NextGenLog: Recent Episodes
R. Colin Johnson
By combining large language models (LLMs) with vision-language models (VLMs, which label images), it is possible for autonomous robots to achieve their tasks by conversing with humans in natural language. This feat makes “conversation the command,” instead of requiring operators to issue robots explicit commands in their own structured language.FULL TEXT
Helping artificial intelligence to adapt and learn, now and later.
When time is of the essence, artificially intelligent pattern recognition algorithms are coming to the rescue. FULL TEXT
Ford getting boost from exascale supercomputers at Argonne National Laboratory to improve manufacturing efficiency and to explore new materials for clean energy applications.FULL TEXT
Explained Mary Lancaster at the Pacific Northwest National Laboratory, the Food and Agriculture Risk Modeling (FARM) project will identify potential vulnerabilities within today's digital agricultural software and equipment.Credit: UvationFULL TEXT
The diagnostic goals are to monitor interactions between the earbud readouts of brainwaves, vital signs, and chemical biomarkers in real-world settings by correlating electrical brainwave patterns with the body's chemical biomarkers. The therapeutic goal is to foster improved brain function by monitoring the brain/body followed with appropriate theraputic feedback through the earbuds to improve the patient's condition.
The Pacific Northwest National Laboratory aims to use computational chemistry expertise to advance the next generation of molecular modeling capabilities.FULL TEXT
Optical communications—the backbone of the internet—use modulated lasers to transmit over a hundred different colored channels (using wavelength-division multiplexing) each with a hundred gigabits per second of speed. Multi-bit encoding modes—instead of just 1s and 0s—have been proven in the lab to increase throughput even further, but all suffer from errors introduced by noise in the channels, especially over free-space channels such as to satellites, submarines or even through living cells, according to researchers at the University of the Witwatersrand (Johannesburg, South Africa). Now Wits’ researchers have demonstrated a mode-division multiplexing (MDM) scheme using a quantitative measure for a vector (polarized) beam’s purity, its vector-quality factor (technically, its polarization separability) as the information carrier that can encode not just 1s and 0s, but countless modes of vector light that are virtually unaffected by channel noise.
Deep neural networks (DNNs) using reinforcement learning are getting harder to come by, due to sensitivity to the initial hyper-parameters chosen (such as the width and depth of the DNN, as well as other application-specific initial conditions). However, these limitations have recently been overcome by combining RL with evolutionary computation (EC), which maintains a population of learning agents, each with unique initial conditions, that together "evolve" an optimal solution. FULL TEXT
Rechargeable batteries have become the lifeblood of electronics, enabling the mobile revolution. Unfortunately, today's rechargeable batteries incorporate flammable liquid cores. That could change soon, however by switching to rechargeable batteries that have solid cores with nothing to spill, nothing to catch on fire, nothing to potentially explode. FULL TEXT
Artificial intelligence (AI)—in particular, machine learning (ML)— recently began to solve problems for which quantum computers are targeted, according to researchers at the California Institute of Technology (CalTech), the Flatiron Institute (New York City), and IBM (Yorktown Heights, NY) FULL TEXT
Energy harvesting reaps energy that would otherwise go to waste—from sources ranging from solar rays to vibrations to ambient gradations in heat, ocean waves/tides, wind, and even the metabolisms of living organisms. These sources can be tuned to produce electricity that is safe, sustainable, and deployable in conditions not suited to the use of batteries. FULL TEXT
ClearBuds enhance a speaker's voice and reduce background noise through the use of binaural microphone hardware in the earbuds and real-time machine learning software (deep learning neural networks) running on a smartphone app. FULL TEXT
"Recently, landmark experiments have carried out specialized tasks beyond the practical reach of supercomputers," said independent quantum expert Hendrik Bluhm at Rheinisch-Westfälische Technische Hochschule (RWTH) Aachen University and the Forschungszentrum Jülich Research Centee in Germany.
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"Confidential Computing is positioned to become the de facto technology for future computational security," according to Stephen Walli, governing board chair of the Confidential Computing Consortium... FULL TEXT
Twenty-first century cybersecurity has been steadily moving away from the "perimeter" mentality—authenticating users with passwords, then giving them free access to a computer system's resources at their security level. Stolen passwords, especially those with high levels of access, have resulted in catastrophic releases of vast swaths of personal information (like credit card numbers), government secrets (witness WikiLeaks' releases of classified information), and related crimes (including ransomware). FULL TEXT
Why wait for quantum computers to be perfected "someday," when you can use Toshiba's quasi-quantum optimization algorithm on Microsoft's Azure cloud in 2021? It outperforms today's fledgling quantum computer speeds through the use of that proprietary algorithm on conventional digital computers. FULL TEXT
Intel demonstrated facial authentication solutions which the company said are as accurate as Apple's Face ID for iPhone, claiming one false positive in a million identifications. Intel's similarly named RealSense ID technology performs face authentication for any device running the Windows, Linux, or Android operating systems. FULL TEXT
The U.S. Defense Department's DARPA Subterranean Challenge aims to develop innovative technologies that would augment operations underground. Credit: Team Cerberus FULL TEXT
World's First Cryptographer circa WWII
The new frontier being pursued by government, industry, and academia are automated software tools that are capable of culling vulnerabilities before releasing source code into the wild. When run on existing software, such as the open-source Apache programs managing the world's servers, these tools also are finding a surprising number of vulnerabilities in software that is decades old.
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Harvard University researchers claim to have uncovered the "missing link" towards an unhackable quantum Internet that one-ups the security of the DarkNet. By correcting for the signal loss in today's quantum key distribution—its Achilles heel—these researchers have demonstrated a prototype quantum repeater that allows the long-distance transmission necessary for an unhackable quantum Internet.
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This battle of the AIs—pitting fraudster again cybersecurity—is also being fought in the trenches of fake news, fake videos, and fake audio. Thus the arms race has begun: AI versus AI.
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Quantum supremacy is best achieved by reducing the complexity of quantum computing devices to make them more affordable than today's computers, as illustrated recently by Intel's Horse Ridge chip (a single chip cast in its 22-nanometer complementary metal oxide semiconductor (CMOS).
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The U.S. Electronic Communications Privacy Act (ECPA) grants government agencies permission to surveil citizens who assume privacy in their electronic communications. Today such oversight, even by the U.S. Congress, is opaque (summarized and anonymized), and any notification of those being monitored nearly always takes place after the fact.
New Mexico State University (NMSU) researchers presented a paper at the ACM Conference on Computers, Communications and Security (CCS 2019, London) in which they claimed to be able to automate proactive oversight that prevents privacy violations before they occur, using algorithms and blockchain in the form of what they call the Enforcer software.
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Bluetooth wirelessly connects (or pairs) Internet of Things (IoT) devices—usually wireless peripherals such as ear-buds, speakers, watches, health monitors and location beacons—with host wireless devices such as smartphones or tablets. The limited physical distance between hosts and peripherals, unfortunately, has resulted in their cybersecurity being lax, according to Carl Gunter, a professor in the computer science department of the University of Illinois at Urbana-Champaign.
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The U.S. Senate's Select Committee on Intelligence in October released to the public a report titled Russian Active Measures Campaign and Interference in the 2016 U.S. Election, which concluded that the Internet Research Agency (IRA), a Russian group engaged in online influence operations on behalf of Russian business and political interests, had "used social media to sow disinformation and discord among the American electorate."
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NIST in August released U.S. Leadership in AI: A Plan for Federal Engagement in Developing Technical Standards and Related Tools. The plan's aim is to ensure U.S. dominance in AI continues, even in the face of billion-dollar foreign nation-state budgets aimed at surpassing the U.S.
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The U.S. National Quantum Initiative Act signed into law last December mandates a multi-billion-dollar, 10-year effort to build a quantum computer infrastructure, ecosystem, and workforce.
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Hardware accelerators for artificial intelligence (AI) in end-user devices—neural network chips integrated into smartphones, autonomous vehicles, and Internet of Thing (IoT) devices—are capable of creating smaller representations of big data locally, rather than wasting bandwidth sending massive raw data streams to the cloud.
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At the International Conference on Cyber-Physical Systems (ICCPS 19) last month in Montreal, Canada, researchers turned the tables on drive-by-wire automobile hackers. Using covert channels to defeat hackers trying to take over the steering, brakes, and other critical parts of modern cars remotely, the researchers demonstrated the hackers' own methods can be used to authenticate each individual command given over the vehicle's control area network (CAN), eliminating the possibility of unauthorized interference with the car's operation.FULL TEXT
The world's largest maker of quantum computers, Canada's D-Wave Systems Inc., recently announced the Pegasus generation of its quantum computers, featuring 2.5 times the qubits (more than 5,000) than its predecessor, as well as the elimination of a major stumbling block to commercialization by directly connecting each of those qubits to three times as many nearby qubits as its previous generation, the Chimera.
Most micro-electro-mechanical systems (MEMS) inside your smartphone, smartwatch, or other wearable electronic device require a pair of silicon dice—one die for the MEMS moving parts, and one die for its complementary metal oxide semiconductor (CMOS) supporting electronics—requiring at least four cubic millimeters.
U.K.-based nanodevice startup Nanusens has developed a MEMS-inside-CMOS process, which yields a device that fits on a single cubic-millimeter chip-scale package (the same size as a chip's die).
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NextGenLog: 2017-2018
Imec Aims 2-D FETs at Sub-5-nm Node | EE Times TI Claims to Obsolete FPGAs for Embedded Apps | EE Times NIST Backs Quantum-level Temperature Measurement | EE Times ReRAM Goes 3D | EE Times 'E-Brain' to Pilot Air Force Jets | EE Times Intel Banks on Artificial Intelligence | EE Times Cray Moves to Lasso 'Big Data Deluge' | EE Times Germanium Displacing GaAs for RF Transistors | EE Times 'Supercomputer-as-a-Service' Model is Born | EE Times IBM Optics Go CMOS | EE Times Researchers Print Stretchable Battery to Light Wearables | EE Times GaAs Nanowires Boost Solar | EE Times Is Elon Musk's Brain Cap Viable? | EE Times Cray Rolls Clustered Supercomputers for AI | EE Times Quantum Molecules Compute | EE Times Coventor Touts Unified MEMS Platform | EE Times 3-D Graphene Boosts Electronics | EE Times Researchers Create Artificial Synapse For Electronic Brains | EE Times Intel Re-defines Xeons | EE Times DoE Claims 1nm Fab Record | EE Times Single-Pixel Camera Mimics Human Eye | EE Times New Method Cuts Cost of GaAs Circuits | EE Times Smart Semi Fiber Does It All | EE Times Star Trek Tricorder Arrives | EE Times Quantum Photons Emitted | EE Times Researchers Developing Touch Sensitivity for Your Levi's | EE Times IBM Bests Insulators | EE Times ISPD Predicts Chip Futures | EE Times Intel Shows Life Beyond CMOS | EE Times TSMC Joins Chip Research Consortium | EE Times 3-D Interactive Projection Redefines MEMS | EE Times Peer-to-peer IBM App Bypasses Carriers | EE Times Atomic-scale Electronics Probed | EE Times Hydrogen Fuel Cells: DOE Finds Faster, Cheaper Catalyst | EE Times Samsung Beats Apple to Punch with MEMS Antenna Tuning Array | EE Times Space X: L.A. to S.F. in 35 Minutes | EE Times Bosch Dev Kit to Ease IoT | EE Times Quantum Computing on Cusp | EE Times Smartphone Senses Anything | EE Times Nanotube Contacts Perfected | EE Times Thinnest Nanowire Self-assembles | EE Times China Returns Navy Sea Drone | EE Times DARPA Funds Small Businesses with Big Ideas | EE Times Software Finds Research for You | EE Times Biometrics Won't Kill Passwords | EE Times Cray Sets Deep Learning Milestone | EE Times Biometrics Ensure Security | EE Times 1st Qubits on 300mm CMOS | EE Times Watson IDs Heart Disease | EE Times 1st Photonic Circuits Here | EE Times Photonics 3-D Modeler Born | EE Times Smartphone-Bound VR/AR to Be Boosted by Lasers | EE Times 3D Printed Buses Here | EE Times AT&T: SIMs are Key to IoT Future | EE Times Coating Stops Exploding Batteries | EE Times IEEE Sensor 2016 Exhibits MEMS | EE Times DARPA's N-Zero Sensors Use 0 Power | EE Times Watson Wins GM | EE Times Watson Use Proliferating | EE Times U.S. Protecting Us from AI | EE Times 4DS Memristors Target ReRAMs | EE Times Oxygen Layer May Extend Moore's Law | EE Times Nobel Prize: Why Superconductivity? | EE Times Software Predicts Power Component Failure | EE Times Biometrics May Replace Phone Passwords | EE Times Universal Memristor Models All | EE Times 5G Powered by MEMS | EE Times Transistor Trick Beats Moore | EE Times Biometrics Upgrade to AirPod-like Earbuds | EE Times SGI Supercomputes Ireland | EE Times IoT 3 in 1 Tape Measure Get Crowdfunding Love | EE Times Indoor Nav Leverages LTE | EE Times Ford / MIT Collaborate on Future | EE Times Advances Get a Grip on Single Photons & Molecules | EE Times Watson for the Masses | EE Times E-Retailers Automate Fulfillment | EE Times EPA Crowdsources Pollution Sensing | EE Times Intel to Acquire Deep Learning Nervana | EE Times IBM Lab on Chip Detects Cancer | EE Times 2-D PV to Rival Graphene | EE Times Next-Gen IoT Consortium Launches | EE Times Oxides Make Ultra Conductor | EE Times Spray-On Solar Material Holds Promise | EE Times Cray, Deloitte Don White Hat in Security Service | EE Times Stacking Boosts Polarimetry | EE Times Quantum Superconducting Advance | EE Times Intelligence Agency Sets 3D Challenge | EE Times IBM, Samsung Put New Spin on MRAM | EE Times Co-Robots Tend 3-D Printers | EE Times Intel Xeon Phi Solos | EE Times IBM to Donate Cognitive Analytics/Learning | EE Times DAC: Coventor Adds Electrical Analytics | EE Times Intel's Xeon Tackles Real Time | EE Times Russian Make Diamond MEMS Resonators | EE Times Intel Broadens Xeon Video Offerings | EE Times Ultra-Dense 3-D Packaging for IoT | EE Times NXP Aims to Target IoT | EE Times NXP Focuses on Smart Cities, Security in Keynote | EE Times IoT Security: Taming a Perfect Storm | EE Times Magnetic Graphene Possible | EE Times Diamond ICs May Finally Debut | EE Times Analog Brain to Simulate Real Thing | EE Times Graphene Patterned at Room Temp | EE Times MIT: Changing Coal into Circuitry | EE Times Harvest Electricity from Magnetism | EE Times Cutting Antenna Design Time | EE Times Russia, U.S. Get Closer to Universal Memory | EE Times Quantum Dots Boost Solar Cells | EE Times CMOS Circulator Chip Enables Single Antenna | EE Times Can Einstein Be Wrong About Naked Singularities? | EE Times Superconductor Nearing Room Temp | EE Times IBM Neurocomputer Detailed | EE Times Intel Plans A Future of CMOS | EE Times Intel's Xeon E5 in the Clouds | EE Times NeuroComputer to Shepherd Nukes | EE Times Ultrasonic LCDs Sans ITO | EE Times Top Robots for Farmers for 2016 | EE Times Concept of Superconducting Memory To Be Tested | EE Times Google Divesting Humanoid Robots | EE Times Last MEMS Oscillator Maker Standing | EE Times MEMS Grand Challenge Debuts | EE Times Leti Solves Silicon Resonator Mystery | EE Times Quantum Computers Crack Public-Key Encryption | EE Times Decoding Electronic Materials Genome | EE Times MRAM Breakthrough Looms | EE Times E.U. Tackles III-V on CMOS | EE Times Engineers Week Turns 65 | EE Times Watson XPrize Worth $5 Million | EE Times IBM CEO: Reinventing IBM's Profit Stream | EE Times IBM Claims Tamper-Resistant Server | EE Times DARPA to Remake Itself Leaner | EE Times Transistors Minus Semiconductors | EE Times Cavendish MEMS Displace SOI | EE Times Taiwan Pursues White LED | EE Times Robots Get A Gentler Grip | EE Times Russians' Report Memristors | EE Times Artificial Intelligence Pioneer Marvin Minsky Dead at 88 | EE Times Cardboard Energy Harvester | EE Times IoT Shoots for the Stars | EE Times Memristor Computer Emulates Brain Functions | EE Times Intel Thwarts Hackers | EE Times Little Pharm Born | EE Times Imec Melds Flash/III-V | EE Times Micron 3-D NAND Back to Moore | EE Times MediaTek 5G Combines Heterogenous Dark Silicon | EE Times CES: ASIC Enables Location Services | EE Times TSensors to Predict Natural Disasters | EE Times Intel Funds Doctor in Your Pocket | EE Times DARPA Funds Atoms-to-Products Breakthrough | EE Times Skin Cancer Biopsied by Optical Scan | EE Times Co-Robots: Taiwanese Style | EE Times Roadmap to Trillion Sensors Forks | EE Times One-Transistor SRAM Stuffs More Into CMOS | EE Times IBM Forecaster Cuts Pollution, Energy Waste | EE Times Tech & Climate: Stanford's Grand, Green Plan | EE Times Tech Tackles Climate Change: Wind & Will Power | EE Times 2016: Year of the Nanotube Transistor? | EE Times Technology Tackling Climate Change | EE Times MEMS Market: Ups and Upstarts | EE Times TrulySecure Embeds Biometrics | EE Times Menta eFPGAs Win Over E.U. | EE Times Intel Scales System Framework | EE Times Chinese Spending All-Out on HPCs | EE Times MEMS for Million-Dollar Horses | EE Times Write-Once Memory Speeds Up, Powers Down Reads | EE Times Micron Persistent Memory Pairs RAM/Flash | EE Times Oculus Originator Gives Away MEMS Version | EE Times Audio Digital Signal Processing Without the Experts | EE Times Slideshow: BMW's Hybrid EVs | EE Times IBM's Watson Tackles Sports | EE Times Mentor Graphics Speeds Ethernet Verification | EE Times Saxony Leads Germany's Semis | EE Times IBM Flash Downtime 30-Seconds per Year | EE Times Silicon on Insulator Penetrates Apple/Intel/IBM | EE Times Organics To Extend Moore's Law | EE Times 5G for Command & Control | EE Times Put FPGAs In Your SoCs | EE Times IBM Nanotubes May Redefine Future of Moore's Law | EE Times ASICs Memory Bandwidth Issue Fix Offered | EE Times 3D Memory Chips May Beat 3D Hybrid Memory Cube | EE Times Watson-Type Machine Learning Affordable for Small Business | EE Times MotionEngine Wear Debuts | EE Times Solar Cells Made Obsolete | EE Times VW's Woes Could be Solved by Tailpipe Add-on | EE Times 3-D Invisibility Guaranteed | EE Times Will Semiconductors Last Forever? | EE Times NIST Hits Quantum Teleport Key Out of the Park | EE Times 3D Printed Parts Help Regenerate Nerves | EE Times Google Unveils Project Aura | EE Times NASA Robots Proliferate | EE Times Glasses Foil Facial Recognition | News | Communications of the ACM Superconducting Graphene Beckons | EE Times Philips' Home Medicine Connects to Medical Records | EE Times Software Regulates Voltage in Everyday APUs | EE Times Smart Prosthetics to Learn Mind Reading | EE Times Post-Silicon Tech Compared | EE Times Green Gaming is Possible | EE Times IBM mbed with ARM | EE Times LED Displays Get Wearable | EE Times SiC/GaN Poised for Power | EE Times LEDs Get As Cheap as Bulbs | EE Times 'Future Frontier' Sees Drones, Space | EE Times Intel's Open-Source Fabric Supersizes Comm for Data | EE Times Fabless RF Filters Cut Size, Share Same Die | EE Times iPhone6 Powered by Hydrogen | EE Times Quantum Highway Frictionless | EE Times 5G the Free WiFi Killer | EE Times Plastic Solar Cells Double Output | EE Times Metamaterials Single-Out One Voice | EE Times Graphene Ribbons Grow on Germanium | EE Times RRAM Breaks Records with Graphene | EE Times IBM Watson Ready for Kick Off | EE Times 'Black Dart' Counters Drones | EE Times 3D Cursors Sculpt at Siggraph | EE Times Solar Cell, Battery Combo May Simplify Power Generation | EE Times Intel's Skylake Debuts at Gamecon | EE Times Semiconductor-less Transistors the Goal | EE Times Terahertz Optical Transistors Beat Silicon | EE Times NASA Preps Venus ICs | EE Times Hybrid Solar Cells Capture More | EE Times Smarter Sensor Hub Cuts Power | EE Times Quantum Computing: Diode-like Breakthrough Surmounts Roadblock | EE Times Nanoparticle Imaging with Graphene | EE Times 007 Movie Inspires Concept Cars | EE Times IBM Frees Open Source Apps | EE Times 3D Printed Electronics Are Here, Researchers Say | EE Times IBM Slashes Next-Gen Power | EE Times Top 10 Supercomputers in View | EE Times Intel Showcases Its Supercomputing Future at ISC | EE Times Supercomputing Centers-of-Excellence Twin | EE Times IBM Leapfrogs Intel to 7nm | EE Times Self/less Sheds Electronic Brain | EE Times Startup Beats HP, Hynix to Memristor Learning | EE Times Thin Film Solar Cells May Rival Silicon | EE Times FinFETs + FD-SOI Proposition: May Save Power | EE Times Biodegradable Electronics Debut | EE Times Somnium Soups Up Kinetis Code | EE Times Automotive King Redefines Future | EE Times Woz Wows with Humanitarianism | EE Times Freescale S32 Ups Automotive Ante | EE Times 'Smallest SoC for IoT' Adds Memory | EE Times Freescale i.MX 7 Finally Here | EE Times IBM Demos III-V FinFETs on Silicon | EE Times Wearables Get Their Own MEMS | EE Times Fairchild Out Smarts Dumb MEMS | EE Times IBM Sparks Machine Learning | EE Times TI Offers Wearable Evaluation Kit | EE Times Tiny Spirals May Make Counterfeiting Impossible | EE Times IBM Demos III-V on Silicon | EE Times Free Service Compares Devices | EE Times IBM Renting Its EDA Tools | EE Times Nanoscale Sensor Breakthrough May Lower Costs | EE Times City Smarts Marshalled in Germany | EE Times Intel Unveils Cores and Xeons | EE Times Industry's Most Sensitive MEMS Mic | EE Times Can Formula E Overtake Formula One? | EE Times Gaming Helps Tool Emulate True Power Peaks | EE Times Smart Factories Meet AI | EE Times Self-Driving Cars Without Passengers | EE Times Festo's Smart Robotics Aimed at SMC | EE Times IBM Demos CMOS Silicon Photonics | EE Times Samsung Breaks Ground on $14 Billion Fab | EE Times Intel's High-End Xeon E7v3 Debuts | EE Times Living Computers Ultimate Goal | EE Times Start-up's Co-Robots Handle Logistics | EE Times IBM Solves Quantum Computing | EE Times Ruggedized Tire Pressure Sensor Raises Bar | EE Times Elvis Sees All in Russia | EE Times TI Obsoletes FPGA | EE Times Aluminum Battery Recharges in 1sec | EE Times Moore's Law: Dead or Alive | EE Times IBM vs. Intel in Supercomputer Bout | EE Times 3D Testing Standardized by SRC | EE Times IBM Sets Memory Density Record | EE Times Sensor Hub Lowers the Power | EE Times Nanotube Circuits Learn Functions | EE Times Vote Today! Best Nanotech | EE Times Bell Labs Opens New Doors | EE Times Mentor Graphics Drives ISPD Contest | EE Times CoolCube 3D Goes Monolithic | EE Times Analog EDA Finally Automated | EE Times 3D Qualcomm SoCs by 2016 | EE Times Researchers Claim 44x Power Cuts | EE Times Robotic Bacteria Senses Humidity | EE Times Nanolaser Enables On-Chip Photonics | EE Times SynBio Stubs for Standards | EE Times Intel's Xeon Phi to House 72-Cores | EE Times Optical Color Shifter Computes Cognitively | EE Times Bi-directional RF Doubles Cellular Capacity | EE Times Insects Harnessed for Surveillance | EE Times Scientists Pursue Super-Fast Material | EE Times Tri-Core Sensor Hub Ups Ante: Sensors Included | EE Times Free Sirius One-Ups Siri | EE Times Heart On-A-Chip Beats | EE Times Intel's 1st Xeon SoC Twists ARM | EE Times Bosch Debuts 1st MEMS Sensor Hub | EE Times IBM's Watson Does Deep-Learning Too | EE Times 2D Material Beats Graphene | EE Times 3D Printing Everywhere from Lab to Factory | EE Times Graphene Polymer Speeds Electron Transport | EE Times Hi-Speed Transistors from Liquid Processing | EE Times Flash for Even Commodity Servers | EE Times 3D E-Beam Enables 3D NAND Flash | EE Times Quantum Transistor Harnesses New Effect | EE Times Microsoft, Google Beat Humans at Image Recognition | EE Times IBM Adds All Vendors to its Cloud-of-Clouds | EE Times CMOS Image Sensors Surpassing Moore's Law | EE Times Out Googling Google on Big Data Searches | EE Times Thermoelectric Nanowires to Cool Chips | EE Times Invisibility Cloaks Now Shield People from Sight | EE Times 2nd TransAsia To Crash in a Year | EE Times GE's Open-Source Smart Refrigerator | EE Times Supercapbatteries, Thermoelectrics to Power Future Cars | EE Times Intel 5th Gen vPro Goes 60GHz Wireless | EE Times Quantum Entanglement Now On-a-Chip | EE Times Co-Robots Working Alongside People | EE Times Intel, Microsoft, Autodesk Creating Life | EE Times $2 Waves 3D Gesture Into Any Device | EE Times Drones and Wearables App Store Launches | EE Times Ford Self-Driving Cars On-the-Cheap | EE Times Electronic Spine Cures Paralysis | EE Times CES 2015: Ultra-High-Definition 4K TV over Copper | EE Times CES 2015: MEMS that Wearables/IoT Need | EE Times CES: IoT Modules Quicken Innovation | EE Times Bosch Awash in MEMS Combo Sensors | EE Times Sony Chooses PNI Hub for SmartWatch | EE Times CES: 55 TV Thin as iPad Air | EE Times CES: 2 Displays on Russian Yota Smartphone | EE Times Electric/Hybrid Aircraft Takes Flight | EE Times MEMS Spurred by Industrial IoT | EE Times Researchers Superconduct at 140 Degrees | EE Times Spray Solar Cells on Any Surface | EE Times True 3-D Chips Harness Nanotubes | EE Times MIT Discovers Superconductor Law | EE Times Superconductor Unveils Room Temp Future | EE Times DARPA Offers Free Watson-Like Artificial Intelligence | EE Times MIT Spinoff Funded $143M to Create Sentient Computers | EE Times TI's Digital Light Processor Shrinks to Glasses Size | EE Times Biologists Grow Living Circuits | EE Times Moore's Law Competitor Wins $150K Elevator Pitch Prize | EE Times Stephen Hawking: How He Speaks & Spells | EE Times Carbon Nanobuds Flex, Replace Indium Tin Oxide | EE Times Flexible OLEDs Clear Last Hurdle | EE Times ST's Small 6-Axis IMU a Big Move Into Automotive | EE Times Superconductivity Predicted by Supercomputer | EE Times 3D Prints World's Best Inverter | EE Times Lucio Lanza to Receive EDA Honor | EE Times Nanotube Field Emitters Beat OLEDs | EE Times First 2D Atomic Piezoelectric Discovered | EE Times Intel, IBM Dueling 14nm FinFETS | EE Times World's Wireless Record Breaks 40 Gbit/s | EE Times China's 5-Year Plan Revealed | EE Times River Sensors to Clean Up Waterways | EE Times IBM's Watson Going Global | EE Times Cheap Fusion Beats Fossil Fuels | EE Times Why Do Big Companies Make Their Own Sensors? | EE Times $200M Photonics Effort to Keep US Ahead | EE Times Electronic Brain by 2023 | EE Times IBM Water Cooling Enables a Super Solar Dish | EE Times Fairchild Reinvents Itself | EE Times Google Glass & Lookalikes Find Niches | EE Times Moore's Law Has No End in Sight | EE Times Intel Xeon Boosts Workstation & Servers | EE Times Samsung Funds III-V FinFETs in US Lab | EE Times Always-On Touch Gestures Save Time & Battery | EE Times Indoor Navigation: The Next Big Thing | EE Times Free Process Design Kit Hits 15nm | EE Times The Limits of Moore's Law Limits | EE Times MIT Wrist-Robot Adds Extra Fingers | EE Times Cloud-Based Chip Design Research & Education | EE Times Energy Harvesting Chip Demonstrated | EE Times Movidius Vision Processing Unit Enters 2nd Generation | EE Times Gadget Uses Brain Waves to Control Household Functions | EE Times IBM Puts Brain On-a-Chip | EE Times Intel Readies Super-Resist for EUV | EE Times Flexible Displays Going Commercial | EE Times Bell Labs Hits 10 Gbit/s Broadband Over Copper | EE Times Invensense MEMS Merges With Movea Motion | EE Times MIT Puts 36-Core Internet on a Chip | EE Times Lowest Power MEMS Mic Cuts Noise | EE Times IBM Pledges Nanotube Transistor by 2020 or Bust | EE Times Top 10 Supercomputers Worldwide | EE Times Monolythic MEMS Sensor Cut Size/Cost | EE Times Intel Massive Parallel Upgrades Due | EE Times MEMS Microphones Busting Out All Over | EE Times Micron 3D Memory Supercharges Xeon Phi | EE Times First Ultrasonic MEMS Controller to Make Mobile Hands Free | EE Times Conductive Polymer Beats Indium Tin Oxide by 10x | EE Times Movidius Redefines Computer Vision | EE Times Intel & Georgia Tech Advance Spintronics | EE Times MEMS Clock Cuts Wearable Power in Half | EE Times SpaceX 3D Prints Rocket Thruster | EE Times Supercaps Breakthrough: Phone Case to Replace Battery | EE Times Cyborg-Like Bionics Harness Sunlight | EE Times IBM Sets World Record With Mag Tape | EE Times Novel, Inexpensive 3D Chips Funded by SRC | EE Times Neurogrid's Electronic Brain Controls Robotics | EE Times Aquifi's Gesture Interface Adapts | EE Times China Takes Lead in Carbon Nanotubes & Graphene | EE Times IBM's 3D Printer to Revolutionize Chip Prototyping | EE Times Ultracapacitor Breakthrough May Recharge Energy Storage | EE Times Cadence to Acquire Jasper | EE Times Archer Supercomputer Is Fastest in UK | EE Times ISPD-14 Focuses on FinFETs, Security, Supply Chain | EE Times NIST Sets New Time Standard | EE Times MEMS Mics Pass $1B Milestone | EE Times GE Claims Fastest, Highest-Power MEMS Switch | EE Times IBM Founds Watson Group | EE Times Mobile Boosts Processor Market | EE Times Stanene May Be Better Than Graphene | EE Times Ink-Jet Printing for OLED Displays Debuts | EE Times Intel to Customize High-End Processors | EE Times IBM Broadens Access to Ask Watson Apps | EE Times 5 MEMS Chips Debut at MEMS Exec Congress | EE Times Invisibility Cloak Comes to Life | EE Times Robot Rings Nasdaq Closing Bell | EE Times Samsung Tips $100 Million IoT Strategy | EE Times Allwinner IPO to Fuel Mobile Road Map | EE Times III-V FinFET Fabed on Silicon | EE Times Join Live Chat on Toyota Unintended Acceleration Wed. Nov. 6, 1PM ET | EE Times Graphene Laser to Probe Superconductivity | EE Times Motion Processing for Android KitKat | EE Times Sensor Hubs Arrive for Android | EE Times SK Hynix Licenses BeSang's 3D IC | EE Times Vicarious AI Passes Turing Test | EE Times Wearable Display Goes 1 Step Beyond Google Glass | EE Times