CV, By M. ZHENG Gang
CV
PERSONAL DATA
Name:
ZHENG Gang
Gender:
Male
Birthday:
03/01/1979
Birthplace:
Wuhan, Hubei Province, China
Contact Address:
3 Rue Sully
95000 Cergy
Tel:
06 27 05 83 99
E-Mail:
gang.zheng@hotmail.com
EDUCATION
09/2004 ~ 11/2006
09/2001 ~ 07/2004
09/1997 ~ 07/2001
Ph.D. ECS, ENSEA
M.Eng. Department of Electronic and Information,
Wuhan University.
B.S. Department of Electric Engineering, Wuhan University
SKILLS
·Very good knowledge about synchronization of chaotic systems and its application.
·Very good mathematic skill (PED, ODE and Normal form)
·Very good background knowledge about distributed network application.
·Very good knowledge about multi-objective evolutionary algorithms.
·Very familiar with programming in Java, C/C++, Matlab, VB, Perl, Tcl/Tk and Python,
both in Linux and Windows.
·Familiar with ASIC design, able to design hardware with Verilog HDL.
·Familiar with communication network and computer network protocol(TCP/IP)
AWARDS
·2005 Bourse Eiffel
·12/2002 Graduate Scholarship of Wuhan University
·08/2002 Third-Class Group-Award of the Fourth National Graduate student’s EDA
Contest
·11/2000 Undergraduate Scholarship of Wuhan University
·11/1999 Undergraduate Scholarship of Wuhan University
·11/1998 Undergraduate Scholarship of Wuhan University
-1-
CV, By M. ZHENG Gang
WORKING EXPERIENCE
·10/2001 ~ 03/2002 Part-time software engineer in Wuhan Xirui Company
·04/2002 ~ 10/2002 Teaching assistants in Department of Foreign Language
THESIS DISCRIPTION
My thesis is: Application the synchronization of chaotic system into cryptography.
During my thesis, I will firstly research the output dependent observability normal form for
the nonlinear system, then I will apply this normal form into cryptography. And all the work
about this thesis were simulated by MATLAB.
RESEARCH EXPERIENCE
·09/2003 ~ 06/2004
Intellectual Management System Based on SNMP for SDH
Network
Project Description: This project is to design an intellectual system to manage SDH
network. My task is to analyze the demand, design the whole system, and also
implement the communication between the SDH devices and proxy agents, using
C++.
·10/2002 ~ 09/2003 Key Technologies of SoC HW/SW Co-design
Project Description: In this program funded by National 863 hi-tech Foundation
(number: 2002AA1Z1490), I apply multi-objective optimization algorithm, genetic
algorithm I chose, to HW/SW Co-design for partitioning and evaluating the
performance of SoC known as a NP problem, using C++.
·03/2002 ~ 09/2002
Large Scale Network Performance Measurement System
Based on OWDP
Project Description: In this project supported by national science Foundation
(number: 60132030), I take charge of the design and implementation of one main
model - A Browser/Server Network Performance Visualization System Based on Web,
using C.
·11/2001 ~ 02/2002 Mobile Agent
Project Description: In this project supported by national science Foundation
(number: 69942658), I have applied PGP into it to assure the security communication
between the agents, using Java.
·09/2001 ~ 11/2001 Network Intrusion Detection System
Project Description: In this project funded by National Natural Foundation (number:
69983005), I accomplished the recognition of the host port scan activity, using C.
-2-
CV, By M. ZHENG Gang
PROFESSIONAL CERTIFICATION
Chinese rank certificate of computer software -- Software Engineer
-3-
CV, By M. ZHENG Gang
Publication
Publication during my PhD studying
·G. ZHENG, D. BOUTAT and J.P. BARBOT. Normal Form with Output Combinations.
Automatica (submitted).
·G. ZHENG, D. BOUTAT and J.P. BARBOT. Output Depending Observability Normal
Form. System & Control Letters (submitted).
·G. ZHENG, L. BOUTAT-BADDAS, D. BOUTAT, T. Floquet and J.P. BARBOT. Secure
Communication Based on Chaos and Relaxation of Observability Matching Condition.
IEEE ECC’07 (submitted).
·G. ZHENG, D. BOUTAT, T. Floquet and J.P. BARBOT. New Schemes on Multiple
Secure Communication Based on Chaos. International Journal of Bifurcation and
Chaos (submitted).
·G. ZHENG, D. BOUTAT and J.P. BARBOT. Output Dependent Observability Linear
Normal Form. SIAM Journal (submitted) .
·G. ZHENG, D. BOUTAT and J.P. BARBOT. Observer Error Linearization Multi-Output
Depending. IEEE CDC 2006.
·G. ZHENG, D. BOUTAT, and J.P. BARBOT. Approche Multi-Sorties de la
Transmission de Donées Basée sur la Synchronisation de Système Chaotique. IEEE
CIFA’06 .
· G. ZHENG, D. BOUTAT, T. Floquet and J.P. BARBOT. Multiple Secure
Communication Based on Chaos. Chaos’06.
·G. ZHENG, L. BOUTAT-BADDAS, D. BOUTAT and J.P. BARBOT. Some comments
on observability normal form and step-by-step sliding mode observer. SIAM
conference, juillet 2005, New Orleans, Etats-Unis.
·G. ZHENG, D. BOUTAT and J.P. BARBOT. Output Dependent Observability Linear
Normal Form. IEEE CDC-ECC 2005.
·G. ZHENG. Discussion sur les Formes Normales d'Observabilité et les observateurs
modes glissants étape par étape. JDA 2005.
-4-
CV, By M. ZHENG Gang
Publication during my undergraduate studying
·Luo Juan, Cao Yang and Zheng Gang. Design and Realization of High Availability
Software. Computer Engineering. Avril 2004.
·Luo Juan, Cao Yang and Zheng Gang. Delivering High Availability System. Wuhan
University Journal of Natural Science. Janvier 2004.
·Zheng Gang, Cao Yang and Wang Shuai. Design of SoC HW/SW Automatic
Partitioning System. Wuhan University Journal of Natural Science， Octobre 2003.
·Luo Juan, Cao Yang and Zheng Gang. High Availability Software of Network.
National communication academic conference. Octobre 2003.
· Wang Shuai, Cao Yang and Zheng Gang. Design and Realization of a Security
Authentication Scheme for Mobile Agent. Wuhan University Journal of Natural Science, Juin
2003.
-5-