Chen Hongyi, male, from Xuzhou, Jiangsu, was born in Chongqing from 65438 to 0942. Professor Tsinghua University, doctoral supervisor, senior member of China Institute of Electronics. Director of Academic Committee of Tsinghua University Institute of Microelectronics. 1965 graduated from the department of radio and electronics in Tsinghua University, 198 1 graduated from the department of computer science and engineering in Tsinghua University. Since 198 1, I have been engaged in teaching and scientific research in Tsinghua University Institute of Microelectronics.
Chinese name: Chen Hongyi.
Nationality: China.
Ethnic group: Han nationality
Place of birth: Chongqing
Occupation: Professor Tsinghua University, doctoral supervisor.
Graduate School: Department of Radio and Electronics, Tsinghua University.
Main achievements: Basic Research on System Integration Technology and Encyclopedia of Integrated Circuit Industry.
Masterpiece: Multi-bit Clock Suitable for VLSI Implementation.
Gender: male
course
198 1- 1985 teaches the course of "quantum mechanics" for electronic engineering undergraduates and participates in the teaching of "solid state physics" for graduate students.
1985- 1987 is engaged in the research on the interface and tunneling characteristics of superlattice quantum UCLA structure in the solid-state device laboratory of the Department of Electrical Engineering at UCLA. During this period, a tunnel spectrometer with high sensitivity was developed and used to analyze the * * * vibration tunnel and phonon spectrum characteristics of various superlattice quantum well structures. In order to study the interface characteristics of metal-semiconductor contact, a forward biased Schottky barrier capacitance-voltage measurement system was proposed and established, and the effects of different process conditions on the interface characteristics of microwave GaAs- semiconductor contact field effect transistor (GaAs-MESFET) were studied. From 1987, I began to study the design of integrated circuit (IC), including: the design method of application specific integrated circuit (ASIC) based on gate array (GA), standard cell (SC) and function block (BB); Library development technology; System on chip; Hardware structure and algorithm implementation; Application of VLSI-DSP in multimedia signal processing (language, audio, image, video) and information security. Since 1988, he has participated in and presided over the following major scientific research projects:
"Basic research on system integration technology": a major project of the National Natural Science Foundation1989-1992 "1.5-1um CMOS gate array development": a national key scientific and technological project during the Eighth Five-Year Plan19/kloc-0. 1993- 1995 "research on the technology of building deep submicron integrated circuits, design and testing methodology": the ninth five-year national key scientific and technological project 1997- 1999 "research on multimedia chip technology": the key project of the national natural science foundation1999. 999 "Theory and Technology of System Integration and Optimization Combining Software and Hardware": Tsinghua University' 1999-200 1 Development of Contactless IC Card Chip for National Second Generation ID Card:1998-2003 "Research on Implementation Technology of ECC High-speed Cryptographic Chip and ECC-IP Core Design Technology": National 863 Key Information Security Project. June 2002-June 2004 "Basic Research on Semiconductor Integrated Chip System": a major project of National Natural Science Foundation of China, a project of academic experts' guidance group, and a key project of National Natural Science Foundation of China in 2002-2006 "Research on key technologies of conducting voice SOC", which won the first prize and the second prize of Beijing Science and Technology Progress Award in 2002-2006 54 38+0. In 2002, he won the second prize of National Science and Technology Progress Award.
Starting from 1995, he, his colleagues and students applied for 2 1 American patents, of which 13 was patented.
Since 1982, more than 60 papers have been published, including 9 SCI papers and 60 EI papers. The representative ones are: 1989 "A Multi-bit rclasculate》； Suitable for VLSI Implementation", the outstanding paper award of the Second International Conference on Solid-State Integrated Circuit Technology (ICSICT'89); "Study on the interface state of SBD by positive bias capacitance measurement"; "Tunnel Spectrometer and Its Application"; "A Current-Modern Multiplier Based on Linear Transconductance Principle" and its doctoral students won the best student thesis award at the 4th International Conference on Solid-State Integrated Circuit Technology (ICSICT'95) on 1995. "Four-quadrant linear transconductance CMOS multiplication and division circuit"; "Multi-domain speech compression based on wavelet packet transform"; "Programmable wavelet packet transform processor"; "Low power technology based on scan design for test design"; "Motion estimation using low-bit directional edge images for DCT-based video compression"; "Fast GF (p) modular inverse algorithm implemented by VLSI"; "Full pipeline systolic array structure of modular multiplier in public key cryptosystem (a full pipeline systolic array structure)"; "A VLSI architecture of JPEG2000 encoder (AVSI architecture of JPEG 2000 encoder)" and so on.
Participate in the publication of monographs
* * * Two books: Encyclopedia of Integrated Circuit Industry, Electronic Industry Press,1993; ULSI Devices, Circuits and Systems, Science Press, 2000.
Since 1988, * * * has trained 12 graduate students, and 10 has obtained master's degrees; Since 1993, 23 doctoral students have been trained, and 1 1 obtained doctoral degrees.