Congratulations to the 2019 CAS Society Class of IEEE Fellows! Thank you for your many contributions to IEEE Circuits and Systems Society.

Elevated by CAS Society:

Jill M. Boyce

for contributions to video coding

Luca Fanucci

for the contributions to the design of Very-large-scale integration systems for network-on-chip

Maysam Ghovanloo

for contributions to implantable wireless integrated circuits and systems

Chris Hyung-il Kim

for contributions to on-chip circuit reliability evaluation and characterization

Pui-in Mak

for contributions to radio-frequency and analog circuits

Yap-peng Tan

for contributions to visual data analysis and processing

Shaojun Wei

for leadership in integrated circuits engineering of smart cards  and reconfigurable devices

Xiaokang Yang

for contributions to perceptual modeling and processing of visual signals

Weisheng Zhao

for contributions to spintronic integrated circuit design

CASS Members Elevated by other IEEE Entities:

Seishi Takamura

for application of video coding

Joseph Evans

for contributions to cognitive networks and deployment of defense networks

Tao Jiang

for contributions to coding, modulation, and cognitive radio systems design

Maurizio Porfiri

for contributions to biomimetic robotics

Tao Mei

for contributions to multimedia analysis and applications

Meng-fan Chang

for contributions to static and nonvolatile memories for embedded systems

Christian Enz

for contributions to low-power analog circuit design

Hossein Hashemi

for development of radio-frequency and optical phased-array integrated circuits

Gang Hua

for contributions to facial recognition in images and videos

Demin Chen

for contributions to FPGA high-level synthesis

Antun Domic

for technical leadership in the integrated circuits design automation

Farinaz Koushanfar

for contributions to hardware and embedded systems security and to privacy-preserving computing

Hai Li

for contributions to neuromorphic computing systems

Hiroto Yasuura

for contributions to energy-efficiency and dependability of Very Large Scale Integration designs