The rapid growth in microprocessor's performance increases the power consumption
significantly, resulting in rising microprocessor and system temperatures. High temperatures …

Microprocessor power and thermal density are increasing exponentially. The reliability of the
processor declined, cooling costs rose, and the processor's lifespan was shortened due to …

Abstract Wireless Sensor Networks (WSNs) are sensors capable of wireless networking,
environmental monitoring, and signal processing. In WSN, there are several challenges and …

Integrating more cores per chip enables more programs to run simultaneously, and more
easily switch from one program to another, and the system performance will be improved …

Low power and thermal design techniques are more advantageous for high-performance
memory cells. Body bias is an adaptive technique used for power and thermal management …

The modern CPU technology scaling with increasing transistor density causes an
exponential growth of both dynamic and static power dissipations that affecting the …

In the design of modern processors, power and thermal management have become
prominent issues of portable computer systems. Dynamic threshold voltage scaling (DTVS) …

In the design of modern processors, pover and thermal management have become
prominent issues of portable computer systems. Dynamic threshold voltage scaling (DTVS) …