applied to. You may need to invert the signal later in the circuit, but this is preferred over the feedback loop. The other option is to have the redstone dust going in a direction away from the redstone torch, so it doesn’t affect that block.
In order to have a redstone device do anything, you need some kind of interaction with the outside world. There are several different ways this is accomplished. All of these devices will power at level 15 any adjacent dust or devices, unless otherwise stated. So let’s go through the devices quickly:
A lever is a simple on/off switch which toggles powering the block it is attached to.
A button is a device which powers the block it is attached to briefly before turning off.
A pressure plate is a device which powers the block it is attached to, for as long as something is on top of it. There is also the weighted pressure plate which counts entities on top of it, and outputs a signal based on how many and which type of weighted pressure plate it is.
A tripwire powers the blocks it is attached to as long as something is in the tripwire.
A detector rail is similar to a pressure plate, but only detects when a minecart is on the rail.
A daylight sensor will detect when natural sun light hits it and powers adjacent dust to a level based on how much sun is hitting it, or how dark it is, if the sensor is inverted.
A trapped chest is similar to a normal chest, but will power the blocks it is resting on when the chest is opened.
It Gives Results
Now that you know how to start the signal, and how to transmit it, you will need somewhere for it to go. There are many things that will react to redstone power, and here is a list of all of them:
Pistons are one of the post popular uses of redstone. They will push up to 12 blocks away from the piston in the direction the piston is facing. Sticky pistons will also pull one block back when they retract. They are most often used in trap doors and secret entrances, as well as ways to interrupt or start a circuit. This will be explained later.
Dispensers can be used in several different ways, depending on what they are dispensing. They can fire arrows like in Indiana Jones movies, pour out lava or water, even put out a minecart. The Minecraft Wiki goes into great detail on the subject of how each item will be dispensed.
Droppers are similar to dispensers, except that they will just place the object they are dispensing next to drop hole. If the objects is affected by gravity, it will fall, if not, it will just sit there.
Redstone Lamps will produce light when applied power. They are useful as either a visual display that a circuit is working, or for making visual effects.
Powered Rails will increase the speed of a cart moving on the rail in the direction it is going.
Curved rails, if they have another option to curve towards, will change direction between when powered and unpowered. This can be used to have an automated rail switching system.
Activator Rails will perform various functions, depending on the type of minecart which is resting upon them when powered. The Minecraft Wiki has a full list of all results for each minecart type.
Doors will open when a signal is applied to any of their blocks, as will wooden fence gates, and trap doors.
Note Blocks will create a sound when activated, and can have different sounds based on what is around the block.
TNT when powered, will become primed, and explode not long after that. In this way, you can use redstone to create a fuse, to be a safe distance, or even as part of a trap.
Hoppers react opposite of most items powered. Instead of doing something when powered, a hopper will cease to do it’s normal function when powered.
There are some very basic circuits which are commonly used. Placing a redstone torch next to a powered rail, for example, will keep that rail powered all the time. Putting a lever, button or pressure plate next to a door or gate will make an easy door opening mechanism. While these do utilize redstone, they are only the most basic of systems, and require little to no interaction from the players. In fact, some of the systems will work even if a monster activates them.
As mentioned previously, there are ways to renew a redstone signal that is getting weak. This leads us to one of the two advanced pieces in minecraft redstone circuitry, the repeater.
This handy device functions in several ways. It is important to note that the device acts as a diode, only allowing a signal in one direction, depending on how you place it. The second way is that it boosts a signal back up to full 15 strength. Also, the repeater can be set with a delay. By default a repeater has a .1 second delay, but can be set up to .4 seconds by using it, which is especially handy for note blocks. Any signal that ends will continue to be transmitted for that delay. In this way, you can make a circuit which remains on for a brief while after the power is terminated. For example, you can have a button which opens a door, and remains open long enough to get through.
Another aspect of repeaters is when a redstone repeater or comparator points at the side of the repeater and is powered. When the side is powered like this on it’s side, it is locked in it’s state, whether that is turned on or off. This works great as a way of locking an output to keep a short burst signal and keeping it on.
The second advanced piece is the comparator. This is a lot more complex of a device, so let’s go into how it behaves. First, let’s examine it’s appearance. When placed, it will place the front away from the player. The front has one redstone torch, and the back has two, forming a triangle pointing to the front of the device. The front is the output, and all the other sides are inputs.
When no powered inputs go into the side of it, the output will just relay the rear input signal normally.
By ‘using’ a comparator, you can toggle between ‘compare’ mode (front torch lowered and off) and ‘subtract’ mode (front torch elevated and on).
In Compare mode, if either side input is greater than the rear input, the output will turn off, otherwise it will just relay the signal at the current strength from the rear input. In Subtract mode, it will subtract the highest side input from the rear input, and output that, with a minimum 0 strength. So say the two sides had a signal strength of 4 and 2, and the rear input was at signal strength 10. The comparator would output a 6 signal strength.
Not only that, a comparator has another handy trick which allows it to do more than just compare and subtract. Certain blocks in the rear input spot will output a signal to it at a certain strength based on the blocks’s state. The blocks which can be measured this way may have a block between them and the comparator, so the wiring can be hidden. The most common things that can be measured are containers, which will output a signal strength based on how full they are. Other items which can be measured are cakes, cauldrons, end portal frames, item frames and jukeboxes. The Minecraft Wiki has details on what strength is output based on containers or other factors.
As mentioned before, pistons themselves can act as part of a redstone circuit. For example, a piston can move a block into a position to cut off a circuit from climbing up a level. Other uses have a redstone block being moved by piston, powering different circuits entirely. As a redstone block is the only source of redstone power which can be moved by piston, this makes it useful in such regards. Torches will be removed if the block they are connected to is pushed in any way.
With a these devices, some very complex systems can be made. I personally have a potion brewing system which makes potions based on which levers are toggled, several trap door systems, a mine cart dispenser and recycling system, and even an automated mincer transportation system to get items to a different location. There are even more complex systems which re-create a computer, allowing you to type on a keyboard made of pressure plates, and have the letter appear on a huge computer screen, working calculators, multi-level elevator systems and more.
One thing that helps when making a system is mapping out what you want signals to do, like a logic circuit. Once you have that planned, you just need to work out wiring. A collection of useful mini-circuits can be found on the Minecraft forums. With these, and a good plan, the sky is the limit as to what you can create! You can also pick up the sweet t-shirt used as our title image over at J!NX.


Security Monitor Bracket - Wall, 37-70"
Provides convenient wall mounting of LCD and LED monitors
- Works with 37-70″ LCD and LED displays
- 53 mm mounting profile
- 12°-+12° up and down tilt, 180° swivel
- 200 x 200 mm, 400 x 200 mm, 300 x 300 mm, 400 x 400 mm and 600 x 400 mm VESA compliant interface provides easy mounting
- Rated to support up to 88 lbs
This 37-70″ LCD LED display TV wall bracket provides convenient mounting of your LCD and LED displays.
The wall bracket is full motion, and provides a 12°-+12° up and down tilt, along with a 180° swivel.
The bracket supports up to 88 pounds and features a 200 x 200 mm, 400 x 200 mm, 300 x 300 mm, 400 x 400 mm and 600 x 400 mm VESA compliant interface that provides easy mounting and installation.
The LED bracket comes with a 30-day money-back guarantee, 1-year warranty, and US-based technical support.
- (1) 37-70″ LCD LED display TV wall bracket
- (1) Installation guide


It is important to keep in mind that individual brain imaging methods typically address only one aspect, or at best a few aspects, of underlying cerebral physiology and pathophysiology (Table 1). For example, electromagnetic physiologic techniques, such as electroencephalography (EEG), event-related potentials, and magnetoencephalography, provide information about large constellations of neurons and the net electromagnetic physiologic vector that their activity produces. These methods have the best temporal resolution currently available but are lacking in regard to spatial resolution and localization accuracy. Other techniques are devoted specifically to measurements of brain structure. These include x-ray computed tomography (CT), conventional magnetic resonance imaging (MRI), and blood vessel imaging using conventional angiography, magnetic resonance angiography, or helical CT.7 A third group of methods assesses hemodynamic response as a measure of brain function. Techniques in this group include xenon-enhanced CT, functional MRI (fMRI), perfusion MRI (pMRI), and cerebral blood flow or volume measurements obtained with either positron emission tomography (PET) or single photon emission computed tomography (SPECT). These methods assume that neuronal firing and blood flow increments or decrements are tightly coupled. This seems reasonable in the normal brain, but it may not always be true in pathologic states. Methods that determine the chemical processes of the brain fall mainly in the domain of PET and magnetic resonance spectroscopy. PET is able to measure glucose metabolism, protein synthesis, amino acid uptake, pH, and other variables in a quantitative manner with results calculated in the appropriate physiologic units. Magnetic resonance spectroscopy provides relative measurements of chemical compounds typically derived from hydrogen proton spectra, but, at higher magnetic field strengths, it is also possible to estimate relative quantities of molecules containing resonant isotopes of sodium, fluorine, carbon, and phosphorus. Imaging of brain receptor systems, both neurotransmitter molecules and receptor complexes, has been an active area of research in both health and disease using PET and SPECT. Most information has been derived for the dopaminergic system, but data also exist for the cholinergic, serotonergic, opioid, and benzodiazepine systems.


|Min. Order:||300 Piece/Pieces|
|Payment Terms:||Paypal, PAYPAL, T/T, WU|
|Place of Origin:||Zhejiang, China (Mainland)|
|Means of Transport:||EXPRESS, Ocean, Air|
|Packing:||Polybag||Delivery Date:||25-30 DAYS|
|Connector Type:||Others||Connector Color:||Others|
New Universal 2xUSB Mini Car Charger Adapter, Black
Note: Needs to pair with a USB charging cable (comes standard with iPhone or iPods originally). Additional USB charging cable is available for purchase separately
Use your car to charge any devices (digital cameras, PDAs, mobile phones, USB accessories and more) that can rely on USB for power! This adapter plugs into your car's cigarette lighter jack to become a powered USB port.
USB car charger adapter charges your PDA from any standard cigarette lighter in any vehicle. (Use together with USB charging cable.)
Patented circuit board designed to protect your valuable gadgets from short circuits.
Fit all electronic appliances that use a USB charging cable.
Input: 12V - 24V
Output: 5V / 2A
NOTE: compatible with Apple iPad