School of Electronics Engineering and Computer Science

Research Areas

Institute of FundamentalExperiment Education

Main Research Areas

■Experiment Education System

To refine the established curriculum system of different levels, characteristic of science  schools, for the experiment education of electronic information and computer science;

To design research oriented content of solid foundation and considerable depth for experiment education.

■Experiment Education Models

To explore advanced educational model under the principle of “education tailored to individuals”;

To establish plural and open educational methods.

■Experiment Education Management

To establish scientific and efficient lab and experiment education management using newinformation technology;

To develop lab security control system, instrument management software andexperiment education management software.

■Experiment Technology Refinement

To develop new experiment technology, methods and experimental instruments catering to the experiment courses.

Institute of Electronic Engineering

Main Research Areas

■System architecture of wireless and satellite communication including VAST, Mobile Communication, wireless LAN, UWB, Ad hoc Network and RFID systems.

■Theoretical work and hardware tests on communication techniques: access techniques (CDMA, OFDMA), channel CODEC (LDPC and turbo) and others (MIMO and Smart antennas)

■Microwave technology in telecommunication，Satellite navigation and position

■Computational Electromagnetics and its applications (EM scattering, antennas, circuits components)

■Computer-aided electrical circuit system analysis and design, non-linear circuit and system theory, telemetry and remote control, software radio, signal detection and process, electrical system integration, etc;

■Image processing techniques including development of software and hardware implementations.

■Ultrasonic detection, Target classification, Transducer and array design, speech coding.

Instituteof QuantumElectronics    

Main Research Areas

■Cold Atom Physics and Quantum Precision Measurement: Bose-Einstein condensation,  Optical frequency comb.

■Quantum Optics and Quantum Information: slow and fast light and light storage, quantum entanglement dynamics and quantum repeater,quantum key distribution.

■Novel Optical and Microwave Frequency Standards: Ca optical frequency standards, CPT  clock etc.

■Ultrafast Optics: ultrashort pulsed solid-state and fiber lasers, amplifiers; timing distribution.

■Nuclear Magnetic Resonance Imaging: development of NMR for medical examinations and industrial applications; MRI consoles.

■Space Laser Communication: atomic filter and related techniques.

■Biological Electronics: biological sample manipulation with optical tweezers.

Institute of Photonic and Communication     

Main Research Areas

■Novel Optical Network

Novel network concepts and architectures for future services application, network control, protocols and advanced switching technologies including optical packet switching (OPS), optical burst switching (OBS), and optical time-space label switching. New concepts and techniques for merging fixed and mobile networks.

■Optical Fiber Transmission

High spectral efficiency and low cost optical fiber transmission, optical free-space communication, radio-over-fiber (ROF) transmission. Impairments and cancellation in high speed optical communication system. Advanced modulation formats and electrical equalization for optical communication system.

■Photonic Device and Subsystem

Novel passive and active optical devices, including broadband amplifier, photonic crystal   

devices, all-optical logic devices, all-optical signal processing, wavelength conversion,   

format conversion, optical sensors, slow light and its application.

Instituteof PhysicalElectronics    

Main Research Areas

■Fabrication and Properties of Nanoelectronic Materials

Fabricate nanoelectronic materials using various physical and chemical methods, study their electrical, optical and mechanical properties.

■Nanoelectronic Devices and System Integration

Construct nanoelectronic devices based on semiconducting nanotubes and nanowires,       understand their transport mechanism.

■Characterization Technique of Nanoelectronic Materials

 Use SEM, TEM and SPM to characterize nanoelectronic materials, use EBM and FIB to construct functional nanostrutures.

■Calculation and Simulation of Nano and Molecular Electronic Devices

Use first-principles method to model and simulate electrical properties of nano/molecular electronic devices.

Instituteof Software  

Main Research Areas

■Software Engineering

Component-Based Software Development, Software Process, Software Modeling, Domain Engineering, Requirement Engineering, Program Analysis  Software Testing, Software Agent.

■Operating System & Middleware

Operating System, Middleware and Embedded Software. 

■Theoretical Computer Science

Description and Verification of Programs, Algorithm and Computational Complexity, Biological Computer, Quantum Informatics, Petri Net.

■Network & Information Security

Authorization and Access Control, Information Security Classified Protection and Risk

Evaluation, Security Architecture of Wireless Ad Hoc Networks.

Instituteof ComputerNetwork and Information System

Main Research Areas

■Search Engine and Web Mining

■Database and Information Systems

■Grid Computing

■Distributed System and P2P Computing

■Mobile Computing and Wireless Network

■Video Oriented Content Publishing and Delivery

■Network and Spatial Information Technology

Institute of Computational Linguistics   

Main Research Areas

■  Comprehensive Language Knowledge Databases, including large scale word-level

      information database for the Chinese language.

■  Corpus based NLP, including large scale corpus processing and statistical models and   

      theories.

■  Domain Knowledge Construction, including computational terminology and term database 

      construction.

■  Multilingual Semantic Lexicons, focusing on the study of a Chinese concept dictionary.

■  Computer-aided Translation, focusing on translation methods for technical documents.

■  Information Retrieval, Extraction and Summarization, including various levels of docu

      ment processing such as document retrieval, topic extraction, summarization, and question  

      answering.

Instituteof ComputerArchitecture

Modern Processor Architecture

■  Microprocessor Design

■  Instruction-level Parallelism

■  Thread-level Parallelism

■  Parallel Computer Architecture

■  Hardware-software Co-design

■  Computer Simulation and Performance Evaluation

■  Compiler Optimization

■  Operating System Design

Instituteof DigitalMedia     

Main Research Areas

■  Digital Content Standard

■  Digital Rights Management and Protection

■  Media Analysis, Management and Searching

■  New Media Techniques

Instituteof Microelectronics    

■ULSI Novel Device and IC Technology Center

ULSI Novel Device; RF SOI Device; Wide-bandgap Semiconductor Materials and Devices; MOS Device Reliability Physics and Applications.

■System-On-Chip (SOC) Center

Embedded Micro-processor; Information Security Chip; Multi-target Chip.

■Micro-Electro-Mechanical System (MEMS) Center

Silicon-based MEMS Fabrication and Design Technology; MEMS Devices; MEMS Packing and Test Technology.

Center for Information Science

Main Research Areas

■Machine Vision

Image processing, image and video compression, pattern recognition and machine learning, biometrics, 3-D visual informational processing.

■Machine Audition

Computational auditory models, speech signal processing, spoken language processing, natural language processing, intelligent human-machine interaction.

■Intelligent Information Systems

Computational intelligence, multimedia resource organization and management, data mining and content-oriented massive information integration, analysis, processing and service.

■ Physiology and Psychology for Machine Perception

Electro-physiology, psychophysics and neurophysiology of  vision and audition, theories and methods of hearing rehabilitation

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