USC Viterbi School of Engineering
Public Relations. Marketing.
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Student Builds an ‘Angel’ to Lift Up Microsoft’s Wide-Area Network
Pooria Namyar collaborated with Microsoft on Soroush, named for a figure in Persian mythology, to address critical scalability challenges in the cloud ecosystem.
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Could Computer Science Aid the Next Jimi Hendrix?
With award-winning music education app ‘Notey’s World,’ Adithya Bellathur and a team of USC alumni seek to encourage new guitarists and musicians.
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How to Build Your Own Robot Friend: Making AI Education More Accessible
USC researchers develop new open-source platform to help students build their own low-cost robot companion from scratch
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How K-Pop Fans Helped COVID-19 Tweets Go Viral
USC researcher analyzed millions of tweets to shed light on a new dimension of K-Pop’s influence: public health.
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Celebrating Electrical Engineering Pioneer Ming Hsieh
Ming Hsieh shares his journey as an engineer and innovator with the Trojan family including a new generation of Electrical and Computer Engineering (ECE) students, recounting his humble beginnings in rural China to his rise as founder and innovator in the biometrics scene.
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Faculty and Students Pay Tribute to Software Engineering Pioneer Barry Boehm
Boehm is remembered as a dedicated researcher and a “wonderful advisor”, who greatly shaped the life of his students and colleagues.
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Swabha Swayamdipta Wins Career-Defining Awards for Early Researchers
Combining her interest in computation and human language, Swabha Swayamdipta explores the growingly complex study of natural language processing.
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New Wearable Sweat-Rate Sensors
As interest in wearable medical electronics takes off, electrical engineering student Sangwon Cha is working on a more commercially viable sweat-rate sensor. He presented his research at the IEEE-EMBS International Conference on Oct. 15-17.
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USC Researchers Develop First Pulse-Mode Electron Paramagnetic Resonance Chip
Ray Sun, an Electrical Engineering PhD student, and his advisor, Constantine Sideris, have revolutionized the capabilities of electron paramagnetic resonance (EPR) technology. For the first time, a single chip can perform both continuous-wave (CW) and pulse mode EPR.