Agent technology is well positioned to address some of the key problems of Service-oriented Computing. It can work together with other technologies such as Web/Grid Services, Semantic Web, Process technologies, and Component Software to contribute to wide adoption of the Service-oriented Computing paradigm. This paper presents a generic agent-based framework which can be used as reference architecture for developing agent-based systems for composite service life-cycle management. The focus is on providing techniques and tools for the adaptive service agreement and process management in order to ensure collective functionality, end-to-end QoS, and adaptive provision of complex services
In the Web services environment, Service Level Agreements (SLA) refer to mutually agreed understandi...
Service workflow management which consolidates multiple services to achieve business goals has becom...
In Multi-agent System (MAS), all agents communicate with each other by sending messages to each othe...
The ASAPM project aims at developing new techniques, mechanisms and software solutions for enablemen...
The assurance of quality-of-service (QoS) is critical for the successful deployment of service-orien...
The ever-widening reach of the Internet has led to the proliferation of web services. Many of them i...
Adapting composite web-services is a concern of many researchers from the services community and a r...
Rapid evolutions in today's businesses require new techniques and powerful tools to adapt and manage...
This paper presents an agent-based negotiation framework to support the autonomous establishment and...
The open/dynamic environment of Service-Oriented Computing requires middleware that can cope with se...
Service-oriented architectures, such as Web services and Grid services, have been recognised as adva...
Part 4: Multi-agent SystemsInternational audienceThe services over Internet are often dynamic, evolv...
In the web services environment, service level agreements (SLA) refers to mutually agreed understand...
Service-Oriented Computing (SOC) is a newly emerging paradigm for distributed computing and e-busine...
In today's rapidly changing environment the industries are interested in executing business fun...
In the Web services environment, Service Level Agreements (SLA) refer to mutually agreed understandi...
Service workflow management which consolidates multiple services to achieve business goals has becom...
In Multi-agent System (MAS), all agents communicate with each other by sending messages to each othe...
The ASAPM project aims at developing new techniques, mechanisms and software solutions for enablemen...
The assurance of quality-of-service (QoS) is critical for the successful deployment of service-orien...
The ever-widening reach of the Internet has led to the proliferation of web services. Many of them i...
Adapting composite web-services is a concern of many researchers from the services community and a r...
Rapid evolutions in today's businesses require new techniques and powerful tools to adapt and manage...
This paper presents an agent-based negotiation framework to support the autonomous establishment and...
The open/dynamic environment of Service-Oriented Computing requires middleware that can cope with se...
Service-oriented architectures, such as Web services and Grid services, have been recognised as adva...
Part 4: Multi-agent SystemsInternational audienceThe services over Internet are often dynamic, evolv...
In the web services environment, service level agreements (SLA) refers to mutually agreed understand...
Service-Oriented Computing (SOC) is a newly emerging paradigm for distributed computing and e-busine...
In today's rapidly changing environment the industries are interested in executing business fun...
In the Web services environment, Service Level Agreements (SLA) refer to mutually agreed understandi...
Service workflow management which consolidates multiple services to achieve business goals has becom...
In Multi-agent System (MAS), all agents communicate with each other by sending messages to each othe...