The Experts below are selected from a list of 2451 Experts worldwide ranked by ideXlab platform

Liang-jie Zhang - One of the best experts on this subject based on the ideXlab platform.

  • ICWS - Practical SOA: service Modeling, enterprise service bus and Governance
    2008 IEEE International Conference on Web Services, 2008
    Co-Authors: Min Luo, Liang-jie Zhang
    Abstract:

    This tutorial will take the audience through an "aggregated" SOA engagement and discuss key processes, activities, and deliverables through the entire life cycle, especially in service modeling, realization, integration through an enterprise service bus and governance. Best practices and some anti-patterns will also be presented and discussed. It is mostly based on some of the speakers' pioneering project practices and lessons learned since SOA and Web service's inception.

  • serviceS II - Practical SOA: service Modeling, enterprise service bus and Governance
    2008 IEEE Congress on Services Part II (services-2 2008), 2008
    Co-Authors: Min Luo, Liang-jie Zhang
    Abstract:

    This tutorial will take the audience through an ldquoaggregatedrdquo SOA engagement and discuss key processes, activities, and deliverables through the entire life cycle, especially in service modeling, realization, integration through an enterprise service bus and governance. Best practices and some anti-patterns will also be presented and discussed. It is mostly based on some of the speakers' pioneering project practices and lessons learned since SOA and web servicepsilas inception.

  • Practical SOA: service Modeling, enterprise service bus and Governance
    2008 IEEE Congress on Services Part II (services-2 2008), 2008
    Co-Authors: Min Luo, Liang-jie Zhang
    Abstract:

    This tutorial will take the audience through an ldquoaggregatedrdquo SOA engagement and discuss key processes, activities, and deliverables through the entire life cycle, especially in service modeling, realization, integration through an enterprise service bus and governance. Best practices and some anti-patterns will also be presented and discussed. It is mostly based on some of the speakers' pioneering project practices and lessons learned since SOA and web servicepsilas inception.

  • designing and implementing enterprise service bus esb and soa solutions
    IEEE International Conference on Services Computing, 2005
    Co-Authors: Min Luo, B Goldshlager, Liang-jie Zhang
    Abstract:

    Summary form only given. service-oriented architecture (SOA) has been proven to be a flexible and extensible architecture for designing and realizing industry solutions and applications. enterprise service bus (ESB) is a hub for integrating different kinds of services through messaging, event handling, and business performance management. This tutorial will focus on a SOA solution framework; the critical role and value proposition of an ESB in SOA and Web services; ESB (and SOA) analysis and design methodology; best practices for the practical design and implementation of an ESB, including ESB design using the enterprise integration and application integration patterns; ESB and business process integration tools and techniques for ESB implementation; and performance, security and transaction management. This tutorial is based on numerous projects and solution architectures that the authors and colleagues have been engaged in the last 3 years in various industries, including government, financial, retail, electronics and distribution.

Soo Dong Kim - One of the best experts on this subject based on the ideXlab platform.

  • practical methods for adapting services using enterprise service bus
    International Conference on Web Engineering, 2007
    Co-Authors: Jeong Seop Bae, Soo Ho Chang, Soo Dong Kim
    Abstract:

    In service-oriented computing (SOC), services are designed not just for a dedicated client but for a family of potential clients. For services to be generic and serviceable to different clients, service variability among the clients must be analyzed and modeled into service components. enterprise service bus (ESB) is an architectural framework for service integration, but it does not provide effective adaptation mechanisms. Hence, it is desirable to devise techniques to adapt services on ESB for specific service requests. In this paper, we identify four types of service variability, and we present methods to adapt services provided on ESB. These methods can be practically applied in designing highly adaptable services on ESB.

  • a practical framework for dynamic composition on enterprise service bus
    IEEE International Conference on Services Computing, 2007
    Co-Authors: Soo Ho Chang, Jeong Seop Bae, Won Young Jeon, Soo Dong Kim
    Abstract:

    Dynamic composition is a key feature of service-oriented computing (SOC) where services are discovered and composed at runtime. Current standards and methods for service compositions require statically binding published WSDL interfaces into compositions in BPEL. In this paper, we present our early result of a framework for dynamic composition on enterprise service bus (ESB). We present the design and implementation of Dynamic Composition Handler.

  • IEEE SCC - A Practical Framework for Dynamic Composition on enterprise service bus
    IEEE International Conference on Services Computing (SCC 2007), 2007
    Co-Authors: Soo Ho Chang, Jeong Seop Bae, Won Young Jeon, Soo Dong Kim
    Abstract:

    Dynamic composition is a key feature of service-oriented computing (SOC) where services are discovered and composed at runtime. Current standards and methods for service compositions require statically binding published WSDL interfaces into compositions in BPEL. In this paper, we present our early result of a framework for dynamic composition on enterprise service bus (ESB). We present the design and implementation of Dynamic Composition Handler.

  • ICWE - Practical methods for adapting services using enterprise service bus
    Lecture Notes in Computer Science, 1
    Co-Authors: Jeong Seop Bae, Soo Ho Chang, Soo Dong Kim
    Abstract:

    In service-oriented computing (SOC), services are designed not just for a dedicated client but for a family of potential clients. For services to be generic and serviceable to different clients, service variability among the clients must be analyzed and modeled into service components. enterprise service bus (ESB) is an architectural framework for service integration, but it does not provide effective adaptation mechanisms. Hence, it is desirable to devise techniques to adapt services on ESB for specific service requests. In this paper, we identify four types of service variability, and we present methods to adapt services provided on ESB. These methods can be practically applied in designing highly adaptable services on ESB.

Min Luo - One of the best experts on this subject based on the ideXlab platform.

  • ICWS - Practical SOA: service Modeling, enterprise service bus and Governance
    2008 IEEE International Conference on Web Services, 2008
    Co-Authors: Min Luo, Liang-jie Zhang
    Abstract:

    This tutorial will take the audience through an "aggregated" SOA engagement and discuss key processes, activities, and deliverables through the entire life cycle, especially in service modeling, realization, integration through an enterprise service bus and governance. Best practices and some anti-patterns will also be presented and discussed. It is mostly based on some of the speakers' pioneering project practices and lessons learned since SOA and Web service's inception.

  • serviceS II - Practical SOA: service Modeling, enterprise service bus and Governance
    2008 IEEE Congress on Services Part II (services-2 2008), 2008
    Co-Authors: Min Luo, Liang-jie Zhang
    Abstract:

    This tutorial will take the audience through an ldquoaggregatedrdquo SOA engagement and discuss key processes, activities, and deliverables through the entire life cycle, especially in service modeling, realization, integration through an enterprise service bus and governance. Best practices and some anti-patterns will also be presented and discussed. It is mostly based on some of the speakers' pioneering project practices and lessons learned since SOA and web servicepsilas inception.

  • Practical SOA: service Modeling, enterprise service bus and Governance
    2008 IEEE Congress on Services Part II (services-2 2008), 2008
    Co-Authors: Min Luo, Liang-jie Zhang
    Abstract:

    This tutorial will take the audience through an ldquoaggregatedrdquo SOA engagement and discuss key processes, activities, and deliverables through the entire life cycle, especially in service modeling, realization, integration through an enterprise service bus and governance. Best practices and some anti-patterns will also be presented and discussed. It is mostly based on some of the speakers' pioneering project practices and lessons learned since SOA and web servicepsilas inception.

  • designing and implementing enterprise service bus esb and soa solutions
    IEEE International Conference on Services Computing, 2005
    Co-Authors: Min Luo, B Goldshlager, Liang-jie Zhang
    Abstract:

    Summary form only given. service-oriented architecture (SOA) has been proven to be a flexible and extensible architecture for designing and realizing industry solutions and applications. enterprise service bus (ESB) is a hub for integrating different kinds of services through messaging, event handling, and business performance management. This tutorial will focus on a SOA solution framework; the critical role and value proposition of an ESB in SOA and Web services; ESB (and SOA) analysis and design methodology; best practices for the practical design and implementation of an ESB, including ESB design using the enterprise integration and application integration patterns; ESB and business process integration tools and techniques for ESB implementation; and performance, security and transaction management. This tutorial is based on numerous projects and solution architectures that the authors and colleagues have been engaged in the last 3 years in various industries, including government, financial, retail, electronics and distribution.

Soo Ho Chang - One of the best experts on this subject based on the ideXlab platform.

  • practical methods for adapting services using enterprise service bus
    International Conference on Web Engineering, 2007
    Co-Authors: Jeong Seop Bae, Soo Ho Chang, Soo Dong Kim
    Abstract:

    In service-oriented computing (SOC), services are designed not just for a dedicated client but for a family of potential clients. For services to be generic and serviceable to different clients, service variability among the clients must be analyzed and modeled into service components. enterprise service bus (ESB) is an architectural framework for service integration, but it does not provide effective adaptation mechanisms. Hence, it is desirable to devise techniques to adapt services on ESB for specific service requests. In this paper, we identify four types of service variability, and we present methods to adapt services provided on ESB. These methods can be practically applied in designing highly adaptable services on ESB.

  • a practical framework for dynamic composition on enterprise service bus
    IEEE International Conference on Services Computing, 2007
    Co-Authors: Soo Ho Chang, Jeong Seop Bae, Won Young Jeon, Soo Dong Kim
    Abstract:

    Dynamic composition is a key feature of service-oriented computing (SOC) where services are discovered and composed at runtime. Current standards and methods for service compositions require statically binding published WSDL interfaces into compositions in BPEL. In this paper, we present our early result of a framework for dynamic composition on enterprise service bus (ESB). We present the design and implementation of Dynamic Composition Handler.

  • IEEE SCC - A Practical Framework for Dynamic Composition on enterprise service bus
    IEEE International Conference on Services Computing (SCC 2007), 2007
    Co-Authors: Soo Ho Chang, Jeong Seop Bae, Won Young Jeon, Soo Dong Kim
    Abstract:

    Dynamic composition is a key feature of service-oriented computing (SOC) where services are discovered and composed at runtime. Current standards and methods for service compositions require statically binding published WSDL interfaces into compositions in BPEL. In this paper, we present our early result of a framework for dynamic composition on enterprise service bus (ESB). We present the design and implementation of Dynamic Composition Handler.

  • ICWE - Practical methods for adapting services using enterprise service bus
    Lecture Notes in Computer Science, 1
    Co-Authors: Jeong Seop Bae, Soo Ho Chang, Soo Dong Kim
    Abstract:

    In service-oriented computing (SOC), services are designed not just for a dedicated client but for a family of potential clients. For services to be generic and serviceable to different clients, service variability among the clients must be analyzed and modeled into service components. enterprise service bus (ESB) is an architectural framework for service integration, but it does not provide effective adaptation mechanisms. Hence, it is desirable to devise techniques to adapt services on ESB for specific service requests. In this paper, we identify four types of service variability, and we present methods to adapt services provided on ESB. These methods can be practically applied in designing highly adaptable services on ESB.

Jeong Seop Bae - One of the best experts on this subject based on the ideXlab platform.

  • practical methods for adapting services using enterprise service bus
    International Conference on Web Engineering, 2007
    Co-Authors: Jeong Seop Bae, Soo Ho Chang, Soo Dong Kim
    Abstract:

    In service-oriented computing (SOC), services are designed not just for a dedicated client but for a family of potential clients. For services to be generic and serviceable to different clients, service variability among the clients must be analyzed and modeled into service components. enterprise service bus (ESB) is an architectural framework for service integration, but it does not provide effective adaptation mechanisms. Hence, it is desirable to devise techniques to adapt services on ESB for specific service requests. In this paper, we identify four types of service variability, and we present methods to adapt services provided on ESB. These methods can be practically applied in designing highly adaptable services on ESB.

  • a practical framework for dynamic composition on enterprise service bus
    IEEE International Conference on Services Computing, 2007
    Co-Authors: Soo Ho Chang, Jeong Seop Bae, Won Young Jeon, Soo Dong Kim
    Abstract:

    Dynamic composition is a key feature of service-oriented computing (SOC) where services are discovered and composed at runtime. Current standards and methods for service compositions require statically binding published WSDL interfaces into compositions in BPEL. In this paper, we present our early result of a framework for dynamic composition on enterprise service bus (ESB). We present the design and implementation of Dynamic Composition Handler.

  • IEEE SCC - A Practical Framework for Dynamic Composition on enterprise service bus
    IEEE International Conference on Services Computing (SCC 2007), 2007
    Co-Authors: Soo Ho Chang, Jeong Seop Bae, Won Young Jeon, Soo Dong Kim
    Abstract:

    Dynamic composition is a key feature of service-oriented computing (SOC) where services are discovered and composed at runtime. Current standards and methods for service compositions require statically binding published WSDL interfaces into compositions in BPEL. In this paper, we present our early result of a framework for dynamic composition on enterprise service bus (ESB). We present the design and implementation of Dynamic Composition Handler.

  • ICWE - Practical methods for adapting services using enterprise service bus
    Lecture Notes in Computer Science, 1
    Co-Authors: Jeong Seop Bae, Soo Ho Chang, Soo Dong Kim
    Abstract:

    In service-oriented computing (SOC), services are designed not just for a dedicated client but for a family of potential clients. For services to be generic and serviceable to different clients, service variability among the clients must be analyzed and modeled into service components. enterprise service bus (ESB) is an architectural framework for service integration, but it does not provide effective adaptation mechanisms. Hence, it is desirable to devise techniques to adapt services on ESB for specific service requests. In this paper, we identify four types of service variability, and we present methods to adapt services provided on ESB. These methods can be practically applied in designing highly adaptable services on ESB.