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Missouri University of Science and Technology
<p>Signal processing<br />Sensor networks<br />Electric power system stability<br />Electric power systems -- Control -- Mathematical models<br />Iddq testing</p>
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Full-Text Articles in Engineering
On The Deployment Of On-Chip Noise Sensors, Tao Wang
On The Deployment Of On-Chip Noise Sensors, Tao Wang
Doctoral Dissertations
"The relentless technology scaling has led to significantly reduced noise margin and complicated functionalities. As such, design time techniques per se are less likely to ensure power integrity, resulting in runtime voltage emergencies. To alleviate the issue, recently several works have shed light on the possibilities of dynamic noise management systems. Most of these works rely on on-chip noise sensors to accurately capture voltage emergencies. However, they all assume that the placement of the sensors is given. It remains an open problem in the literature how to optimally place a given number of noise sensors for best voltage emergency detection. …