Rishi Alwani, reporting for Gadgets 360 (edited and condensed for clarity): At an event in Beijing this week, Chinese technology conglomerate LeEco showed off its LeSEE self-driving electric supercar. A slide noted that LeEco's car can reach 130mph which is a fair bit behind of the Tesla Model S' top speed range of 140 to 155 mph. Nonetheless, the company said the final product should beat Tesla in "all aspects of performance." The car sports a rounded design with a giant LED screen plastered on the front of the vehicle. If the car is being used for cab services, for instance, the screen can show if it's available for hire or not. There's an arched transparent roof and what seems to be generous cabin space. The interior sported a futuristic-looking steering wheel with a lit-up centre that quite possibly would replace the traditional dashboard and was complemented by a monitor next to it. It also had ridged backseats that may look uncomfortable but is actually memory foam - a polyurethane material used in mattresses that can mould to the shape of a passenger's body for maximum comfort.

Perhaps the most interesting component of its LeSEE concept has nothing to do with the technology, but rather the business models involved. For one, the company believes it has a huge role to play in LeShare - a time-sharing electric vehicle platform that's present in Beijing and Shanghai with plans to expand to five more cities in China. Electric vehicles and charging resources will be shared between LeShare and LeEco-backed Uber competitor Yidao. In addition to this, LeEco believes that the car will eventually be free, in line with the same business model it has for some of its other hardware, charging users for content, subscriptions or memberships.For a refresh, LeEco (LeTV) was founded in 2004, and has since become a major name in many technology-centric markets. It offers live-streaming, e-commerce, cloud, smartphones, TV set-top boxes, and smart TVs among many other products and services. The company has a market capitalisation of at least $12 billion.

An anonymous reader writes: Run by the ESA and the Russian Space Agency Roscosmos, ExoMars is set to launch to Mars from the Baikonur Cosmodrome in Kazakhstan on March 14th with an orbiter-lander combo set. The orbiter, called the Trace Gas Orbiter, will look for trace gases in the Martian atmosphere. In its search for compounds made of carbon and hydrogen, and chemicals containing sulfur, the orbiter will be able to map the hydrogen on Mars up to a meter below the surface. The mission will create a map of Mar's water ice with ten times the resolution we have now. ExoMars 2016 will also include a small test lander known as Schiaparelli. The small lander will be testing the ESA's Mars landing technique, which will help when the ExoMars 2018 mission arrives with a more advanced lander and rover. The mission was originally scheduled to launch in January, but back in October the ESA discovered some issues with Schiaparelli's sensors used to monitor fuel pressure. Instead of risk the sensors leaking fuel and ruining the mission, they delayed the launch and removed the sensors altogether. The launch window of the mission stretches from March 14th through March 25th. And the launch will be live streamed from the ESA's website.

The First Alert camera can monitor respirations and alert you if they are too high, too low or have stopped.

HughPickens.com writes: Located between Hawaii and Australia, the Marshall Islands are made up of 29 atolls and five islands with a population of about 70,000, all of whom live about six feet above sea level. Now Story Hinkley writes in the Christian Science Monitor that another 10,000 Marshallese have moved to Springdale, Arkansas because of climate change. Because this Pacific island nation is so small, the Marshallese population in Arkansas attribute their Springdale settlement to one man, John Moody, who moved to the US in 1979 after the first wave of flooding. Moody's family eventually moved to Springdale to live with him and work for Tyson and other poultry companies based in Arkansas, eventually causing a steady flow of extended friends and family migrating to Springdale. "Probably in 10 to 20 years from now, we're all going to move," says Roselinta Keimbar adding that she likes Arkansas because it is far away from the ocean, meaning it is safe.

For more than three decades, Marshallese have moved in the thousands to the landlocked Ozark Mountains for better education, jobs and health care, thanks to an agreement that lets them live and work in the US.. This historical connection makes it an obvious destination for those facing a new threat: global warming. Marshallese Foreign Minister Tony de Brum says even a small rise in global temperatures would spell the demise of his country. While many world leaders in Paris want to curb emissions enough to cap Earth's warming at 3.6 degrees Fahrenheit (2 degrees Celsius), de Brum is pushing for a target that's 25 percent lower. "The thought of evacuation is repulsive to us," says de Brum. "We think that the more reasonable thing to do is to seek to end this madness, this climate madness, where people think that smaller, vulnerable countries are expendable and therefore they can continue to do business as usual." Meanwhile residents jokingly call their new home "Springdale Atoll," and there's even a Marshallese consulate in Springdale, the only one on the mainland US. "Its not our fault that the tide is getting higher," says Carlon Zedkaia,. "Just somebody else in this world that wants to get rich."

Hallie Siegel writes: Telemedicine can let doctors and nurses check in on patients who might be recovering at home, or monitor people in remote locations where it's hard to access physician services. This article gives an overview of the different systems that are out there, what are some of the legal obstacles, and how various countries are investing in the technology. From the article: "The Japanese government has allocated about $23M USD to the core technology market in an effort to develop products for its aging population. Toyota, for example, is focusing on home living assistance robots that will allow those with limited mobility the opportunity to live at home. While Japan might have the largest market in the world of 65+ citizens (over 30 million as of 2014), South Korea is estimated to be allocating nearly $6B USD to their own robotics research. The Koreans are taking a different approach, using robots for mundane tasks of delivering food, allowing humans to provide care."

samzenpus writes: The Apple product event just finished, read below for the highlights.

An anonymous reader writes: By using custom tracking software to monitor the output from a digital pen, MIT researchers say they have found a way to better predict the onset of brain conditions like Alzheimer's and Parkinson's. according to MIT: "For several decades, doctors have screened for conditions including Parkinson's and Alzheimer's with the CDT, which asks subjects to draw an analog clock-face showing a specified time, and to copy a pre-drawn clock. But the test has limitations, because its benchmarks rely on doctors' subjective judgments, such as determining whether a clock circle has 'only minor distortion.' CSAIL researchers were particularly struck by the fact that CDT analysis was typically based on the person's final drawing rather than on the process as a whole. Enter the Anoto Live Pen, a digitizing ballpoint pen that measures its position on the paper upwards of 80 times a second, using a camera built into the pen. The pen provides data that are far more precise than can be measured on an ordinary drawing, and captures timing information that allows the system to analyze each and every one of a subject's movements and hesitations."

HughPickens.com writes: Stephen Jordan reports at the National Monitor that four of the world's greatest poker players are going into battle against a computer program that researchers are calling Claudico in the "Brains Vs. Artificial Intelligence" competition at Rivers Casino in Pittsburgh. Claudico, the first machine program to play heads-up no-limit Texas Hold'em against top human players, will play nearly 20,000 hands with each human poker player over the next two weeks. "Poker is now a benchmark for artificial intelligence research, just as chess once was. It's a game of exceeding complexity that requires a machine to make decisions based on incomplete and often misleading information, thanks to bluffing, slow play and other decoys," says Tuomas Sandholm, developer of the program. "And to win, the machine has to out-smart its human opponents." In total, that will be 1,500 hands played per day until May 8, with just one day off to allow the real-life players to rest.

An earlier version of the software called Tartanian 7 (PDF) was successful in winning the heads-up, no-limit Texas Hold'em category against other computers in July, but Sandholm says that does not necessarily mean it will be able to defeat a human in the complex game. "I think it's a 50-50 proposition," says Sandholm. "My strategy will change more so than when playing against human players," says competitor Doug Polk, widely considered the world's best player, with total live tournament earnings of more than $3.6 million. "I think there will be less hand reading so to speak, and less mind games. In some ways I think it will be nice as I can focus on playing a more pure game, and not have to worry about if he thinks that I think, etc."

Space.com (which will also carry live web-cam coverage) reports that the Orion capsule is scheduled for a test flight, sans passengers, on Thursday, December 4th. For this test flight, Orion will make two orbits of Earth, with the second lap taking the capsule 15 times farther from the planet than the International Space Station. Officials have attached more than 1,000 sensors to the spacecraft to monitor its systems during flight. Orion will also beam down images from its cameras as it is flying through space. NASA will use the information gathered during the test flight to make improvements to the spacecraft before humans set foot onboard. The Houston Chronicle has an article with some excellent diagrams of the planned flight, the Orion capsule itself, as well as some of the technological and political history behind the project.

An anonymous reader writes A former researcher at Columbia University's Network Security Lab has conducted research since 2008 indicating that traffic flow software included in network routers, notably Cisco's 'Netflow' package, can be exploited to deanonymize 81.4% of Tor clients. Professor Sambuddho Chakravarty, currently researching Network Anonymity and Privacy at the Indraprastha Institute of Information Technology, uses a technique which injects a repeating traffic pattern into the TCP connection associated with an exit node, and then compares subsequent aberrations in network timing with the traffic flow records generated by Netflow (or equivalent packages from other router manufacturers) to individuate the 'victim' client. In laboratory conditions the success rate of this traffic analysis attack is 100%, with network noise and variations reducing efficiency to 81% in a live Tor environment. Chakravarty says: 'it is not even essential to be a global adversary to launch such traffic analysis attacks. A powerful, yet non- global adversary could use traffic analysis methods [] to determine the various relays participating in a Tor circuit and directly monitor the traffic entering the entry node of the victim connection.'

New submitter Crizzam writes I have about 500 clients which have my servers installed in their data centers as a hosted solution for time & attendance (employee attendance / vacation / etc). I want to actively monitor all the client servers from my desktop, so know when a server failure has occurred. I am thinking I need to trap SNMP data and collect it in a dashboard. I'd also like to have each client connect to my server via HTTP tunnel using something like OpenVPN. In this way I maintain a site-site tunnel open so if I need to access my server remotely, I can. Any suggestions as to the technology stack I should put together to pull off this task? I was looking at Zabbix / Nagios for SNMP monitoring and OpenVPN for the other part. What else should I include? How does one put together a good remote monitoring / access solution that clients can live with and will still allow me to offer great proactive service to my servers located on-site?

KentuckyFC writes "Back in 2008, Slashdot reported that researchers were developing ways of turning cellphones into radiation detectors. Since then a few apps have even appeared that claim to do this. However, convincing evidence that they work as advertised is hard to come by. Now government researchers at Idaho National Labs have created their own app that uses an ordinary smartphone as a gamma ray detector, put it through its paces in the lab and published the results. The pixels in smartphone cameras can detect gamma rays in the same way as they pick up visible light. So when the lens is covered, the image should reveal evidence of gamma ray exposure once other noise has been removed, such as that from heat and current leakage. These guys have tested several types of Android smartphone with a variety of gamma ray sources at various different doses. The researchers say the phones give a reasonable measure of radiation dose, can detect the direction of source (by comparing the measurements from the front and back cameras) and can even measure the energy of the gamma rays by measuring the length of the tracks that appear in the image. While the results do not match the quality of bespoke detectors, that may not matter since in many circumstances cellphones are likely to be the only sensors that are available. That could be useful for emergency services, air travelers wanting to monitor their extra radiation dose on routes over the arctic and people who live in areas with a higher than average background radiation level."

Hugh Pickens DOT Com writes "Bedbugs (Cimex lectularius) are small blood-sucking insects that can live in cracks and crevices in and around your bed and crawl out at night to bite your exposed skin and feed on your blood, just as mosquitoes do. Now BBC reports that researchers from the Rutgers University Department of Entomology have developed a new trap that has a 77% probability of capturing bed bugs, nearly three times as many bed bugs over 28 days (PDF), as the the Climbup insect interceptor trap, which the authors cite as the best monitor on the market. A better trap design can allow people to detect bed bugs while they are still in small numbers. 'If you have only 10 or 20 bugs in your apartment, it's very hard to see with your eyes,' says Lead author Narinderpal Singh. 'When people realize they have bed bugs they are often already in their thousands, or hundred thousands. It's relatively easy to eradicate the bed bugs when they are in small numbers, but when they are everywhere, it's very hard to eradicate them.' The device can be created at home very cheaply and consists of a plastic dog bowl that's been inverted, with the outer wall covered with a layer of dyed-black surgical tape. The researchers contend that higher walls make their trap more effective than the interceptor trap because it's harder for bugs to escape."

An anonymous reader writes "I'm an Engineer with a need for 3 large monitors on the one PC. I want to run them as 'one big desktop' so I can drag windows around between all three monitors (Windows XP style). I run Debian and an nVidia NVS450. Currently I have been able to do what I want by using Xinerama which is painfully slow (think 1990s), or using TwinView which is hardware accelerated but only supports 2 monitors. I can live without 3D performance, but I need a hardware accelerated 2D desktop at the minimum. What are my options? I will happily give up running X and run something else if I need to (although I would like to keep using Xfce — but am open to anything). I am getting so desperate that I am starting to think of running Windows on my box, but that would be painful in so many other ways given my work environment revolves around the Linux toolset."

First time accepted submitter paragonc writes "I am a software engineer who works remotely. I'm amazingly lucky to live in Austin, Texas where I have access to multiple high quality co-working facilities within biking distance. While these places are great for networking and establishing a rhythm to daily life, not having a permanent desk forces me to pack my gear in and out each day. This means i pack light. My current Go Bag includes a 13.3 inch MacBook pro, and an iPad running avatron Air Display. This has worked well, but i'm sorely missing having a real high resolution external monitor. I've looked at a few of the USB powered external displays, but the resolution seems to only hit 1366 X 768. I'd be curious if slashdotters have any tricks up their sleeves on how to implement a high resolution portable external displays."

An anonymous reader writes with this snippet from ExtremeTech: "Researchers at the University of Washington's aptly named Ubiquitous Computing Lab can turn any LCD monitor in your house into a touchscreen, with nothing more than a $5 sensor that plugs into the wall and some clever software." The system works by measuring changes that your hand creates in the electromagnetic signature of the monitor. Surprisingly, it offers some pretty fine-grained detection, too: "full-hand touch, five-finger touch, hovering above the screen, pushing, and pulling." The "$5 sensor" part is mostly theoretical for now to those of us who don't live in a lab, though; on the other hand, "co-author Sidhant Gupta tells Technology Review that the $5 sensor uses off-the-shelf parts, and the algorithms are included in the paper, so it would be fairly easy for you — or a commercial entity — to recreate the uTouch system."

Fifteen years from now, your alarm goes off at 7:30 AM, pulling you out of a dead sleep. You roll over, grumbling a command, and the alarm obediently shuts up. You drift off again, but ten minutes later the alarm returns, more insistent. It won't be so easily pacified this time; the loose sensory netting inside your pillow will keep the noise going until it detects alpha waves in drastically higher numbers than theta waves. Or until it gets the automated password from the shower. Sighing, you roll out of bed, pull your Computing ID (CID) card from the alarm unit, and stumble out of the bedroom. Pausing briefly to drop your CID into your desktop computer, you make your way to the shower and begin washing. Your alarm triggered the shower's heating unit, so the water comes out at a pleasant 108 degrees, exactly your preference. (42 degrees, you remind yourself — the transition to metric still isn't second nature, after almost two full years.) You wash quickly to avoid exceeding your water quota, and step out refreshed, ready to meet the day. (Read on for more.)

RockDoctor writes "A recent paper published in PNAS describes statistical techniques for clearly displaying the presence of two types of electoral fraud (PDF) — 'incremental fraud' (stuffing of ballot boxes containing genuine votes with ballots for the winning party) and 'extreme fraud' (reporting completely contrived numbers, typically 100% turnout for a vote-counting region, with 100% voting for the winning party). While the techniques would require skill with statistical software to apply in real time, the graphs produced in the paper provide tools for the interested non-statistician to monitor an election 'live.' Examples are discussed with both 'normal' elections, fraud by the techniques mentioned, and cases of genuine voter inhomogeneity. Other types of fraud, such as gerrymandering and inhibiting the registration of minority voters, are not considered."

First time accepted submitter FredAndrews writes "A Private User Agent W3C Community Group has been proposed to tackle the privacy of the web browser by developing technical solutions to close the leaks. Current Javascript APIs are capable of leaking a lot of information as we browse the Internet, such as details of our browser that can be used to identify and track our online presence, and the content on the page (including any private customizations and the effects of extensions), and can monitor and leak our usage on the page such a mouse movements and interactions on the page. This problem is compounded by the increased use of the web browser as a platform for delivering software. While the community ignores the issue, solutions are being developed commercially and patented — we run the risk of ending up unable to have privacy because the solutions are patented. The proposed W3C PUA CG proposes to address the problem with technical solutions at the web browser, such as restricting the back channels available to Javascript, and also by proposing HTML extensions to mitigate lost functionality. Note, this work cannot address the privacy of information that we overtly share, and there are other current W3C initiatives working on this, such as DNT."

Earlier this month you asked Principal Scientist at the BAE Systems Advanced Technology Centre, Dr. Ramsey Faragher, about his NAVSOP navigation system and the future of positioning systems in general. Below you'll find his answers.