With all the focus on Huawei’s fate vis-a-vis the US ban, there has been less attention on other phones that are just coming out of the woodwork.Even less on phones that exist only in rumors and speculation.The Galaxy Note 10 belongs in the latter and now that the dust around Huawei has settled down a bit, there is a bit more room to talk about what could be Samsung’s oddest Galaxy Note yet in a long time.Perhaps nothing still beats the Galaxy Note Edge.Although curved edge screens are now Samsung’s mark for premium phones, a one-sided slope that is actually a separate display is still a pretty odd design.The Galaxy Note 10 could come second, changing the way Samsung has designed its phones for years.
Now that you’ve managed to get your hands on the gorgeous Samsung Galaxy Note 9, it’s time to get to know your new phone.To give it a try, go to Settings > Advanced features> Dual Messenger.Toggle on the slider next to the app you’d like to clone.Tap the radio box under the resolution you’d like to use.While creating a strong unlock password, PIN, or pattern can help in many circumstances, it’s probably a good idea to add a second layer of protection.When you’re ready to set up Secure Folder, go Settings > Biometrics and security > Secure folder.
Although no announcement has been made, inside sources suggest Samsung is about to invest $40 million into game-maker Niantic.The partnership could also result in a Samsung Galaxy Note-exclusive Harry Potter game in which you use the S Pen as a makeshift wizard’s wand.According to an anonymous source speaking with The Inquirer, Samsung is poised to make a substantial investment in mobile game maker Niantic, creator of the worldwide smash Pokémon Go.Reportedly, Niantic is planning to file an IPO in 2019 and thus needs to raise money.Samsung — looking to work through its mobile division “crisis” — is looking to add more perceived value to its smartphone lineup.As such, the two companies are looking to help each other out, with Samsung providing a new injection of cash (reportedly $40 million) and Niantic providing Samsung with exclusive content.
Even companies like Apple, which stuck to smaller smartphones for years, eventually followed the trend with the iPhone 6 Plus in 2014.Best all-around: Samsung Galaxy Note 9Want a big 6.3-inch AMOLED display and equally-large 4,000mAh battery?The bright and large display is the best on the market,If you can think of a software feature, it probably has it.Bixby continues to not be particularly good and its button cannot be officially remapped.
On Wednesday, Apple announced its trio of new iPhones, and with it, the company put the final nail in the coffin for rebooting a small, pocketable iPhone.Couple that with the fact that Apple is discontinuing the 4-inch iPhone SE, and this all means one thing: abandon all hope of ever owning a new small smartphone, iOS, Android or what have you.When it first came out in 2011, its 5.3-inch display (which these days isn't even enormous anymore) seemed almost comical.After that though, suddenly every phone had to be big.There was the ridiculously squared 5-inch LG Optimus Vu, the barely holdable 5.9-inch HTC One Max and the 6-inch Nokia Lumia 1520 (may everything about that phone rest in peace) to name a few.Phone companies would argue they're just giving the people what they want.
The Samsung Galaxy Note 9 cooling system is bigger and more efficient than any prior system.Samsung posted an infographic as well as a blog post describing how it works in detail.The Water Carbon Cooling system ensures that your Note 9 doesn’t overheat and can handle processor-heavy tasks with ease.Samsung introduced what it calls the Water Carbon Cooling system in 2016 with the launch of the Samsung Galaxy S7.The cooling system does what you’d expect: it helps regulate the internal temperature of your smartphone to keep things running smoothly.The Samsung Galaxy Note 9 – which just landed on store shelves last week – features the largest and most ambitious Water Carbon Cooling system yet in a Samsung device.
To celebrate today’s release of the Samsung Galaxy Note 9, Sammy posted an infographic with a history of the Note line.The infographic goes into detail on every Note product — except the Samsung Galaxy Note 7, which isn’t mentioned at all.This is further proof that Samsung apparently intends to strike the Galaxy Note 7 from the record entirely.A few weeks ago, Samsung released a teaser ad to hype up the then-upcoming launch of the Samsung Galaxy Note 9.The teaser ad ran through the numerical entries in the Note line, but very conspicuously skipped over the Samsung Galaxy Note 7.Today, to celebrate the global release of the Galaxy Note 9, Samsung posted a neat infographic that goes over the entire history of Galaxy Note devices, even including the Galaxy Note Edge.
Of course, that still depends on how well or how badly the Galaxy Note 9 performs in comparison.It might, however, be more beneficial to simply merge its two flagship phones completely, whatever name it comes up with.While it’s not as bad as it was before the Galaxy S8, at least not yet, Samsung is worried it might find itself in the red again.So far, however, anticipation for the Galaxy Note 9 has been ambiguous.According to sources, if the Galaxy Note 9 manages to sell well, Samsung might give the Galaxy S Plus model the boot.On the other hand, should the Galaxy Note 9 flop, it will be the one that gets its features assimilated by the larger Galaxy S. In both cases, the smaller non-Plus Galaxy S would remain.
At this stage there doesn't seem to be very much we don't know about the Samsung Galaxy Note 9, but the leaks are still coming further proving that the leaks have been right all along.The latest is a pre-order page for one of the phone's cases, complete with renders of what seem to be the final phone.Mobile Fun put up pre-order pages for Olixar Note 9 cases, and shockingly, the phone displayed is some sort of rectangle with a horizontal dual-camera system and a fingerprint scanner hiding underneath.The images show off the phone at various different angles, but honestly there isn't really anything we haven't heard about already.You can see the horizontal camera layout, as promised, along with the new fingerprint scanner located underneath, plus the range of ports that still include the 3.5mm headphone jack.As ever there's the four button layout, including the Bixby button nobody wants or asked for.
August is just a month ahead, and Samsung seems to be putting some effort into getting its upcoming Galaxy Note 9 released earlier in the next month.After some important details about the functionalities of the new S-Pen leaked, as well as a glimpse of the device design through a case render, the new king of phablets has paid a visit to FCC – The United States regulatory agency.This specific model will be exclusive to Uncle Sam country, and as usual, will pack the latest Qualcomm Snapdragon 845 chipset.The standard model number of the phone is SM-N960U, but the unlocked version will carry the SM-N960U1 label.Furthermore, the FCC documents also reveal an illustration showing the agency’s name engraved on the rear bottom of the Galaxy Note 9.The filing also reveals the complete list of LTE bands supported by Samsung’s flagship.
Rumors suggest the S Pen on the upcoming Samsung Galaxy Note 9 could have Bluetooth connectivity.Features mentioned include the ability to take pictures remotely and for use as a pointer during presentations.The S Pen is also expected to carry a digital signature function that will store signatures for authentification purposes.Samsung is reportedly planning to introduce some big changes to the S Pen on the upcoming Samsung Galaxy Note 9.According to ETNews, the Galaxy Note 9 S Pen’s functionality will go beyond that of a simple stylus with remote features and unique authentification tech.ETNews cites a “senior official” from a local carrier who claims that Note 9 users will be able to use the S Pen to take pictures remotely and control music, as well as use the stylus as a pointer during presentations.
Samsung upcoming flagship phablet – the Galaxy Note 9 has now received 3C certification in China, a few weeks after it cleared the China Ministry of Industry and Information Technology (CMIIT) hurdle.This is one of the few certifications the device is expected to secure before it could sell in the Chinese market.The version that just got 3C certification is the Note 9 with the model number SM-N9608, and while no specific details were highlighted, the listing document reveals the Galaxy Note 9’s battery supports a power input of 9V DC/1.67A or 5V DC/2A through fast wireless charging as well as support for TD-LTE bands for cellular connectivity.If you aren’t already aware, the Galaxy Note 9 is tipped to launch at the scheduled Galaxy unpacked event slated for August 9 in the New York City.Speculations are rife that the device will be heading straight to the Chinese market shortly after its launch, hence the need for the 3C approval.Previous leaks indicates Note 9 won’t come with any radical change in terms of design, and if words from Eldar Murtazin are to be taken for it, the Note 9 is tipped to come with a 4000mAh battery which should offer up to one to two days of normal usage and 23 to 25 hours of video playback at maximum brightness, a huge leap over that of the Note8
This afternoon we’re having a look at the wide world of expectations we have for the Samsung Galaxy Note 9 now that the device’s announcement event was revealed.Samsung sent invitations to the press for a Samsung Unpacked event which will take place on the 9th of August, 2018.At that event we expect the Samsung Galaxy Note 9 to be revealed – and probably not a gold-encrusted salmon with Bluetooth, but who knows?!The Samsung Galaxy Note 9 was leaked in a variety of ways over the past few weeks and months, creating for us a picture of the device that’s quite solid.The chart you see above runs down the official specifications of the Samsung Galaxy Note 8.The above chart also shows the Galaxy Note 9 in what we’re reasonable sure will be an accurate portrayal – detail-wise.
Samsung has sent out invitations for an event on August 9th for a new Galaxy device — and while it doesn’t call out the Note 9 by name, the picture of a Note stylus plus the timing means it’s almost certain we’ll see the launch of the company’s next flagship device.The August 9th date was rumored by Bloomberg earlier in the month, and the Note 9 itself recently cleared the FCC, so a launch event was likely to happen sooner or later.As for the Note 9, rumors indicate that it’ll be a similar upgrade to the Note 8 as the Galaxy S9 was to last year’s S8, with a focus on an improved camera rather than a completely overhauled design.The invitation also seems to hint at a new yellow color for the device.Given that Samsung also tends to use the Note line as a platform for bigger hardware experiments, though, it’s likely we could see some other additions — like say the long-rumored in-display fingerprint scanner.Whatever the case, we’ll find out in just a few weeks when Samsung’s event rolls around (or, if past history is any indication, when the leaks start to come out).
Sources suggest the Samsung Galaxy S10 Plus could have a massive 6.44-inch display.This would be bigger than the display of the upcoming Galaxy Note 9.The same report also says the Galaxy S10 will get a triple camera setup, not the dual camera setup previously rumored.Samsung is reportedly planning to give the Samsung Galaxy S10 Plus a 6.44-inch display.If true, this would be larger than any display found on a current Galaxy S or Galaxy Note series device, as well as the 6.38-inch display that the upcoming Galaxy Note 9 is expected to ship with.According to The Bell’s sources, Samsung informed parts suppliers about adjustments made to the specs of the upcoming Galaxy S10 series devices around June 22.
For the Samsung Galaxy Note 9 a key tip was leaked this morning on what’s easily the most important feature for end users: Battery Life.According to Ice Universe, this newest Samsung Galaxy Note device will have a larger battery than any other flagship out right now.Word from Weibo by Ice Universe is that there’s a big upgrade INSIDE the Galaxy Note gen-to-gen. An apparent potential plan for the size and shape of the Galaxy Note 9 was a bit hampered by its camera placement, as a portrait-style stack of lenses.Now with the Galaxy Note 9 moving to a more landscape-style row of lenses, there’s room for more innards.Images shared by Ice Universe show potential size of battery for the Galaxy Note 9 with two different designs.Below we’ve also included a photo of the inside of the Galaxy Note 8 courtesy of iFixit.
When I think of August, I think of the Galaxy Note.That's the month that Samsung typically introduces its latest phone for power users, with its trademark digital stylus.The Note represents the culmination of Samsung's technology for the year; the phone that Samsung usually saves as its "best for last" to battle the iPhone and Pixels, and thrust in front of buyers when the holidays roll around.I have my own hunches on what the Note 9 could have, what I think it should have, and what I think it absolutely won't include.Just because the last phone in this series was the Note 8 and the one before was the Galaxy Note 7 doesn't mean Samsung wouldn't skip a number to rename its phone.Samsung did skip 2016's Galaxy Note 6 in favor of the Note 7 name; some suspected it was to match up numerically to the iPhone 7.
The Galaxy Note 3 might forever be known as the most massive of the series.Since the Note 3, Samsung’s been making the body of the Galaxy Note smaller – if only fractionally – every generation.The trend continues today with the Samsung Galaxy Note 9, a device that looks like it’ll have the same size display as its predecessor, but a bit smaller body, making it feel more “full”, as it were.Today we’re having a peek at the latest renderings from the folks at SamsungMobile.News on Twitter.They’ve created a Galaxy Note 9 using the latest rumors and behind-the-scenes traded 3D CAD models.With these models, they’ve created a to-scale reproduction of what the Galaxy Note 9 will likely look like, right next to the Galaxy Note 8.
Today we’re having a peek at what might be the biggest Samsung Galaxy Note 9 leak yet revealed.This device saw quite a few leaks over the past few weeks, and we’ve seen what might well be the full back and front already.But what of the components we rarely see the difference in until the final product is in our hands?For the first time in a long time, it would appear that the Samsung Galaxy Note line will push a major upgrade over the Galaxy S. The Galaxy S8 largely provided the basis for our understanding and expectations of the Galaxy Note 8.But for the Galaxy Note 9, the Galaxy S9 might not be the best guide.According to Bloomberg’s Mark Gurman, we’ll likely see an “upgraded camera” with the Galaxy Note 9.
This morning a new set of details on the Samsung Galaxy Note 9 spilled in South Korea.In this new set of details, some previously assumed bits and pieces are a bit closer to confirmation, and some new elements are discovered.Of course until we get to Samsung’s final event for the Galaxy Note 9, we don’t know FOR SURE what it’ll bring to the table.Until then, we’re getting close!The chart you see below compiles all the bits and pieces we’ve come to understand about the Galaxy Note 9 thus far.There’s very little we can’t pretty confidently bet on at this point!


Setting up and maintaining a secure, reliable and high-speed connection between household devices and the Internet is critical in these modern times. Digimatt can advise on, install and configure suitable solutions utilising wired or wireless (WiFi) approaches configured for your individual needs, future-proofed to support ever-increasing connectivity demands. We will also provide a wiring chart making any future adjustments by yourself or any other technician far easier – something many companies do not do!
Home networking solutions to support devices including Smart TVs, computers and laptops, games consoles, wireless printers, home automation, smartphones and the 'internet of things'. We supply cost-effective yet high-quality equipment as required, utilising professional CAT5/CAT6 rated Ethernet cables as appropriate.
Maximising WiFi signal strength across a premises, utilising carefully planned router placement and installation of cost-effective WiFi 'repeaters' where necessary. We have the expertise and equipment to analyse data transmission and identify weaknesses in your network. No more dropping connections or loading delays!
Technologies exist that allow data to be transmitted through existing mains power wiring. This concept is often referred to as Power-Line Communication (PLC) or Power-Line Networking (PLN). In situations where the installation of new cabling is not feasible, wired connections can still be achieved with this method. Digimatt can advise on the pros and cons, helping you make an informed choice about suitability.
A combined Wi-Fi and power-line solution can be beneficial in some cases: Using powerline wiring to connect bandwidth-intensive devices that remain stationary (NAS, printers, game consoles), you improve their performance and that of mobile WiFi gear (laptops and smartphones) by reducing overall wireless network demand.
Digimatt are experts in the installation and configuration of Media Servers and NAS Devices, allowing you to store and stream videos, music and other data to devices across the home from a centralised location.


There are several fresh technologies that may have an impact in our lives in the coming years. One of these is genetic anatomist, which is typically referred to as genomics. This technology is growing rapidly and is also expected to present life changing effects within https://www.globalimpactcollective.org/2020/04/24/board-room-for-directors-in-the-world a few years. Not simply can it create «superhumans» or «designer babies», but it really can also be used in agriculture and energy creation. While this kind of technology is normally controversial, it includes great potential to improve real human life expectancy as well as the environment. Additionally, the technology can be made much faster thanks to advances in computer refinement.
Another technology that is previously making dunes inside the tech universe is the progress biometric verifications. These are presently used by police, the equipped services, huge corporations, and other high secureness organizations. Moreover, there is a great emerging technology called Increased Reality, which usually superimposes laptop generated images onto real-world surroundings. These kinds of images could be in the form of a video, personal message, or a great overlay.
Technology is constantly changing and new innovations are being produced every day. Actually some of these technologies have been in advancement for years. In addition, their advancement has been combined with years of trial and error. These innovations have the potential to further improve the lives of huge numbers of people.


The Laser (Light Amplification by Stimulated Emission of Radiation) technology which was discovered in 1960 has started to make an impact across a diversified industries and business fields. One of the main reasons for this impact is the precision and accuracy in results which have resulted in laser technology being used in medical, aerospace, energy drilling activities, biotechnology and semiconductor technology. But its immediate impact was felt in the area of life sciences. Laser technology was used in advanced areas like neurological implants, cell and tissue reconstruction and DNA analysis as well. In the past the most active user of this technology was the US Defence Department of Research.
In the industrial world it made a profound impact as the technology has become a cost effective method for micro-fabrication, precision engineering and any form of scaling up or down of a particular process. Laser micromachining has brought a new dimension to manufacturing of items with exact dimensions.
Laser Technology – The Economies of Scale
An area where the technology has been seen as irreplaceable is manufacturing items in small numbers, which could then later be scaled up in quick time. Industries experienced a complete turnaround in terms batch production process, where earlier it could only produce large quantities to benefit from volume sales; now with laser technology it can produce smaller batches at faster speed and therefore take advantage of the cost effectiveness. Though micromachining did exist before laser technology, however the cost effectiveness due to scale was only achieved after the introduction of lasers.
A Brief Guide into Laser Technology based Micromachining:
In simple words laser technology based micromachining is the cutting, drilling, splitting and skiving various kinds of material such as glass, plastics and certain kinds of material. The precision of laser technology is unmatched and so is the speed by which it is done. The technology has non personnel contact with the material therefore is an ease of conducting the process. Laser micromachining is mostly used in creating specifically small three dimensional devices.
The most notable area of laser micromachining is the medical instruments industry. High precision equipment is mostly made by the use of this technology such as angioplasty devices. The other very complex and highly sophisticated is the use of laser micromachining when it comes to treatment of cardiac problems.
The other notable example of laser micromachining is the use of this process on silicon. A precision drilling and cutting of silicon or the micro-structuring of silicon can be only with high quality lasers. This process results in silicon being used for chips in the semiconductor industry. In fact in the area of precision marking or engraving laser micromachining is used on glass and other materials as well.
Laserusa.com offers its hi-tech products of laser engraving to a multitude of industry and service areas such as medical, aerospace and energy drilling. Its products are based on the best and environment friendly micromachining technology. The company has a state-of-the-art facility with an extensive focus on research and development.


||UNIVERSITY OF BUCHAREST
FACULTY OF PHYSICS
Conference: Bucharest University Faculty of Physics 2019 Meeting
Section: Nuclear and Elementary Particles Physics
Closer look on cosmic rays induced air showers properties and characteristics of the emitted radio signals using analytical approaches and full Monte Carlo simulations synthesized into a browser.
Paula Gina ISAR (1), Dragos HIRNEA (1, 2), Alexandru JIPA (2)
1) Institute of Space Science (ISS), Bucharest-Magurele, Romania
2) University of Bucharest, Faculty of Physics, Bucharest-Magurele, Romania
email@example.com, firstname.lastname@example.org, email@example.com
cosmic rays, air showers, radio emission, graphical user interface
Cosmic rays have been a hot topic for the Astroparticle Physics community, since discovered in 1912. After over a century and many efforts from scientists worldwide we know now that the most energetic particles observed on Earth, the ultra-high energy cosmic rays (UHECRs), have an extragalactic source. Where, how and what exactly accelerates them? These questions remain still mysterious nowadays.
The extensive air showers (EAS) developed by cosmic rays (CRs) in the Earth’s atmosphere are at this moment the most resourceful subject of study for researchers who make efforts to better understand these fascinating particles. However, the detection and study of EAS is not at all an easy task. Because the Earth’s atmosphere is being used as a giant detector of cosmic rays, EAS develop differently based on primary particle energy and mass, incoming direction and atmospheric environment at a given detector location.
In this paper we look at the development of EAS from two different, but complementary perspectives. First, we show how the main parameters of the showers modify, as function of the primary properties, by multiple longitudinal profiles simulated with CONEX, for different sets of CR parameters (energy, mass, direction of propagation). Next, we look at the radio signals emitted by EAS, which develop at the Pierre Auger Observatory location, by using a simplified VXB model to describe the geomagnetic emission, and sophisticated simulations with the CoREAS option in the CORSIKA Monte Carlo code, who treat the full radio emission released by an air shower.
Some of the results presented in this paper are included in an open source graphical user interface (GUI) application, EAS Browser v2.0.
1. Aab, A.; ... Isar P.G. et al. Pierre Auger Coll., Observation of a large-scale anisotropy in the arrival direction of cosmic rays above 8x1018 eV, Science 357 (2017) 1266
2. Huege, T., Falcke, H., Radio emission from cosmic rays air showers – Coherent geosynchrotron radiation, A&A 412 (2003) 19-34
3. Isar, P. G.; Apel, W. D.; Arteaga, J. C.; et al. the LOPES Coll., Radio emission of energetic cosmic ray air showers: Polarization measurements with LOPES, Nucl. Instr. Meth. A., 604 (2009) S81
4. Isar, P. G., Polarization Measurements of Radio Emission of Cosmic Ray Air Showers with LOPES, PhD Thesis, Karlsruhe Institute of Technology (2010)
5. Revenu, B. for the Pierre Auger Coll., Autonomous detection and analysis of radio emission from air showers at the Pierre Auger Observatory, 32 ICRC, 2011
6. Schoorlemmer, H. for the Pierre Auger Coll., Results from polarization studies of radio signals induced by cosmic rays at the Pierre Auger Observatory, Nucl. Instr. Meth. A., 662 (2012) S134
7. Aab, A.; ... Isar P.G. et al. Pierre Auger Coll., Probing the radio emission from cosmic-ray-induced air showers by polarization measurements, PHYSICAL REVIEW D 89 (2014) 052002
8. Bergmann, T. et al., One-dimensional hybrid approach to extensive air shower simulation, Astropart. Phys. 26 (2007) 420
9. Pierog, T. et al., First Results of Fast One-dimensional Hybrid Simulation of EAS Using CONEX, Nucl. Phys. Proc. Suppl.151 (2006) 159
10. Huege, T. CoREAS 1.0 User’s Manual, 2013: https://web.ikp.kit.edu/huege/downloads/coreas-1.0-manual.pdf
11. Schröder, F. G., Radio detection of Cosmic-Ray Air Showers and High-Energy Neutrinos, Progress in Particle and Nuclear Physics 93 (2017)
12. An EAS Browser Display: https://easbrowser.wordpress.com
This work was supported by a grant of the Romanian National Authority for Scientific Research and Innovation, CNCS/CCCDI - UEFISCDI, project number PN-III-P1-1.2-PCCDI-2018-0839, within PNCDI III.


Smart roads are high-- Speed arteries of information for smart cities. Rongwen smart road solution is developed to meet the needs of future urban roads and smart road networks. By building smart roads and focusing on information infrastructure and public services, it is making full use of the Internet of things, cloud computing, edge computing and other advanced technologies, which can effectively connect people, vehicles, roads, environment and other objects in a wider range of roads in real time to achieve efficient coordination among all objects.
Highly integrated-- Highly integrated solutions reduce the number of poles, cabinets and network infrastructure, allowing flexibilities and interactions among data and applications.
Internet of things-- It connects cars, roads, people and clouds to form a smart network that can communicate and make decisions at any time.
Refined management-- It makes full use of massive traffic, municipal and urban management data, using artificial intelligence to make real-time decisions and control.


Call for Papers
Rationale for the Main Focus Sessions
Advent of Wide Area Networks (WAN) allowed the availability of distributed information (Network Information Retrieval tools, NIR) and the development of unprecedented communications between users (Computer Mediated Communication tools, CMC).
Initially, CMC was asynchronous and based on electronic mail and newsgroups. From email, mailing lists and newsletter were soon derived, while newsgroups generated, shortly after, electronic fora.
Synchronous communication were introduced through the set up of chat services. On this line, current multimedia teleconference systems were then set up.
Virtual reality was first introduced by MUD (Multi-users Domain) systems, and especially by MOO (MUD Object-oriented). This line produced current virtual reality environment, like the emerging Second Life system.
Rationale for the session on RNA analysis tools
The transcription of almost all genomes generates a great number of coding and non-coding RNAs (ncRNAs). Although RNA is central to the synthesis of proteins, it is not only a messenger of genetic information: many cellular functions depend on ncRNAs, which exert their functions by their sequence and structure. In particular, small silencing RNAs (miRNAs, siRNAs and piRNAs) play a crucial role in many physiological processes and their aberrant expression is a common feature of human diseases including cancer. Models and tools able to increase our understanding of RNAs functions and their involvement in diseases may lead to the design of new RNA-based therapeutics.


As the world continues to grapple with the challenges of climate change and environmental sustainability, the adoption of electric vehicles (EVs) has gained significant momentum. Electric vehicles offer a cleaner and more efficient alternative to traditional gasoline-powered vehicles, and this transition is especially crucial for delivery companies involved in last-mile delivery. In this article, we will explore the future of EVs in delivery companies and their potential to revolutionize last-mile delivery operations.
One of the primary reasons for the rise of EVs in the delivery industry is their contribution to environmental sustainability. With zero tailpipe emissions, electric vehicles significantly reduce air pollution and greenhouse gas emissions. By incorporating EVs into their fleets, delivery companies can play a crucial role in mitigating climate change and improving air quality in urban areas, where last-mile deliveries are concentrated.
While the initial investment in electric vehicles may be higher than that of traditional vehicles, the operational costs of EVs are considerably lower. EVs have fewer moving parts, require less maintenance, and have lower fuel costs, resulting in significant savings over their lifespan. Additionally, governments and local authorities are offering various incentives and subsidies to encourage the adoption of electric vehicles, further reducing the overall cost of ownership for delivery companies.
Last-mile delivery, which involves transporting goods from local distribution centers to individual customers, often involves short-distance trips with multiple stops. Electric vehicles are well-suited for this type of operation due to their instant torque and regenerative braking capabilities. These features enhance efficiency, allowing delivery drivers to navigate urban environments more easily and make more deliveries in a shorter time frame. This increased efficiency translates into improved customer satisfaction and reduced delivery times.
The future of last-mile delivery heavily relies on flexibility and adaptability. Electric vehicles provide delivery companies with the opportunity to incorporate innovative solutions, such as autonomous vehicles and drones, into their operations. EVs can serve as ideal platforms for testing and integrating these technologies, enabling companies to streamline and optimize their last-mile delivery processes. Additionally, EV charging infrastructure can be strategically placed to accommodate the needs of delivery fleets, further enhancing their flexibility.
Despite the numerous benefits of EVs in the delivery industry, some challenges still need to be addressed. Range anxiety, or the fear of running out of battery power, is a concern for delivery companies. However, advancements in battery technology have significantly improved the range and charging capabilities of electric vehicles, alleviating this concern to a great extent. Moreover, the establishment of an extensive and robust charging infrastructure network is crucial to support the widespread adoption of EVs in last-mile delivery.
The future of electric vehicles in delivery companies and last-mile delivery holds great promise. The transition to EVs not only contributes to environmental sustainability but also offers significant cost savings, improved efficiency, and enhanced flexibility. As battery technology continues to advance and charging infrastructure becomes more widespread, delivery companies are well-positioned to harness the full potential of electric vehicles in their operations. By embracing EVs, delivery companies can lead the way toward a greener and more efficient future for last-mile delivery.


Piezo Film and Cable for Audio Pickups
INSTRUCTIONS FOR WIRING AND USE
Piezo films and cable manufactured by Measurement Specialties, Incorporated (www. http://www.meas-spec.com)
For sale through Experimental Musical Instruments (www.windworld.com)
This information is provided by Experimental Musical Instruments. More detailed technical specs can be found at the MSI web site.
SDT1-028K with quarter-inch jack: If you purchased this item, no additional wiring is needed. You can use a standard lead cable with quarter-inch plugs (such as a typical electric guitar cable) to run from the pickup’s jack to the instrument input on an amplifier.
SDT1-028K without the jack: This pickup comes with a shielded cable already attached, but with no jack or plug on the end. If you purchased this item, you have a choice as to whether to solder a plug (male connector), or a jack (female connector) to the end of the cable. Alternatively, you can wire it to some other connection such as a volume control. In this pickup, the white wire and the silver shield wire (which you’ll find already soldered together) will serve as the ground conductor, and the red wire will serve for the hot conductor. Various hookup options are outlined below under the heading “And Connect It To … “
2.5″ piezo film or the 6″ piezo film: If you purchased either of these, you’ll find that they come with lead wires already attached. These lead wires, however, are not shielded, so they’ll be prone to pick up unwanted electromagnetic noise from the environment. You have a couple of choices:
a) If the idea of a bit of extra noise in the pickup signal doesn’t bother you, you can use the existing lead wires. Connect the red wire (labeled “Neg”) to the ground terminal of whatever you’re connecting it to, and the black wire to the hot terminal. See “And Connect It To…” below for more details.
b) For better signal-to-noise ratio, replace the existing wires with a shielded cable (available through Experimental Musical Instruments and other electronics supply outlets). Don’t solder the cable directly to the existing terminals on the pickup. Instead, cut off the unshielded wires from the piezo film, leaving a segment of each wire about an inch long still attached. Connect the red wire (labeled “Neg”) to the braided shield (the ground conductor) of the shielded cable. Connect the black wire to the inner wire (the hot conductor). With the shielded cable in place you can proceed with one of the options described below under “And Connect It To…”
For anyone who is not familiar with procedures for connecting to shielded cable, here’s more information:
Shielded cable, which is standard for carrying low-level audio signals, is cable containing two conducting wires: an insulated inner wire to carry the hot signal, and a ground conductor in the form of a braided wrap around the inner wire, which also serves as the shield. To prepare the cable for soldering, first get some shielded cable and cut a suitable length of it. Remove about an inch of the outer insulation layer at one end, exposing the braided shield beneath. Coax the exposed part of the braided shield off of the center conductor, pulling it to one side and twisting it together. This will expose a little less than an inch of the center conductor. Remove a half inch of the insulation from that.
To connect the shielded cable to the shortened wires from the pickup, remove the insulation to expose about a half inch of the raw wires from the pickup. Join the red wire from the pickup (labeled “Neg”) to the braided shield (the ground conductor) of the shielded cable by twisting them together, then soldering. In the same way, connect the black wire to the cable’s inner wire (the hot conductor). Afterwards, you may choose to cover the terminal areas with electrician’s tape or other insulation to prevent shorting.
If you wish to take shielding one step further, you can shield the terminals and any short lengths of unshielded wire as well. Here’s one easy way to do this: Wrap the terminals and unshielded section of wire in electrician’s tape to prevent shorting, leaving a small section of ground wire exposed. Then over-wrap the area with a layer of adhesive-backed copper foil (available at garden centers, hardware stores or electronics supply stores.) Find some way to solder a connection between the adhesive-free side of the foil and the ground wire.
1″ piezo film tabs: If you purchased these, you’ll find that they come with solder terminals but no wires attached. You will connect a suitable length of shielded cable to the terminals (shielded cable is available through Experimental Musical Instruments and other electronics supply outlets). IMPORTANT: The heat of soldering easily melts the surrounding plastic and compromises the contact between the terminals and the piezo film itself. To avoid this risk, use conductive epoxy (available at electronics stores) to attach the lead wires to the terminals. If you do choose to solder, be very careful to not to use excessive heat. Use a low-wattage soldering tool, avoid lingering too long with the soldering tool, and use a heat sink. [A heat sink is a more massive metal object in firm contact with the metal being soldered, which helps to draw away excessive heat during soldering. A hemostat or similar small, spring-mounted clamping device works nicely. Even an alligator clip, binder clip, or small spring clamp will help.]
To determine which terminal to connect to ground and which to hot, look at the piezo tab so that you can read the words “MEAS” and “meas-spec.com” as printed on the tab. In this position, the lower terminal is the one to connect to the shielded cable’s ground conductor (the braided surrounding wire). The upper terminal connects to the hot conductor (the center wire).
If you don’t already know how to prepare shielded cable for soldering, see the instructions on the previous page. After making the connections you may choose to cover the terminal areas with electrician’s tape or other insulation to prevent shorting.
With the shielded cable in place you can proceed with one of the options described below under “And Connect It To…”
As an added option, if you wish to take shielding one step further, you can shield the terminals and any short sections of unshielded wire as well. Here’s one easy way to do this: Wrap the terminals and unshielded section of wire in electrician’s tape to prevent shorting, leaving a tiny section of ground wire exposed. Then over-wrap the area with a layer of adhesive-backed copper foil (available at garden centers, hardware stores or electronics supply stores). Find some way to solder a connection between the adhesive-free side of the foil and the ground wire. It is usually assumed that the remainder of the piezo film itself does not need shielding; however, a couple of customers have told us that shielding the entire pickup (covering in the lightweight copper foil connected to ground) does reduce potential noise levels further.
Piezo Cable: This coaxial cable is constructed much like a shielded cable. As with shielded cable, the stranded wire at the center serves as the hot conductor, and there’s a surrounding braided wire that serves as the shield and ground conductor. Between them is the layer of piezo material. Prepare the piezo cable for soldering just as you would shielded cable: at one end, remove about an inch of the outer insulation layer, exposing the braided shield beneath. Coax the exposed part of the braided shield off of the center conductor, pulling it to one side and twisting it into a single strand. This will expose a little less than an inch of the center conductor. From that, remove a half inch of the surrounding piezo layer. You now have the two exposed wires, the ground/shield wire and the hot wire, ready for soldering to a suitable length of shielded cable. Prepare one end of your shielded cable for soldering in the same manner as you prepared the piezo cable, then make the two connections: 1) solder the braided shielding wire of the piezo cable to the braided wire shielding wire of the shielded cable. 2) Solder the center wire of the piezo cable to the center wire of the shielded cable. Use electrician’s tape or other insulator in the area of the soldered connections to make sure the two exposed conducting wires don’t contact one another. With the shielded cable in place you can proceed with one of the options described below under “And Connect It To…”
For an excellent how-to for using the piezo cable to make an under-saddle pickup, see R.M. Mottola’s “Constructing an Under Saddle Transducer” at http://www.liutaiomottola.com/PrevPubs/Piezo/CoaxTransducer.htm. Special note for guitar bridge installations: the cable will fit nicely in the existing bridge slot of many guitars. On some guitars, however, the bridge slot is too thin. In that case you can either 1) widen the bridge slot, or 2) carefully strip the outer insulation layer from a section of the piezo cable to allow it to fit. Then spray the exposed surrounding ground wire with spray varnish or similar coating that will provide insulation. Install carefully to avoid fraying the exposed wire or wearing through of the new coating.
We’re now assuming that you’ve got a shielded cable of suitable length running from your piezo pickup, whatever sort of piezo pickup it may be. You have some choices as to where to go from here. You can:
a) Solder a jack (female connector) to the end of your cable. Typically you’ll use a standard mono quarter-inch jack (available form Experimental Musical Instruments and other electronics outlets), but other types can be used as well, depending on your purposes. Solder the braided shield/ground conductor from the pickup to the jack’s ground terminal, and the hot conductor to the jack’s hot terminal. The hot terminal on the jack is the one leading to the springy contact that touches the tip of the plug when the plug is plugged in. With this arrangement, you can use a standard guitar cable to run from the pickup to an amplifier input, signal processor, or other device.
b) Solder a plug (male connector) to the end of the pickup’s lead wire. Typically you’ll use a standard mono quarter-inch plug (available from Experimental Musical Instruments and other electronics outlets), but other types can be used as well, depending on your purposes. Solder the braided shield/ground conductor from the pickup to the plug’s ground terminal, and the hot conductor to the plug’s hot terminal. The hot terminal is the one leading to the tip of the plug. With this arrangement, you can plug pickup directly into an amplifier input, signal processor, or other device.
c) Run the hot and ground conductors from the pickup to volume and/or tone controls on your instrument, or wire it directly to an onboard mini-pre-amp. The possibilities in this case are too many to list here.
These pickups are extremely versatile and can be used many different ways. For full information, see our publication Getting a Bigger Sound, available through the Experimental Musical Instruments catalog on our web site at www.windworld.com. Following here are some rudimentary suggestions.
Piezo pickups produce a signal when they are attached to a vibrating surface. Our piezo films are sensitive enough that they can also pick up the air vibrations from many wind instruments. The films can be attached to the vibrating body by any of several means:
Double sided sticky tape (but avoid thick poster-mounting tapes, which may dampen the vibration)
Putties, such as the several brands of poster-mounting putties available
Glues. It’s usually best to use non-brittle, semi-permanent glues such as commonly available household contact cements, allowing removal with minimal damage to finishes.
Mechanical connections, such as embedding, springs, clamps or screws (but don’t break up the integrity of the pickup itself)
When it comes to deciding where to attach the pickup to the instrument, there are countless options. Experimentation is always in order. Here are some rudimentary suggestions.
Guitars and other plucked instruments with soundboards, including kalimbas: Attach the pickup to the soundboard on, in, under or near the bridge. The nearer the bridge, the stronger the signal and better the feedback resistance, but the sound may not be as warm as when it is attached a little way away from the bridge. For instruments with enclosed sound chambers, if you can get to the inside of the instrument, you can significantly improve the sound by attaching to the inside of the soundboard where the pickup can respond to internal air resonance. For inside-the-soundboard mounting, you’ll need to find a flat surface, unobstructed by soundboard struts, large enough to accommodate the pickup. If no such space is available for the pickup size you’re working with, you might consider switching to a smaller size. For instruments with bridges that are not glued in place but are held in place by the pressure of the strings, try placing the pickup under the flat bottom or the feet of bridge (yes, the films are durable enough for this sort of treatment). Piezo cable is usually often mounted in the bridge slot, under the saddle.
Bowed Strings: for bowed instruments with tall bridges, attaching on the bridge just under the strings often works well. Soundboard attachments like those described above for plucked strings also are effective, as are placements under one or both feet of the bridge.
Drums: Try affixing the pickup on the drumhead, fairly near the rim. If possible, attach on the inside of the head both for protection and for air resonance response.
Wind instruments: For instruments with bells, attach on the inside of the bell. In this application, a softer mounting is better. One convenient soft mounting is Velcro.
Free bar instruments such as marimbas and vibes: Attach a separate piezo to each bar, on the underside. Typically, attaching near one of the nodes (where the bar is supported) provides the most balanced signal. Attaching at the center of the bar will produce a stronger, peakier signal — so strong, in some cases, that it will overload the pre-amp.
Piezo contact pickups produce an ultra-high-impedance signal that doesn’t travel well over long cable distances. With increasing cable lengths, there tend to be losses in both signal strength and fidelity. In addition, amplifier inputs generally are not optimized for such extra-high-impedance signals. For this reason, the use of a separate pre-amplifier, located as near as possible to the pickup itself, is sometimes recommended. The pre-amp increases the signal strength and also converts the signal to lower impedance, making it less subject to loss over long distances and more suitable for typical amplifier inputs. However: piezo pickups can be and often are used successfully without a pre-amp. Here are some notes and suggestions concerning the “pre-amp or no?” question.
No Pre-amp: This is the way to go if you want an inexpensive, hassle-free, easy-to-install system. You’ll do fine without the pre-amp if you keep the cable lengths (the distance from the pick-up to your amplifier input) to a minimum – four or six feet should be OK; twelve may still be OK if you’re not a perfectionist. It also helps if you’ve got a strong signal to begin with – different instruments and different mounting configurations produce different signal strengths. While most amplifier inputs are not optimized for the ultra-high impedance of a piezo pickup, typical instrument inputs will produce acceptable results. Some of the new breed of acoustic guitar amplifiers (as distinct from traditional electric guitar amplifiers) provide one input that is optimized for piezo pickups.
Yes Pre-amp: This is the way to go if you are concerned about avoiding any loss of sound quality and signal strength, particularly when you need to use longer cable lengths. It costs more (you have to buy the pre-amp). The installation may be very simple, or may be quite a bit more involved, depending on the configuration you use. Tiny battery-powered pre-amps are now available, and these can be set-up with the pre-amp either on the instrument itself, or clipped to the player’s belt, or in some other convenient arrangement. Depending on the model of pre-amp you use, the pre-amp may provide a convenient way to give your instrument local volume and tone controls. Experimental Musical Instruments sells two suitable mini-pre-amps: the Power Pack, produced by K&K Sound, and the Power Jack, from Fishman. Another simple and fairly affordable option — not ideal, but still effective — is to use a guitarist’s stomp box, such as a little graphic equalizer, between the pickup and the amplifier input. Make the cable run from the pickup to the stomp box as short as possible.
What Sort of Power Amplifier is Best?
Electric guitar amplifiers will work with the signal from a contact pickup, but they are optimized for a type of sound preferred by electric guitarists, and are not ideal for accurately reproducing an acoustic instrument sound coming from a contact pickup. Look instead for a system designed for a flat frequency response. Such a system might be identified as a PA (public address system), powered speaker, keyboard amplifier, or acoustic guitar amplifier. You’ll probably need something with a quarter-inch, high-impedance input available, which is standard for musical instrument amplifiers. You can also run the signal through a mixer, if the mixer provides such inputs. For running through a mixer which does not provide such inputs, you can send the signal from the pickup to a device called a direct box or a DI, which converts the signal to a form suitable for the mixer’s microphone inputs.
For complete information on pickups and their use, look to our book Getting a Bigger Sound: Pickups and Microphones for your Musical Instrument, by Bart Hopkin. It’s available from Experimental Musical Instruments through any of the contact addresses below.
Experimental Musical Instruments
(415) 663-9691 (phone/fax)
PO Box 421, Point Reyes Station CA 94956 USA
Visit us on the web, or write or call for a catalog


ClowdFlows is an open-sourced cloud-based platform for composition, execution, and sharing of interactive machine learning and data mining workflows. The basic idea behind ClowdFlow is to simplify the creation of analysis pipelines by encapsulating complex data analysis steps in simple operations. This approach helps abstract the complexity and the implementation details of complex data-parallel pipelines.
The unique feature of ClowdFlows tool that separates it from comparable open-sourced tools such as RapidMiner, Weka, KNIME, and Orange, is its web-based architecture. During run-time, the ClowdFlows platform resides on a server (or on a cluster of machines) while its GUI (Graphical User Interface) that allows workflow construction and issuing execution commands is served as a web application accessible from any modern web browser.
ClowdFlows is very flexible and easily extensible by adding new packages and workflow components by writing simple or complex Python functions. Current packages include Weka algorithms, Orange algorithms, text mining, decision support, natural language processing, inductive logic programming, etc.
it is a cloud application so it allows us to work anywhere at any time! No installation is required, Web application in nature so our work is saved on the server instead of the client system.
Web services in workflows
WSDL web services as workflow components so simply enter the WSDL URL of a web service and use them as workflow elements. Connect them with other web services or provided workflow elements.
Data mining algorithms
It is very powerful so use the power of data mining by Weka’s algorithms that have been exposed as WSDL web services. Construct trees, build models and experiment.


A web cam is really a little video clip electronic camera which supplies or even streams an audio or visual sign coming from the computer system to another pc device, consisting of the World wide web. Cams are actually often tiny cameras that rest simply on a desktop, dangle off of a wall structure, or are actually fastened to the individual’s personal computer with a USB cable.
While there are actually many versions of cams that are on call today, it is important to use just first class tools and also software program when connecting them to your personal computer. Linking a cam to the wrong device or software application might result in low quality audio or even visuals, or even achievable system crashes or cold. This is actually why it is essential to utilize correct inner web cams drivers. clara chan webcam
Lots of cams utilize generic, analog sign layouts. These styles are typically simple to operate and also realize with. Nevertheless, if you possess an electronic camera you are going to likely be using exclusive or Internet Protocol web cams. They utilize digital formats instead of analog ones because these cams manage over the World wide web and connect over the IP network. To streamline interaction and avoid inaccuracies, several interior webcams utilize focused, Universal Web cam Drivers.
Universal web camera vehicle drivers are essential given that they are actually designed to interact along with a variety of web cams, and will certainly partner with any sort of computer that is designed to support the tool. For the most part, the unit will install itself by putting in the suitable software application, generally installed from the internet camera maker. When the motorists are actually put in, it is suggested that you upgrade the device drivers whenever a brand new model becomes available. This will certainly make certain that your video recording is shown in the best quality. Upgrading your web cams immediately ensures that they are actually performing at their superior degrees, and could be made use of with any sort of running system.
Certainly not all digital gadgets made to work with cams make use of Universal Cam drivers. In fact, not all cams communicate with inner webcams, as well as specific older camera models may certainly not deal with newer tools that integrate Common Cam Drivers. So as to identify which tools you must utilize, take a look at the list on the web cam manufacturer’s web site and also find which sorts of interior cams it assists. It might be practical to substitute your automobile with a far better version if you are possessing issues.
The Universal Web cam Drivers being actually providing for web cams enable your computer to send and also obtain data without any type of exclusive necessities. Learn much more regarding the several advantages of web cams today!
A web cam is actually a miniature camera that nourishes an image or even sends or even clip to or from a pc to an internal computer device, like the Net. Web cams are usually small, transportable cameras that generally sit on a pc, hang on a wall, or even are attached to the user’s display by means of a tiny cable television. They are used for a selection of applications, consisting of internet cameras to make it possible for site visitors on social web sites to view each other, for in-person communication, and also to capture pc users for later retrieval. For lots of uses, a webcam can easily not change a typical computer display; having said that, it could be used to enrich particular components of your on the web experience. miss alice cam
There are actually three primary forms of cams: analog cameras, electronic video cameras, as well as webcams along with an integrated photo sensor. Analog web cams are actually the earliest kind of web webcam as well as include a simplex picture sensing unit that finds lightweight sparkling on the lense and also converts it to a graphic. Digital web cams utilize wiring within the cam on its own to spot light, instead of a lightweight sensing unit. A digital cam along with a combined picture sensor is actually much more functional because it can additionally identify movement or even work as a video recorder. The majority of web cams along with an included graphic sensing unit possess an evening setting that allows the camera’s image sensor to switch on during the night so you don’t need to have to consistently be around during the course of shooting.
If you are actually looking for a simple, lower settlement web cam, consider the Webmote Camera. This cam possesses a reduced settlement and is much less comfortable to use, but supplies really good graphic top quality. It does not possess any form of graphic stablizing, which restricts what you may do with your online video. The Webmote cam likewise carries out not possess a car concentrating or even panning feature, although the focus correction is still quite simple. The only downside to this digital electronic camera is actually the shortage of a car flash feature.
The Lensescam is perhaps the very most sophisticated digital form of a web cam, as it includes both a picture sensor and a lense. This permits the Lensescam to find and separate light resources in bright locations, whereas other forms of web cams just can know specific insights.
Something you should try to find in a digital camcorder is actually whether or not the image sensor chip is consisted of. A lot of cams include the usual sensing unit, yet some include a concentrated image sensor potato chip. These customized chips permit you to decide on different lens. For instance, if you intend to use a wide-angled lense, then this option will definitely be offered. Additionally, some web cams consist of a zoom lense. These can easily also be actually helpful, although they have a tendency to be more pricey than conventional lenses. genesis mia lopez webcam
Various other functions to seem for in an electronic type of a webcam consist of the variety of pixels and the transmission capacity of the video stream. These alternatives need to be considered when acquiring a web webcam.


Roof Top - JMK BMW of Springfield NJ is happy to announce that we have expanded once again. Earlier this year JMK BMW NJ, completed construction of a 3rd level parking area to our existing parking deck. This third level holds 72 cars and utilizes the latest energy savings technology with respect to lighting. Using a combination of LED and CFL light fixtures, JMK was able to attain the same light levels on the new deck using 8 LED and CFL fixtures instead of using 20 Metal Halide fixtures. This will result in an energy savings of about 70% over standard, old technology lighting.
In May 2011, JMK completed installation of a 112 KW solar panel array which is housed on the roof of our vehicle preparation building. The solar system generates enough electricity to power 97.3% of that building.
From May 2011 to December 2011, the solar panel system has generated the equivalent environmental benefit of:


Why is few layer graphene so important
What is couple of layer graphene?
The few layer graphene acquires the original crystal structure and also features of all-natural flake graphite: it has a huge form ratio (diameter/thickness ratio), exceptional electrical, thermal and also mechanical residential properties, outstanding conductivity, lubrication, corrosion resistance, heat resistance and other characteristics. The specific surface of minority layer graphene is 400 ~ 700/ g, and the thickness is 0.55 ~ 3.74 nm. The graphene has a high details surface, which is easy to be consistently worsened with other materials, such as polymer products, An excellent composite user interface has been formed. The company'' s few layer graphene products have actually formed a massive commercial manufacturing capacity.
Key applications of couple of layer graphene
As an excellent fundamental product for commercial scale practical compounds, graphene will play a crucial role in a new round of commercial transformation The graphite flakes affixed to not natural nano particles can not only successfully protect against these flakes from being piled consistently in the chemical decrease procedure? Furthermore, it can additionally promote the formation of a new class of materials with graphene as the service provider. Graphene inorganic nanocomposites reveal excellent efficiency, which can be widely used in exhaust display screens, sensors, supercapacitors, batteries, catalysis and various other areas. It can dramatically enhance the performance of nanomaterials, making it possible for one of the most appealing application products in nanotechnology to be extensively industrialized. products in nanotechnology to be extensively industrialized.
Optical properties of few layer graphene
A couple of layers of graphene have very excellent optical buildings. In a large wavelength array, the absorptivity has to do with 2.3%, as well as it looks practically clear. Within the density variety of a number of layers of graphene, the absorptivity boosts by 2.3% whenever the density increases Huge area graphene movie also has exceptional optical residential or commercial properties, and its optical homes alter with the modification of graphene thickness. This is an unusual low-energy electronic structure of single-layer graphene. At space temperature level, use voltage to double grid double-layer graphene FET, as well as the band space of graphene can be adjusted between 0 ~ 0.25 eV. Apply magnetic field, as well as the optical feedback of graphene nanoribbons can be tuned to the terahertz variety.
Is much less graphene hazardous to human body?
It has actually been explained that sharp, tiny items of graphene can be easily broken down. If these material pieces enter call with human cells, they can reduce human cells and be taken in by them Presently, the consequences of long-term human direct exposure to graphene can not be completely figured out, however some literary works on graphene medicine service providers likewise mention that the serrated edges of graphene are not as very easy to pass through right into human skin as well as the cell membrane of immune cells as other research studies believe, however it is extra significant that also huge graphene can not be eliminated from the body From the perspective of activity, graphene is extremely secure, and it is hard to respond at space temperature level, besides some examples with more details edge material. From this perspective, graphene is reasonably secure.
Cost of couple of layer graphene
Few layer graphene particle size and also pureness will impact the item'' s price, and also the purchase quantity can additionally influence the cost of few layer graphene. A big quantity of large amount will be lower. The rate of few layer graphene can be discovered on our company'' s main site.
Couple of layer graphene provider
Technology Co. Ltd.
, is a trustworthy and top notch global chemical material distributor as well as producer. It has greater than 12 years of experience providing ultra-high quality chemicals as well as nanotechnology materials, including couple of layer graphene, nitride powder, graphite powder, sulfide powder, as well as 3D printing powder. If you are searching for top quality as well as economical couple of layer graphene, you are welcome to contact us
or inquire at any time.


When you are going to purchase LED lights at places like Badkamer LED Inbouwspots, you will see that there are many advantages that you will have. The LED lighting technology of today is so much better and provides you with benefits that you will not have with the other, more traditional lights. These are the advantages that you will have when you are making use of the LED lighting technology for your home.
It has a longer life than other lights
We all know how frustrating it can be to struggle to change light bulbs, because they break frequently. It might not cost a lot of money to replace but, if you are replacing a light once a week, the price after a year can be expensive.
This is why the LED lights that you can purchase at places like Badkamer LED Inbouwspots are so beneficial. This is going to make sure that you are going to have a much longer life bulb that will not need to be replaced in years. You will start to forget how frustrating it was to replace the older type of bulbs on a regular basis.
It is more economical
This is almost the same advantage as the above point. Because the LED Inbouwspots Badkamer light is a long lasting light, it will be more economical for you. Not only don’t you need to replace the light on a regular basis, but it took a lot less energy.
This means that you will not need to pay high utility and electrical bills at the end of the month. You will have a much more economical LED light that saves you money on more than one way. Read more here!
It is important to make sure that you are using things in and around the home that is more eco-friendly. More people are starting to get aware of the fact that eco-friendly products are essential. This is exactly why you should consider purchasing the LED Inbouwspots Badkamer lights. They are more economical than the original lights that you normally would purchase.
Every bit that you are doing to help the world to survive, is helpful. And, using the LED lights is a great start.
Don’t break as easily
The older light bulbs that you could purchase break so easily. If you just look at it, then it can break. So many people bought these bulbs and when they arrive home, they were broken already—a waste of money and time.
With the LED Inbouwspots Badkamer lights, you don’t need to worry about this anymore. The lights don’t break as easily, because they aren’t made with the fragile glass the older versions were made of. But, this doesn’t mean that you can let the LED light fall. visit https://www.ledinbouwspotsleds.nl/Inbouwspots/Badkamer today!
There are many advantages about the Application Area of LED lighting technology that is making it just better to purchase the LED lights than the normal bulbs that we all know. If you need to replace your bulbs once again, you should switch to the LED Inbouwspots Badkamer lights for replacing the older, more fragile bulbs.


Tech Crush Thursday: Elon Musk
This week’s tech crush, Elon Musk, likes to think big.
This South African-born genius taught himself how to program a computer at the age of 10. He studied Business and Physics at the University of Pennsylvania and then went on to study Applied Physics and Materials Science at Stanford.
From there, he entered into entrepreneurship, co-founding X.com, a financial and e-mail payment service. That eventually evolved into the widely used PayPal, which was acquired by eBay for $1.5 billion in 2002.
In 2002, Musk founded another company, SpaceX, which develops and manufactures space launch vehicles. One of Musk’s biggest goals is to help advance the technology of rocket science. Musk is also co-founder and head product designer at Tesla Motors. He was one of the designers of the first fully electric sports car, the Tesla Roadster.
Since an early age, Musk has dreamed about getting into three areas—“important problems that would most affect the future of humanity,” as he said later—“one was the Internet, one was clean energy, and one was space.”
He has done exactly that! To boot, he’s a dad to triplets!
That’s one busy man… and an obvious TWF tech crush.


Our vibration damping electrical panel mounts are vibration isolators that provide ideal mounting solution for electrical panels which are prone to vibrations from outside.
Electrical panels and electric enclosures are mounted on engines which produce high vibration. The metal plates at top and bottom of the mounts provide ample mounting support. The inbuilt fail safe protection in our electric panel mounts is useful for wall mounting electrical cabinets for mobile and stationary applications with disturbing frequencies. Our electric panel mounts can be easily mounted in shear or compression and are suitable for damping vibrations in panels weighing from 40 Kilograms to 5,000 Kilograms.
Rubber vibration dampening mounts
Vibration damping applications for electric panel mounts include electrical panels, electric enclosures and electric boxes. Electric panel mounts also protect wall-mounted cabinets from vibrations and shocks generated by nearby engines, workshop machinery, etc. The electric panel mounts are also suitable to isolate light wall-mounted machines, fans, refrigerating units, etc.
Our electric panel mounts insulate the structure-borne noise generated and damp the vibrations of the underlying generator and machine frame. We are one of the leading supplier of vibration damping electrical panel mounts in India. These mounts are used not only for electrical panels, but also for other machines such as generators, oil pumps, emergency power units and stationary diesel engines. We provide full line of electrical panel mounts for UPS panels, batteries panels, PLC panels and any other sensitive electrical installation.
Our fail-safe electric panel mounts provide high vibration isolation. The electric panel mounts construction also provides electrical insulation for the panels. These electric panel mounts are covered with metal body on the top and bottom to prevent any oil and other shop floor chemical and water from entering and damaging the electric panel mounts. The compact design of the electric panel mounts provide easy fitting below the electrical enclosure / panel / cabinet. The thick metallics base flange of the vibration damping mounts ensures a long fatigue life. The metallics parts on the top and bottom of these electric panel mounts are corrosion protected to cope with hostile environments in land and marine applications.
- The Electric Panel mounts control vibrations in all 3 dimensions – Vertical vibrations, Horizontal vibrations and Rotational vibrations.
- The electrical panel mounts have rubber elastomer in compression design, along with the metal cup effectively blocks noise and eliminates sound-board amplification effects.
- The electrical panel mounts are designed to damp vibration in 360 Degrees horizontal plane.
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- These Electrical Panel mounts are very easy to install – The centre thead can easily mount the electric panel and the side flange holes can be used for grouting the panels effectively.


Today, smartphone’s have got a permanent place in everyone’s life from a child to a old men you will get to see the users of it. All because of smartphone’s today we don’t need to wait in long ques to transfer money or to pay our bills.
Before the arrival of smartphone’s everything was an impossible task but soon after the launch it gave a new definitions of cell phones. Right, by sitting at home today with just a click your every single work related to whatever can be done.
But as it have lots and lots of useful features, so the power consumption is also needed and usually battery drains faster, this has been a problem for all the users since the launch of smartphone in our lives. And charging them is a hard stuff because it needs usually 3 to 4 hours to get completely recharged once drained, a lot of fast charging devices have been introduced but still the convenience which people are looking for is unavailable.
Isn’t it cool that your phone, smart wrist watches and headphones gets recharged through waves? Yes, it’s going to be possible due to the efforts done by Energous, you might all know about Wattup the first ever air charging device which can charge your hearing devices from a distance of 15 meters.
CEO of Energous Steve Rizzone, told to a given interview that sooner this technology will be available for all your devices. The use of cord chargers is over now and sooner your every device will get recharged on the go with the help of receivers and transmitters.


Many people wonder the possibility of a blind person to use computer. Believe it or not that blind people are well-informed about technology trends and some of them are early adaptors of it. In fact, computer turned the lives of the blind 360 degrees. It opened all door widely before them to take more effective part in the society. It greatly contributed towards empowering the blind individuals socially, educationally, and professionally. With the assistance of the computer, a blind now can read and surf the internet, use the chat and social media websites and applications. More professional fields are now available for the blind because of the help of the computer. Since the invention of the “screen readers” which allows the users with visual impairment to use the computer independently, our lives have changed dramatically. Screen readers are software that is responsible for reading the content of the computer screen. This technology opened doors to an accessible world for the people with visual impairment. It began with the use of hardware synthesizers to read the DOS screens, later, with the invention of windows, and the technology of internal sound cards,
The screen reader is just software that is easily installed on a normal computer. The basic idea is that the software reads what is shown on the screen. A refreshable electronic Braille display is another alternative for reading the content of the screen. Instead of the mouse, the keyboard is used to input data. Unfortunately, most commercial screen readers are very expensive for a blind person to get except with a help of an association or an agency. For this reason, an open source screen reader like NVDA witnessed a great success among blind users who found it the best solution to avoid the high prices of the commercial ones.
You can know more about NVDA through NVDA website.


Vitiligo is Not Forever. XTRAC for Even Skin.
XTRAC treatments can minimize and, in many cases, even eliminate Vitligo depigmented patches. The XTRAC [308 nm] excimer laser delivers a targeted beam of UVB light and only the areas of skin affected by Vitiligo receive the laser energy.
Though the laser spot size measures only 18mm x 18mm, due to rapid exposure times, relatively large, discrete areas can be treated in just five to 10 minutes, which is much quicker than the duration of conventional phototherapy light sessions. And most importantly, XTRAC treatments achieve complete response rates faster in a higher proportion of patients.


Compact pumps for vacuum, two-stage oil-bath rotary vanes, designed and developed specifically for air conditioning and refrigeration services. Its state-of-the-art design and the modern technology used in its manufacture allow to obtain a high quality product with which high levels of vacuum and reduced evacuation times are achieved. CHARACTERISTICS
- Blocking valve It allows isolating the pump from the system in which vacuum is being produced.
- Capacity for several refrigerants The DVR series can be used with the traditional gases R-12, R-22, R-500 and R-502, as well as with the R-134a system and other new generation gases.
- Anatomical carrying handle Ergonomic design fist to allow a secure grip during the transfer, which at the same time acts as a gas scape route.
- Gas Ballast It allows a small amount of atmospheric air to be introduced into the pump, preventing the condensation of moisture and helping to prolong the useful life of the oil. In turn, the above improves pumping efficiency.
- High final vacuum Due to its two-stage design, it is possible to obtain a very high vacuum quality, ensuring the elimination of humidity, while the high pumping capacity reduces the evacuation time.
- Electric motor (110/220 V 50/60 Hz) The motors are designed for variable voltages and working frequencies. Energies: 110/240 volts, 50/60 Hertz with a variation of +/- 10% of the nominal value (see motor plate). Start by capacitor and built-in thermal protector
- Interruptor ON-OFF / ON-OFF switch This switch allows separating the starting and stopping from the connection to the electric supply. It also has a practical and safe voltage selector switch and a connector (IEC) suitable to receive any standardized cable.


IP spoofing is one of the most common forms of on-line camouflage. In IP spoofing, an attacker gains unauthorized access to a computer or a network by making it appear that a malicious message has come from a trusted machine by “spoofing” the IP address of that machine.
There are a few variations on the types of attacks that successfully employ IP spoofing. Although some are relatively dated, others are very pertinent to current security concerns.
Attackers illicitly impersonate another machine by manipulating IP packets. IP Spoofing involves modifying the packet header with a forged (spoofed) source IP address, a check-sum, and the order value.
Scammers hope to use this illegal technique in order to remain concealed from detection software. The bad news for them is that Grey Cloak Tech software has successfully out-maneuvered the bad guys and their efforts are wasted.


At the beginning of July 2023, EEI conducted some training with water safety experts RLSS UK, facilitated by the RNLI. This training was delivered on a beach in Cornwall, allowing the newly qualified operators to see not only the benefits of using this new lifeguarding technology, but also the challenges, that come with operating a drone in this environment.
The beach environment offers an excellent training ground for drone operators, providing a unique blend of ideal conditions and harsh realities. Training in this setting allows remote pilots to prove the quality and capabilities of today’s lifeguarding technology, particularly the SwellPro Splash Drone 4, specifically in their routine lifeguarding responsibilities. By simulating real-time problems and encountering actual scenarios they will face daily, trainees gain invaluable experience and develop coping strategies personalised to them.
Operating drones on the beach presents a multitude of challenges that highlight the versatility and adaptability of these aerial devices. Encountering uninvolved people on the beach is a common occurrence, requiring drone operators to navigate the air space to achieve the required task while maintaining safety distances and protocols.
Additionally, logistical factors such as battery charging and signal interference become evident in this environment, emphasising the need for effective operational planning and a detailed understanding of the operating area.
The constantly changing beach environment poses a significant impact on drone flights. Strong winds, shifting tides, and unpredictable weather conditions force operators to adapt their flight strategies accordingly. Training in such dynamic conditions allows pilots to understand the limitations of their drones and adapt their techniques to ensure successful outcomes.
Practical training on the beach enables remote pilots to explore the full potential of drone technology in real-time scenarios. It demonstrates how drones can support lifeguards by providing aerial surveillance, rapid response, and increased situational awareness. By witnessing first-hand the effectiveness of drone deployment, operators gain confidence in utilising this technology to enhance their lifeguarding duties.
While theoretical training provides a foundation of knowledge, conducting training in the actual operational environment is paramount. Trainees witness the importance of proper training and learn to operate safely and in accordance with UK CAA policy and legal regulations.
By experiencing the challenges and rewards of beach drone operations during training, remote pilots develop the skills necessary to fulfil their responsibilities effectively.
In conclusion, drone training in the beach environment offers trainees an opportunity to tackle real-time problems, navigate logistical hurdles, and witness the impact of environmental changes on drone operations. By honing their skills in these conditions, remote pilots gain practical experience, develop coping strategies, and unleash the true potential of drone technology in lifeguarding duties.


Rod Davenport is an I.T. professional with 20 years of experience across a variety of industries including publishing, automotive, health care, and energy with skills developed across a broad array of computer technology disciplines. He is currently serving as the Chief Technology Officer for the State of Michigan, responsible for IT Strategy, Vendor Management and Innovation, and Infrastructure & Operations. Prior to joining the State, he was most recently employed with DTE Energy where he focused on innovation and emerging technologies as well as taking a lead role in Department of Energy research grants conducting an analysis of Smart Grid communication protocols.
Rod holds a Bachelor of Science in Information Technology from Lawrence Technological University.


Through open standards and specifications, Trusted Computing Group (TCG) enables secure computing. Benefits of TCG technologies include protection of business-critical data and systems, secure authentication and strong protection of user identities, and the establishment of strong machine identity and network integrity. Trusted hardware and applications reduce enterprise total cost of ownership and support regulatory compliance.
Through its member-driven work groups, TCG enables the benefits of trust in computing devices from mobile to embedded systems, as well as networks, storage, infrastructure, and cloud security. More than a billion devices include TCG technologies. Virtually all enterprise PCs, many servers and embedded systems include the TPM; while networking equipment, drives and other devices and systems deploy other TCG specifications, including self-encrypting drives and network security specifications.
Components to implement TCG hardware specifications are available from a number of semiconductor vendors. Software and applications are available from many software developers. The TPM 2.0 specification has been adopted as an international standard by the International Standards Organization/International Electromechanical Commission.
Networking gear and services supporting the Trusted Network Communications network security and access control specification are available from a number of vendors. And, self-encrypting drives based on TCG specifications are available from drive vendors in HDD, SSD, hybrid drive and enterprise storage formats with many available management software options. Today, all solid state drives are self-encrypting and are used in data centers at Facebook and other organizations.
TCG is headquartered in Beaverton, Ore., with member companies located worldwide. TCG has two regional forums, in Greater China and Japan, to drive innovation and adoption of trusted computing in those regions.
TCG is governed by a board comprised of Promoter members alongside elected Contributor advisors.
TCG has more than 100 members from across computing, including component vendors, software developers, systems vendor, drive makers and network and infrastructure companies. A complete list is online under Member Companies.
The Trusted Computing Group (TCG) is a not-for-profit organization formed to develop, define and promote open, vendor-neutral, global industry standards, supportive of a hardware-based root of trust, for interoperable trusted computing platforms.
View the complete list of members participating in the TCG here.
Membership in the Trusted Computing Group is your key to participating with fellow industry stakeholders in the quest to develop and promote trusted computing technologies.
Standards-based Trusted Computing technologies developed by TCG members now are deployed in enterprise systems, storage systems, networks, embedded systems, and mobile devices and can help secure cloud computing and virtualized systems.
Trusted Computing Group announced that its TPM 2.0 (Trusted Platform Module) Library Specification was approved as a formal international standard under ISO/IEC (the International Organization for Standardization and the International Electrotechnical Commission). TCG has 90+ specifications and guidance documents to help build a trusted computing environment.


Unboxing the Rechargeable Kit
The first step is to open up the box. Inside your blu™ Rechargeable Kit, you’ll find:
- One blu pack, which holds three cartridges and charges your batteries on the go!
- Two blu batteries
- One car charger and USB cable
- One five-pack of the most popular blu flavor cartridges of Magnificent Menthol, Classic Tobacco or the Variety Pack!
- Fully charge the batteries and blu pack before use.
- Attach a new flavor cartridge to the battery.
- Press the blu eCigs® electronic cigarette to your lips and inhale. The blue LED light at the tip glows to let you know it’s working.
Charging the Rechargeable Pack
- The blue light on the side of your blu pack will blink about every two minutes to notify you it needs to be recharged.
- Plug your blu pack into any standard 12V DC car lighter outlet. Plug the large end of the enclosed USB cord into the car charger and the mini-USB plug at the other end of the cord into the bottom of your blu pack.
- The blue light on the pack will turn on while charging.
- The blue light will turn off once the pack is completely charged.
CAUTION: Use only the provided USB cable when charging. Using other chargers may harm your pack and can void your warranty. The Universal Car Charger is compatible with all blu packs, and is the only car charger compatible with the blu PLUS+ pack. It has a blue face plate instead of a black one. The Universal Car Charger can be purchased in our online store.
Using the Rechargeable Pack as a Battery Charger
- Once your pack is charged, remove the wrapper from one of the batteries provided in the Rechargeable Kit and place the battery in the slot marked “Charge” in your blu pack.
- The red light on the side of the pack will glow when the battery has been properly loaded into the charger and the lid has been closed.
- Once the battery is charged the red LED light will shut off. Be sure to charge both batteries that came in your Rechargeable Kit.
- Store the battery in the port until needed.
- The blue LED at the end of the battery will blink 30 times intermittently to signal that it’s ready to be recharged.
- To replace the empty battery, unscrew the battery from the cartridge.
- Grab the fresh battery from your blu pack and reattach it to the cartridge.
- Place the empty battery in the “Charge” slot on the pack.
Note: During use, the LED light will flash five times to warn you that you’re overusing your blu™ electronic cigarette and you should take a break. This does not affect performance and does not mean you should recharge.
Replacing the E-cig Cartridge
- When the cartridge no longer produces vapor, it should be replaced. A typical cartridge will last approximately 250 puffs.
- To replace the cartridge, hold the battery with one hand and unscrew the cartridge from the battery.
- Take a new cartridge and screw it onto the battery, and you’re ready to resume.
Note: If you are leaving your blu™ electronic cigarette for a period of time and not using it, unscrew the cartridge from the battery slightly so it’s not activated while not in use. If it’s not on, it’s not on—leave the plastic cap and pull tab on your cartridges until you are ready to use them.


Near Field Communication (NFC) technology has revolutionized the way we make payments, share information, and interact with various devices. However, with the rise of digital transactions, the security of NFC technology has become a major concern for consumers. In this article, we’ll take a deep dive into the security features of NFC and answer the question, “Is NFC secure?”
What is NFC Technology?
NFC technology is a wireless communication technology that enables the exchange of data between two devices when they are brought close together, typically within a few centimeters. NFC-enabled devices can be used for a variety of purposes, including making payments, accessing public transportation systems, and exchanging data between smartphones.
How does NFC Technology Work?
When two NFC-enabled devices are brought close together, they establish a communication link using radio waves. This link enables the devices to exchange data, such as credit card information or identification information. The communication is secured using encryption algorithms, which prevent unauthorized access to the data being transmitted.
Are There Any Security Concerns with NFC Technology?
As with any technology that involves the exchange of sensitive information, there are security concerns associated with NFC technology. For example, NFC devices can be vulnerable to hacking or skimming, in which an attacker intercepts the communication between two devices and gains access to sensitive information. Additionally, if an NFC-enabled device is lost or stolen, the information stored on it can be easily accessed by unauthorized users.
What Measures are in Place to Ensure the Security of NFC Technology?
Despite these concerns, there are several measures in place to ensure the security of NFC technology. For example, NFC devices must be certified by regulatory bodies to ensure that they meet security standards. Additionally, many payment systems, such as contactless credit cards, use dynamic authentication methods, which change the authentication code for each transaction, making it more difficult for an attacker to intercept the communication. Furthermore, consumers can protect themselves by keeping their NFC-enabled devices locked with a password or PIN and by being vigilant for signs of skimming or hacking.
In conclusion, NFC technology has the potential to revolutionize the way we make payments and exchange information, but it is essential to understand the security measures in place to ensure the safety of sensitive information. While there are security concerns associated with NFC technology, these are addressed through certification and security measures, making NFC a secure option for financial transactions.


Nowadays, technology is becoming an integral part of running businesses. Moreover, today’s trends encourage competence on how companies are using AI for their benefit and of the consumers as well.
In a nutshell, businesses can harness the power of AI to:
- Improve customer service
- Automate tasks and business processes
- Optimize logistics
- Increase productivity and efficiency
- Predict performance and behavior
- Manage and analyze data
- Enhance marketing and advertising initiatives
Now, how do these AI uses look like when put into practice? Let’s look at these 10 examples of how companies use AI to fuel their businesses.
1. Google: Providing more accurate search results and UX
With Google’s aim to continuously improve user experience (UX), they use AI to help algorithms understand and learn insights and behavior through deep learning. As a result, users are presented with more accurate and relevant search results.
2. Alibaba: Innovating the world of e-commerce
As the world’s largest e-commerce platform, Alibaba has AI in its core of daily operations. Further, the company uses AI to predict what customers want to buy, making it easier for the business to provide a better shopping experience.
3. Amazon: Pioneering anticipatory shipping
Collecting a lot of data on a consumer’s buying habits fuels AI’s predictive analytics and Amazon uses this feature to recommend and now predict what buyers will want to buy before they realize they need it.
4. Apple: Enhancing consumer electronics experience
Apple uses AI and machine learning in their products and services to “sell” topnotch customer experience. The company has also been growing its service offering and is extending the use of AI in Apple Music, iCloud, and Maps.
5. Facebook: Adding structure to big data
Another example of how companies use AI is how Facebook uses deep learning to organize big data. This company uses AI to group, understand, and interpret similar posts through the use of natural language processing, and even has the capability for facial recognition.
6. Netflix: Recommending personalized to-watch lists
A tech giant with AI and data at its heart of operations, Netflix aims to use developed algorithms to recommend new content to users. Personalized content feeds are created by the process of filtering large amounts of data, generating even personalized thumbnails for the app users.
7. Spotify: Providing the best music recommendations
Similar to other music and streaming platforms, Spotify uses AI and deep learning to curate songs and recommend them to listeners. Through monitoring listening preferences and behavior, the app employs deep learning in Discover Weekly playlists to show related music, for example.
8. JD.com: Gearing toward automated services
The Chinese version of Amazon, this company envisions to be 100% automated. JD.com drives business through AI revolution, big data, and robotics.
9. Microsoft: Being a Top AI as a Service (AIaaS) vendor
Microsoft’s vision statement includes the term “artificial intelligence”, illustrating the company’s emphasis on having smart machines at the center of everything they do. Incorporating intelligent capabilities into all its products and services, Microsoft is one of the biggest AIaaS vendors worldwide.
10. IBM: Being at the forefront of AI
For years, IBM has been known for its multiple projects involving artificial intelligence. These include the Deep Blue computer which conquered a human world chess champion, its Watson computer winning the game show Jeopardy, and Project Debater, a cognitive computing engine that competed against 2 human debaters through formulating human-like arguments.
Be Part of AI Breakthrough in the Philippines
With the growing number of benefits that AI can offer to businesses, it’s needless to say that more and more companies will begin or continue to adopt best AI practices.
As innovations never cease to exist to cater to the ever-changing needs of consumers, business expansion is inevitable. In relation to this, the demand for experts in this field will continuously rise.
With that, are you considering a career in this industry and want to help innovate how businesses use AI? Take that bold step toward your career goals! Kickstart your AI career through the help of Bossjob. Check out the most in-demand IT jobs today and browse through the available IT jobs now!


Sysrev platform for collaborative extraction of data
This virtual meeting will include a perspective by Thomas Luechtefeld on the Sysrev platform followed by a discussion session.
Sysrev is an open-access review platform that integrates machine learning with human review of digital entities. Sysrev enables humans to work together and with AI to extract data from collections of documents. There is a blog post at blog.sysrev.com/what-is-sysrev which you are welcome to use. blog.sysrev.com/fair-review is an overview of the FAIR principles behind Sysrev.


Today’s smart phones, smart wristwatch / bracelet, and other so-called “smart” devices can help people complete the work of a number of physical health checks at home. But Google seems to be more ambitious plans for some of them in January 2015 applied for a patent on the bathroom, this patent was published on July 21 this year, if true, Google will help people create a health bathroom monitoring function.
According to the details of the patent it shows that Google hopes arranged a series of sensors and cameras in the bathroom, in order to monitor human health, and medical institutions when necessary notification. Specifically, Google has such a future bathroom mirror capable of sensing different colors, measuring pressure and electrical changes in the foot, pressure-sensitive ultrasonic bath and toilet seat.
From a functional point of view, the mirror can measure changes in the user’s skin color, floor mats can measure heart rate, blood pressure can be measured and the toilet seat and the overall health condition of the body. Although the ultrasonic bath may issue a high frequency sound waves to complete the echo test, but it can be realized how specific function is not clear.
Although this patent, the monitoring is focused on the user’s cardiovascular health, but Google think these monitoring tools can do more for the health of the user. When not good at hardware, Google can this patent a reality is another matter.