
Title

ObjectOriented Software for Manufacturing Systems (Intelligent Manufacturing) (Intelligent Manufacturing S),Used
Delivery time: 8-12 business days (International)
1 Introduction. 1.1 Objects and objectoriented software. 1.2 Objective and target audience of the book. 1.3 Organization of the book. 1.4 Conclusion. References. One Conceptual Background. 2 Objectoriented software systems: Concepts. 2.1 Introduction. 2.2 Key concepts. 2.3 Object communication. 2.4 Comparison with structured analysis and design. 2.5 Software life cycle benefits. 2.6 Prototyping and software evolution. 2.7 Software reuse. 2.8 Potential limitations. 2.9 Conclusion. References. 3 Objectoriented software: Relevance to manufacturing. 3.1 Introduction. 3.2 Software development aspects of CIM. 3.3 Communication issues. 3.4 Integration problems. 3.5 Conclusion. References. Summary: Part One. Two Design and Implementation Techniques. 4 Towards an objectoriented architecture for CIM systems. 4.1 Introduction. 4.2 A conceptual framework. 4.3 Description of the modules. 4.4 Communication between modules (and the plant). 4.5 Special concerns. 4.6 Implementation perspective. 4.7 Working with existing applications and future extensions. 4.8 Related work of interest. 4.9 Limitations. 4.10 Conclusion. References. 5 Prototyping object systems and reusable object libraries. 5.1 Introduction. 5.2 Review of existing design methods. 5.3 Rationale for our approach. 5.4 Our design approach. 5.5 An example manufacturing facility. 5.6 Objectoriented library for modeling the facility. 5.7 State transition diagrams. 5.8 Conclusion. References. 6 Objectoriented databases. 6.1 Needs of the engineering/manufacturing domains. 6.2 Towards an object model for database management. 6.3 Object identity. 6.4 Schema evolution. 6.5 Versioning. 6.6 Storage. 6.7 Querying. 6.8 Commercial OODMBS. 6.9 Conclusion. References. 7 Comparing objectoriented programming languages. 7.1 Introduction. 7.2 Smalltalk. 7.3 Objectoriented extensions to Lisp. 7.4 Objectoriented extensions to C. 7.5 C++. 7.6 ObjectiveC. 7.7 Comparing ObjectiveC and C++. 7.8 Other objectoriented programming languages. 7.9 Summary and conclusion. References. Summary: Part Two. Three Manufacturing Applications. 8 FlowStream: An objectoriented plantfloor management system. 8.1 FlowStream as a plantfloor management system. 8.2 Rationale for objectoriented development. 8.3 The FlowStream object architecture. 8.4 Assessing the objectoriented approach. 8.5 Summary. Reference. 9 OOPS in realtime control applications. 9.1 Introduction. 9.2 The kitting cell. 9.3 The glass line. 9.4 Conclusion. References. Summary: Part Three. Four Management and Organizational Issues. 10 Management issues in adopting objectoriented technology. 10.1 Introduction. 10.2 Objectoriented software development. 10.3 Managing reusability. 10.4 Resourcing and staffing. 10.5 Supplier management. 10.6 Planning and budgeting. 10.7 Conclusion. References. 11 Concluding remarks. 11.1 Where is the OO industry headed?. 11.2 Growth in the manufacturing area. 11.3 Final words. References. Appendix A: OO resources Paul Worhach.
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This warranty strictly does not cover damages that arose from negligence, misuse, wear and tear, or not in accordance with product instructions (dropping the product, etc.).
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