Quantcast
Channel: Communication - Office of Technology Transfer | The George Washington University
Browsing latest articles
Browse All 9 View Live

Automatic Alias Recognition System for Both English and Arabic

013-037-diab - With the proliferation of web based data and social media, the number of people using aliases or fake names has expanded enormously.  Aliases for famous people are often commonly known...

View Article



CIADROID: Causality-Based Information Flow Activity Path Identification on...

015-048-lan - George Washington University researchers have developed a unique malware protection tool named CIAdroid which can notify users about the undesirable information leakage and applications’...

View Article

Hybrid interconnects for on-chip communication: A solution with low latency...

016-017 -   As computer chip feature sizes continue to decrease, power consumed due to on-chip communications will dramatically grow. This calls for new techniques which can provide higher bandwidth...

View Article

Learning-Based High-performance, Energy-Efficient, Fault-Tolerant On-Chip...

019-061-louri-noc - Researchers at The George Washington University are developing an innovative method to tackle the major challenges in on-chip communication: performance scaling, energy-efficiency,...

View Article

EZ-PASS: An Energy & Performance-Efficient Power-gating Router Architecture...

019-060-louri-ezpass - Researchers at The George Washington University are developing an innovative method to design a performance and power-efficient network-on-chip for the parallel computing chips....

View Article


COTSKNIGHT: Practical Defense against Cache Timing Channel Attacks using...

019-034-venkataramani - Researchers at GW are developing COTSKnight, a novel framework that offers a holistic infrastructure for both detecting and defending against cache-based timing channels. Cache...

View Article

CMOS Compatible Light Emitting Tunnel Junction for Photonic Integrated...

019-055-sorger - With the emergence of photonic integration, the challenges (a) to create light from silicon and (b) to realize electronically compact photonics have delayed the anticipated...

View Article
Browsing latest articles
Browse All 9 View Live




Latest Images