High Assurance Services Computing [electronic resource] / edited by Liang-Jie Zhang, Raymond Paul, Jing Dong.
Material type:![Text](/opac-tmpl/lib/famfamfam/BK.png)
- text
- computer
- online resource
- 9780387876580
- Computer science
- Operating systems (Computers)
- Software engineering
- Data protection
- Computer Science
- Systems and Data Security
- Programming Languages, Compilers, Interpreters
- Programming Techniques
- Processor Architectures
- Performance and Reliability
- Software Engineering/Programming and Operating Systems
Item type | Current library | Call number | Status | Date due | Barcode | |
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Central Library | Available | E-38136 |
Translucent Replication for Service Level Assurance -- Trustworthiness Assessment Framework for Net-Centric Systems -- A Trust Monitoring Architecture for Service-Based Software -- Human Interoperability Enterprise for High-Assurance Systems -- Service Composition Quality Evaluation in SPICE Platform -- High-Assurance Service Systems -- A Graph Grammar Approach to Behavior Verification of Web Services -- A Formal Framework for Developing High Assurance Event Driven Service-Oriented Systems -- Towards A Dependable Software Paradigm for Service-Oriented Computing -- Developing Dependable Systems by Maximizing Component Diversity -- High Assurance BPEL Process Models -- Specifying Enterprise Web-Oriented Architecture -- Designing an SOA for P2P On-Demand Video Delivery -- A Coverage Relationship Model for Test Case Selection and Ranking for Multi-version Software.
High Assurance Services Computing Jing Dong, Raymond Paul, Liang-Jie Zhang Service computing is a cutting-edge area, popular in both industry and academia. New challenges have been introduced to develop service-oriented systems with high assurance requirements. High Assurance Services Computing captures and makes accessible the most recent practical developments in service-oriented high-assurance systems. An edited volume contributed by well-established researchers in this field worldwide, this book reports the best current practices and emerging methods in the areas of service-oriented techniques for high assurance systems. Available results from industry and government, R&D laboratories and academia are included, along with unreported results from the “hands-on” experiences of software professionals in the respective domains. Designed for practitioners and researchers working for industrial organizations and government agencies, High Assurance Services Computing is also suitable for advanced-level students in computer science and engineering.
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