References of Requirement_Tracability

    Greater Understanding Through Maintainer Driven Traceability, C. Boldyreff and E.L. Burd and R.M. Hather and M. Munro and E.J. Younger
    @InProceedings{	  boldyreff.burd.ea:greater,
      author	= {C. Boldyreff and E.L. Burd and R.M. Hather and M. Munro
    		  and E.J. Younger},
      title		= {Greater Understanding Through Maintainer Driven
    		  Traceability},
      booktitle	= {WPC~'96: Proceedings of the IEEE Fourth Workshop on
    		  Program Comprehension, {\rm (Berlin, Germany; March 29-31,
    		  1996)}},
      year		= {March 1996},
      publisher	= {IEEE Computer Society Press},
      class		= {Software_Reverse_Engineering, Reverse_Specification,
    		  Requirement_Tracability }
    }
    
    
    A Design Framework for System Re-engineering, Xiaodong Liu and Zhiqiang Chen and Hongji Yang and Hussein Zedan and William. C. Chu
    @InProceedings{	  liu.chen.ea:design,
      author	= {Xiaodong Liu and Zhiqiang Chen and Hongji Yang and Hussein
    		  Zedan and William. C. Chu},
      title		= {A Design Framework for System Re-engineering},
      booktitle	= {Proceedings of Joint Asia Pacific Software Engineering
    		  Conference and International Computer Science Conference},
      publisher	= {IEEE Computer Society},
      year		= {1997},
      address	= {Hong Kong},
      month		= {December},
      abstract	= { We discuss the current situation of formal methods and
    		  their use in the re-engineering of computing systems,
    		  especially real time systems. Based on the analysis result,
    		  a solution which uses a consistent 4-sector Wide Spectrum
    		  Language (WSL) is proposed, which presently includes the
    		  general architecture and work flow, the structure of
    		  Object-Action Model, the syntax and semantics of ObTAM
    		  (Object Oriented Temporal Agent Model) and TGCL (Timed
    		  Guarded Command Language). A small case study shows an
    		  optimistic future of our WSL technique. Further research
    		  will aim to build the complete semantic kernel of the WSL
    		  and its associated algebraic laws, including transformation
    		  rules and abstraction rules. },
      keywords	= {formal methods, re-engineering, wide spectrum language,
    		  real-time systems, object orientation, Interval Temporal
    		  Logic},
      class		= {Reengineering_in_General Requirement_Tracability
    		  Software_Reverse_Engineering Reverse_Specification
    		  Process_Models }
    }
    

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