Introduction


The Division of Computer Software is a division of the Second-Level Key National Disciplines. Its main research directions cover Data Engineering, Knowledge Engineering, Design Automation of Computer and VLSI Circuits, Visualization and Computer Graphics, Software Engineering and System Software.

Currently, there are 18 faculties including 6 full professors, 9 associate professors and 3 assistant professors with 6 Ph.D advisors. There are 2 post doctors, 47 Ph.D students and 65 master students.

Near 50 projects are being undertaken. Each year, the institute publishes about 100 papers in refereed journals or conferences. Besides, the institute provides 20 courses for the undergraduate and graduate students of DSCT.

The research interests of each direction are as follows:

  • Data Engineering

    Data mining, XML database management system, Massive data-processing, Web data processing and management, context-aware data management, personalized information services, semi-structured documents and information extraction, component repository for e-business, e-government.

  • Knowledge Engineering

    Knowledge Processing in Network Computing. Including: Semantic Web and Semantic Web Services, text and social network mining, XML based information processing.

  • Design Automation of Computer and VLSI Circuit

    System specification and high-level system synthesis. Design automation of physical layout. Post-layout verification and parasitic parameter extraction. Software systems for computer-aided design of VLSI circuits.

  • Visualization Technology and Computer Graphics

    Medical image visualizationúČterrain data visualization, image-based modeling and rendering, image-based lighting and inverse rendering, wavelets and their applications in signal processing, computer graphics and image processing, computational geometry.

  • Software Engineering and System Engineering

    Methodology, techniques and tools of software engineering and systems software, including test automation, model-driven architecture, model-based testing, service-oriented computing, embedded system, cross-complier and optimization technology.

Main research achievements include:

  • Web data engine SESQ
  • The digital library of Chinese ancient architectures
  • The system synthesis software of VLSI circuits
  • The software system for VLSI physical design automation
  • The R/C/L extraction software for VLSI interconnects
  • A platform for testing management
  • SyncTest: A tool to synchronize code, model and test
  • Collaborative Verification and Validation of Service-Based Software
  • The embedded system software and development environment
  • Computer assisted stereotactic neurosurgery system
  • Augmented reality system for endoscopic surgery simulation and operation
  • XML based information processing engine
  • Ontology Based Semantic Content Management System