Top 10 On-Chip Networks experts to follow
Dr. Natalie Enright Jerger: A professor at the University of Toronto, Dr. Jerger’s research is centered on computer architecture with a focus on interconnection networks, including on-chip networks. Her contributions to the field are significant, having received numerous accolades.
Dr. John Kim: Based at the Korea Advanced Institute of Science and Technology (KAIST), Dr. Kim’s research on novel topologies for on-chip networks and scalable architectures has been foundational.
Dr. Radu Marculescu: A professor at Carnegie Mellon University, Dr. Marculescu is recognized for his extensive work on design methodologies and architectures for multicore systems and the essential on-chip communication systems.
Dr. Tushar Krishna: Stationed at Georgia Tech, his research spans on-chip interconnects, Network-on-Chip (NoC) architectures, and system-level interconnects, offering invaluable insights into the optimization of data movement within chips.
Dr. Li-Shiuan Peh: Currently at the National University of Singapore, Dr. Peh’s expertise lies in the architecture of interconnection networks, with special emphasis on energy-efficient and high-performance on-chip networks.
Dr. Yuan Xie: A faculty member at Duke University, Dr. Xie has significant contributions in the fields of computer architecture and VLSI, especially focusing on on-chip interconnection networks.
Dr. Partha Kundu: Working with Intel, Dr. Kundu’s research has a significant impact on commercial chip design, especially with innovations in scalable on-chip networks.
Dr. Chita Das: A distinguished professor at Pennsylvania State University, his works on on-chip networking architectures have paved the way for more energy-efficient and scalable multicore systems.
Dr. Davide Bertozzi: Based at the University of Ferrara in Italy, Dr. Bertozzi’s research has extensively covered design methodologies for on-chip communication architectures, making strides in improving latency and bandwidth.
Dr. Sudeep Pasricha: A professor at Colorado State University, Dr. Pasricha’s multifaceted research on on-chip communication architectures, NoCs, and embedded systems design methodologies has added considerable depth to the field.