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STMicroelectronics and MTL Unveil Ultra-Low-Voltage System-on-Chip for Medical, Wireless Sensor Networks and Mobile ApplicationssOctober 5, 2011 In Your Community: Meet Anantha ChandrakasanSeptember 27, 2011 Chandrakasan named head of electrical engineering and computer scienceJune 13, 2011 Batteryless energy harvester: Running electronics on body heatSpring 2011 ISSCC: Algorith paves path to better videoFebruary 22, 2011 TI and MIT develop 0.6 volt DSP in 28-nm processFebruary 22, 2011 Milliwatts with Mega ImpactNovember/December 2010 Blending EE with CSFall 2010 Ramping Up on Low-EnergyJuly 2010 Embedded Technologies: Power From the PeopleJuly 2010 Chandrakasan team harnesses micro-sources of powerFebruary 2010
Chandrakasan honored for semiconductor workMarch 2009 Cyborg Moth Gets a New RadioFebruary 2009 ISSCC: MIT energy scavenging circuit for piezoelectric power sourcesFebruary 10, 2009 Team develops energy-efficient microchipFebruary 5, 2008 As covered in publications including CNN Money, Wired, and more...
MIT’s ultra-low power CMOS design explainedFebruary 16, 2007
Reinventing the Transistor: Operating transistors at half steam could help squeeze more out of batteries.August 10, 2006 Chandrakasan to head microsystems labJuly 26, 2006
ISSCC Paper Describes SRAM Device That Promises to Deliver Ultra Low Power to Battery Operated ProductsFebruary 8, 2006
Chandrakasan named for Keithley ChairJuly 7, 2005 Chandrakasan elected IEEE Fellow for "contributions to the design of energy-efficient integrated circuits and systems"Excerpt: "Five MIT engineers have been elected IEEE Fellows by the Institute of Electrical and Electronics Engineers, which chooses members 'with an extraordinary record of accomplishment' for the honor..."
"Low-power Digital CMOS Design" second most cited paper in the history of the JSSC
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