Hong Zhang
QUALIFICATION
& OBJECTIVE
Extensively experienced
in DSP system design for ASIC/FPGA/DSP for 4 years. Wish to contribute my knowledge and skills of informatics
techniques to a challenging position as a R&D engineer in FPGA/ASIC/DSP.
CURRENT
ADDRESS
TEL:
13666616958 (m)
E-mail:
lad21@163.com, zhh_panan@hotmail.com
EDUCATION
01.9 – 04.6 Master of Science, System
Engineering,
Advisors: Prof. Chongzao Han and Prof. Liqi Wang
97.9 – 01.7 Bachelor of
Science, Information Engineering, Department of Information Engineering,
EXPERIENCE
00.11 – 01.5
MCU Designer & Programmer(Department
of Information Engineering,
Accomplished the project
"Adaptive Denoising Earphone". Adaptive inverse control is implemented in the system to denoise the environmental noise. This system won the first
prize in "Shaanxi Challenge Cup 2001".
01.7 – 04.6
Research assistant (
Participated in the project “Radar Signal
Processing” (supported by 973 program).
Completed the design and implementation of
the DSP module (TI) and implemented the algorithm of signal processing.
04.8 –
Staff engineer (Silan,
ASIC/FPGA digital system design of Sigma-delta ADC/DAC, PWM Class-D, Power Measurement IC and PHY of I2C/SPI/I2S/UART/USB1.1. Knowledge of Audio/Video CODEC, Virtual 3D sound, and USB2.0/Zigbee.
LANGUAGE
SKILLS
Passed College English Test: Band 6.
TECHNICAL
SKILLS
Extensively experienced in DSP system development under VC6.0, Matlab and TI DSP.
Extensively experienced in C/C++/ASM/Verilog/VHDL program.
Extensively experienced in ASIC/FPGA development tools such as ModelSim/Syplify/ISE.
Familiar with physical design tools such as Synopsys Design Compiler/PrimeTime/Formality.
Familiar with PCB design tools such as Protel and Cadence PSD.
Understand the using of hSpice win, Debussy, Cadence Composer/Verilog-XL and SystemC
AWARDS
& SCHOLARSHIPS
The First Prize of
The Second Prize of
The First Prize of College Mathematics
Contest of
Scholarship of
PUBLICATIONS
1. Yu Zhang and Hong Zhang. Doppler ultrasound spectral enhancement using the Gabor transform based spectral subtraction. IEEE Trans Ultrason Ferroelec Freq Contr,2005, 52(10): 1861-1868.
2. Yu Zhang, Hong Zhang and Nanxiong Zhang. Microembolic signal characterization using adaptive chirplet expansion. IEEE Trans Ultrason Ferroelec Freq Contr,2005, 52(8): 1291-1299.
OTHER
Born on
HOBBIES
Soccer, reading and walking.