24. TOOLS 1997: Beijing, China

• Franky Lam, H. Lewis Chau, Raymond K. Wong:
  Performance Evaluation of Objects with Roles. 2-11
  
• Shung-Bin Yan, Feng-Jian Wang:
  An Object-Oriented Model for Protocol Design. 12-21
  
• W. Binjun, G. Wei, H. Kegang:
  Three-Dimensional Object-Oriented Model. 22-27
  
• Lichun Wang, Mike Wing, C. Davis, Norman Revell:
  A Uniform Framework for Processing Temporal Object Queries. 28-37
  
• Sun Jianling, He Zhijun:
  Transparent Access to Persistent Objects in Object-Oriented Databases. 38-42
  
• Alexandre V. Zamulin:
  Algebraic Semantics of Object-Oriented Data Models. 43-52
  
• S. Wu, N. Wang:
  Directed Graph Based Association Algebra for Object-Oriented Databases. 53-59
  
• Michael Hitchens, Andrew Firmage:
  The Design of a Flexible Class Library Management System. 60-69
  
• Tyng-Ruey Chuang, Chuan-Chieh Jung, Wen-Min Kuan, Y. S. Kuo:
  ObjectStream: Generating Stream-Based Object I/O for C++. 70-79
  
• Ivan Rozman, József Györkös, Marjan Hericko, Romana Vajde Horvat, Tomaz Domajnko:
  OO Metrics Data Gathering Environment. 80-85
  
• Tingkai Wang, Quasim H. Mehdi, Norman E. Gough:
  An Object-Oriented Environment Database for AGV Path Planing. 86-95
  
• Simon Stobart, Norman Parrington, Bor-Yuan Tsai:
  Using Extended General Statecharts to Generate Test Cases for Overloaded/Polymorphic Object-Oriented Programs: A Case Study. 96-103
  
• Z. Zhang, Marc Rittberger:
  Hypertext Construction with an Open Hypertext System. 104-109
  
• Z. Jin:
  An Order-Based Composition Semantics for the Inheritance in Logic-Based Object-Oriented Paradigm. 110-120
  
• J.-L. Chen, F.-J. Wang, Y.-L. Chen:
  An Object-Oriented Dependency Graph for Program Slicing. 121-130
  
• Richard Mitchell, John Howse, Ali Hamie:
  Contract-Oriented Specifications. 131-140
  
• Stephan Diehl:
  VRML++: A Language for Object-Oriented Virtual-Reality Models. 141-150
  
• Lu Pei, Dachuan Yu, Lu Jian, David L. Shang:
  A Method for Using Object-Oriented Frameworks to Support Various High-Level Parallel Computing Models. 151-158
  
• Yuanhong Wang, Hong Mei, Weizhong Shao:
  Experience Report: Using Design Patterns in the Development of JB System. 159-165
  
• Anjaneyulu Pasala, D. Janaki Ram:
  PolyConstraints: A Design Pattern for Flexible Collaboration in Heterogeneous Mobile Environments. 166-175
  
• W. Xiaofen, G. Fushun, X. Chuan, L. Xiaodong:
  Assembling Software with the Reusable Components in a Library. 176-181
  
• Cláudia Maria Lima Werner, Guilherme Horta Travassos, Ana Regina Cavalcanti da Rocha, A. M. de Cima, M. F. da Silva, Francisco M. de Vasconcelos Jr.:
  Memphis: A Reuse Based O.O. Software Development Environment. 182-191
  
• X. Xuebiao, Ning Gu, Baile Shi, T. Chun, L. Sheng, W. Mengzhi:
  FIODBS: An Interoperable Object-Database System. 192-197
  
• Qiong Wu, Jichuan Chang, Hong Mei, Fuqing Yang:
  JBCDL: An Object-Oriented Component Description Language. 198-205
  
• Keqin Li, Lifeng Guo, Hong Mei, Fuqing Yang:
  An Overview of JB (Jade Bird) Component Library System JBCL. 206-213
  
• Abu Bakar Zaitun, Y. Mashkuri, Z. R. Mohammad, B. Helena:
  InFac: A Mechanism to Achieve Systems Integration. 214-220
  
• P. Li-Thiao-Te, J. Kennedy, J. Owens:
  Mechanisms for Interpretation of OO Systems Design Metrics. 221-231
  
• W. Xiaopeng, H. Tao, F. Tao:
  PCLAgenda: A Process-Centered Support Environment for Component Software. 232-237
  
• Z. Guofu, L. Shijun, C. Shihong:
  The Research of Distributive Object Programming Environment. 238-243
  
• David Taniar, J. Wenny Rahayu:
  Parallelization and Object-Orientation: A Database Processing Point of View. 244-253
  
• Christopher Exton:
  Distributed Fault Tolerance Specification through the use of Interface Definitions. 254-259
  
• Li Wang, Wanlei Zhou:
  An Architecture for Building Reliable Distributed Object-Based Systems. 260-265
  
• Stefan Tai, Susanne Busse:
  Connectors for Modeling Object Relations in CORBA-based Systems. 266-277
  
• D. Thompson, D. Watkins:
  Comparisons between CORBA and DCOM: Architectures for Distributed Computing. 278-283
  
• Pao-Ann Hsiung, Trong-Yen Lee, Sao-Jie Chen:
  Object-Oriented Technology Transfer to Multiprocessor System-Level Synthesis. 284-293
  
• Haihong Dai:
  An Object-Oriented Approach to Schema Integration and Data Mining in Multiple Databases. 294-303
  
• Yu Chen, Zhaohui Wu, Yunhe Pan:
  Intelligent Multimedia Presentation System: An Object-Oriented Approach. 304-309
  
• Judy Sheard, Dianne Hagan:
  Experiences with Teaching Object-Oriented Concepts to Introductory Programming Students Using C++. 310-319
  
• Y. S. Hung, W. C. Liu, C. G. Chung:
  An Experience of Using FDOOA Method to Develop a Telecommunications Network Management System. 320-329
  
• Vojislav B. Misic, Simon Moser:
  From Formal Metamodels to Metrics: An Object-Oriented Approach. 330-339
  
• Mark Evered:
  Unconstraining Genercity. 340-349
  
• Jian Zhang:
  Finite Model Generation and Formal Specification Development. 350-355
  
• Z. Zhiying, C. Qingming:
  Reengineering for CASE Tool IDEFE0-MAKER. 356-361
  
• Wei Li, John R. Talburt, Y.-T. Chen:
  Quantitatively Evaluate Object Oriented Software Evolution. 362-367
  
• W. Tao, L. Zhengding, C. Huagong, H. Liqin:
  An Automatic System Modeling Framework for Information System Engineering. 368-373
  
• Han Xiaogang, Xu Li, Wang Huaimin:
  YHCS2: A CORBA-Compliant Distributed C/S Computing Platform. 374-378
  
• Zheng Mingchun, Duan Huichuan, Zhang Jiazhong:
  HOOD+ and Its Support System. 379-380
  
• Chen Xiaoqun, Shao Weizhong:
  Supporting Project-Centered Reuse in Object-Oriented Software Development. 381-384
  
• Beihong Jin, Yulin Feng:
  Adaptive Object Addressing. 385-388
  
• Rong Peng, Jingsong Cui, Shihong Chen:
  The Implement Mechanism and Efficiency Analysis of Multiinheritance and Polymorphism. 389-392
  
• R. Tong, S. Haolin:
  A Component Search Engine Model on the Internet. 393-396
  
• Lu Jia, Dongchan Wen, Dingxing Wang:
  The Parallel Object Model in HIPPOS: High Performance Parallel Object System. 397-403
  
• Kinh Nguyen, Tharam S. Dillon:
  A Practical Formally-Based Approach to Object-Oriented Modeling of Control Systems. 404-415
  
• James Coplien, Christopher Exton, Andy Chung, Li Wang:
  Distributed Object Technology; the Future. 416-417
  
• James Coplien:
  Advanced C++ Programming Styles: Using C++ as a Higher-Level Language. 418-419
  
• Christopher Exton, Damien Watkins:
  From C to C++. 420
  
• Richard Mitchell:
  Analysis by Contract. 421
  
• Douglas C. Schmidt:
  Using Design Patterns and Frameworks to Develop Object-Oriented Communication Systems. 422-423