Autor/Autorin: Bolaños Freddy
Freddy Bolaños is an Electrical Engineer who holds a Master and a Doctoral degree in Electronics. His major interests are related to High Performance Embedded Systems and Digital Signal Processing. Nowadays he works as a professor at Universidad Nacional de Colombia, Medellin campus.
Network on Chip (NoC) arises as a scalable approach for high-performance embedded systems design. However, by using an entire communication network inside a integrated circuit rises new challenges. This book describes the task mapping problem for NoC, and proposes a solution based on the Population-Based Incremental Learning Algorithm. Several tests were performed to such algorithm and a Reliability figure of merit was integrated as an optimization criterium, for the sake of provide dependable behavior to the mapped application.
Über den Autor
Freddy Bolaños is an Electrical Engineer who holds a Master and a Doctoral degree in Electronics. His major interests are related to High Performance Embedded Systems and Digital Signal Processing. Nowadays he works as a professor at Universidad Nacional de Colombia, Medellin campus.
Klappentext
Network on Chip (NoC) arises as a scalable approach for high-performance embedded systems design. However, by using an entire communication network inside a integrated circuit rises new challenges. This book describes the task mapping problem for NoC, and proposes a solution based on the Population-Based Incremental Learning Algorithm. Several tests were performed to such algorithm and a Reliability figure of merit was integrated as an optimization criterium, for the sake of provide dependable behavior to the mapped application.
