This international journal publishes both theoretical and application-oriented papers on various aspects of conventional and intelligent control, intelligent systems, and soft computing including fuzzy logic, neural networks, genetic algorithms/evolutionary computing, and probabilistic methods. Techniques may include frequency and time domains, linear and nonlinear systems, and deterministic and stochastic processes. Hybrid techniques that combine conventional and soft-computing methods are also included. First published in 1972, this journal originated with an emphasis on conventional control systems and computer-based applications. Subsequently, with rapid advances in the field and in view of the widespread interest and application of soft computing in control systems, this latter aspect was integrated into the journal. A unique feature of the journal is its pioneering role in bridging the gap between conventional control systems and soft computing, with an equal emphasis on theoryand practical applications, including system design and instrumentation. It appears three times per year.
This international journal publishes both theoretical and application-oriented papers on various aspects of conventional and intelligent control, intelligent systems, and soft computing including fuzzy logic, neural networks, genetic algorithms/evolutionary computing, and probabilistic methods. Techniques may include frequency and time domains, linear and nonlinear systems, and deterministic and stochastic processes. Hybrid techniques that combine conventional and soft-computing methods are also included. First published in 1972, this journal originated with an emphasis on conventional control systems and computer-based applications. Subsequently, with rapid advances in the field and in view of the widespread interest and application of soft computing in control systems, this latter aspect was integrated into the journal. A unique feature of the journal is its pioneering role in bridging the gap between conventional control systems and soft computing, with an equal emphasis on theoryand practical applications, including system design and instrumentation. It appears three times per year.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
Several medium to large companies are currently in the process of using external hosting to deploy their internet applications. External hosting by such application service providers (ASPs) as IBM provides a secure and reliable way for companies to deploy e- commerce enterprise applications without the need to purchase costly infrastructure. However, when software is designed for applications that run on the servers of external hosts, the performance may suffer if the data and the application reside at two different locations. The authors provide a technique for improving the performance in such applications. This technique is implemented in large software systems that the authors are associated with as industry consultants. The software architecture and preliminary performance results are provided.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
This paper introduces an approach towards reducing the gap between a process-centered and a product-centered view of work. The theoretic background is based on the autopoietic theory and the technological approach is based on attribute/value systems. Then a software prototype based on this approach that supports knowledge communities in the application area of document management is presented. A central topic are the cooperative features, which are included to meet the social aspects of building common knowledge.
We deal with mechanical documentation in software devel opment tools. First, we review tabular forms for program speci?cation and their formal syntax by an attribute edNCE graph grammar. Next we explain a parser based on the syntactic de?nitions and attribute rules. Furthermore, we introduce an XML viewer for tabular forms based on the attribute graph grammar. Finally, we introduce a system structure to construct the whole processing system for me chanical documentation. These results are applied to me chanical manipulation of general tabular forms.
We deal with mechanical documentation in software devel opment tools. First, we review tabular forms for program speci?cation and their formal syntax by an attribute edNCE graph grammar. Next we explain a parser based on the syntactic de?nitions and attribute rules. Furthermore, we introduce an XML viewer for tabular forms based on the attribute graph grammar. Finally, we introduce a system structure to construct the whole processing system for me chanical documentation. These results are applied to me chanical manipulation of general tabular forms.
We deal with mechanical documentation in software devel opment tools. First, we review tabular forms for program speci?cation and their formal syntax by an attribute edNCE graph grammar. Next we explain a parser based on the syntactic de?nitions and attribute rules. Furthermore, we introduce an XML viewer for tabular forms based on the attribute graph grammar. Finally, we introduce a system structure to construct the whole processing system for me chanical documentation. These results are applied to me chanical manipulation of general tabular forms.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
The QoS-ODP standardization initiative has led to a frame work by which QoS aware ODP systems can be modeled using ?ve viewpoints. These viewpoints include an enter prise viewpoint, which focuses on the objectives and poli cies on the enterprise that the system is meant to support. However, several issues have to be solved in order to in crease the applicability of the QoS-ODP framework. We address in this paper the need to develop formal notations for the QoS-aware speci?cation of the ODP en terprise viewpoint. The UML is being de?ned as a formal notation. Several approaches are being used in the ?eld of the formalization of UML. For several reasons, we use the metamodelling approach to de?ne an UML meta-model of the core QoS concepts and their relationships. This meta model is the abstract syntax of a concrete language for QoS-aware ODP enterprise speci?cations.
In this paper, we introduce PageTogether system in which Internet users can communicate with video/audio channels, navigate web pages simultaneously and cooperate for their work together. PageTogether system consists of three modules; 1) Collaborative Browsing Module, 2) Multimedia Conferencing Module and 3) Data Conferencing Module. These three modules are interconnected with using Multi-Protocol Interface, which combines ITU-T H.323 recommendation, ITU-T T.120 recommendation and our proprietary protocols into one unified system. We also implemented the PageTogether web site. In this site, an Internet user can write his expert knowledge or something of his interest. It is listed up in the web board. If a visitor clicks the link in the board, he can connect with the writer.
In this paper, we introduce PageTogether system in which Internet users can communicate with video/audio channels, navigate web pages simultaneously and cooperate for their work together. PageTogether system consists of three modules; 1) Collaborative Browsing Module, 2) Multimedia Conferencing Module and 3) Data Conferencing Module. These three modules are interconnected with using Multi-Protocol Interface, which combines ITU-T H.323 recommendation, ITU-T T.120 recommendation and our proprietary protocols into one unified system. We also implemented the PageTogether web site. In this site, an Internet user can write his expert knowledge or something of his interest. It is listed up in the web board. If a visitor clicks the link in the board, he can connect with the writer.
In this paper, we introduce PageTogether system in which Internet users can communicate with video/audio channels, navigate web pages simultaneously and cooperate for their work together. PageTogether system consists of three modules; 1) Collaborative Browsing Module, 2) Multimedia Conferencing Module and 3) Data Conferencing Module. These three modules are interconnected with using Multi-Protocol Interface, which combines ITU-T H.323 recommendation, ITU-T T.120 recommendation and our proprietary protocols into one unified system. We also implemented the PageTogether web site. In this site, an Internet user can write his expert knowledge or something of his interest. It is listed up in the web board. If a visitor clicks the link in the board, he can connect with the writer.
In this paper, we introduce PageTogether system in which Internet users can communicate with video/audio channels, navigate web pages simultaneously and cooperate for their work together. PageTogether system consists of three modules; 1) Collaborative Browsing Module, 2) Multimedia Conferencing Module and 3) Data Conferencing Module. These three modules are interconnected with using Multi-Protocol Interface, which combines ITU-T H.323 recommendation, ITU-T T.120 recommendation and our proprietary protocols into one unified system. We also implemented the PageTogether web site. In this site, an Internet user can write his expert knowledge or something of his interest. It is listed up in the web board. If a visitor clicks the link in the board, he can connect with the writer.