The Experts below are selected from a list of 255 Experts worldwide ranked by ideXlab platform
M. Lima-marques - One of the best experts on this subject based on the ideXlab platform.
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FUZZ-IEEE - Quality of Service Control in IP Networks Using Fuzzy Logic for Policy Condition Evaluation
The 14th IEEE International Conference on Fuzzy Systems 2005. FUZZ '05., 2005Co-Authors: R.a. Resende, Nader A. Nassif, M.a. De Siqueira, A.e. Da Silva, M. Lima-marquesAbstract:This paper presents the architecture of a policy-based network management system designed specifically for quality of service management, where high level business policies are modeled as ECA (event-condition-action) rules. Specifically, the system is mainly based on the policy architecture being proposed by the IETF (Internet engineering task force), DMTF (distributed management task force), and TMF (Telemanagement Forum) standardization bodies. This work proposes a novel approach for policy condition evaluation using fuzzy logic. The fuzzy controller has the ability to examine policy conditions differently from default condition analyzers that employ simple conditions formed by a set of (IFs, ANDs and ORs), allowing the consideration and correlation of several input variables before taking decisions for the execution of policy actions. The system have been implemented and evaluated over a test bed network formed by Ciscoreg routers
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FUZZ-IEEE - Quality of Service Control in IP Networks Using Fuzzy Logic for Policy Condition Evaluation
The 14th IEEE International Conference on Fuzzy Systems 2005. FUZZ '05., 2005Co-Authors: R.a. Resende, Nader A. Nassif, M.a. De Siqueira, A.e. Da Silva, M. Lima-marquesAbstract:This paper presents the architecture of a policy-based network management system designed specifically for quality of service management, where high level business policies are modeled as ECA (event-condition-action) rules. Specifically, the system is mainly based on the policy architecture being proposed by the IETF (Internet engineering task force), DMTF (distributed management task force), and TMF (Telemanagement Forum) standardization bodies. This work proposes a novel approach for policy condition evaluation using fuzzy logic. The fuzzy controller has the ability to examine policy conditions differently from default condition analyzers that employ simple conditions formed by a set of (IFs, ANDs and ORs), allowing the consideration and correlation of several input variables before taking decisions for the execution of policy actions. The system have been implemented and evaluated over a test bed network formed by Ciscoreg routers
D Raymer - One of the best experts on this subject based on the ideXlab platform.
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implementing next generation services using policy based management and autonomic computing principles
Network Operations and Management Symposium, 2006Co-Authors: John Strassner, D RaymerAbstract:Motorola's Seamless Mobility solution is one specific example of generic next generation services. Such services use applications that provide a world of simple, intuitive, and uninterrupted access to information based on the user's context. Fundamental to this concept are technology enablers that facilitate gathering and processing of information, supported by communication across diverse environments, devices and networks. This will require technical innovation on many fronts, all anchored by an architecture that can be customized to adapt to different levels of user sophistication. A main goal of the architecture is to provide customizable user experiences. This paper describes a unique architecture that is based on autonomic computing principles. Its decisions are governed by the DEN-ng policy management architecture, and based on a set of extensions to the Telemanagement Forum (TMF's) Next Generation Operational Systems and Software (NGOSS) technology-neutral architecture.
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NOMS - Implementing Next Generation Services Using Policy-Based Management and Autonomic Computing Principles
2006 IEEE IFIP Network Operations and Management Symposium NOMS 2006, 2006Co-Authors: John Strassner, D RaymerAbstract:Motorola's Seamless Mobility solution is one specific example of generic next generation services. Such services use applications that provide a world of simple, intuitive, and uninterrupted access to information based on the user's context. Fundamental to this concept are technology enablers that facilitate gathering and processing of information, supported by communication across diverse environments, devices and networks. This will require technical innovation on many fronts, all anchored by an architecture that can be customized to adapt to different levels of user sophistication. A main goal of the architecture is to provide customizable user experiences. This paper describes a unique architecture that is based on autonomic computing principles. Its decisions are governed by the DEN-ng policy management architecture, and based on a set of extensions to the Telemanagement Forum (TMF's) Next Generation Operational Systems and Software (NGOSS) technology-neutral architecture.
R.a. Resende - One of the best experts on this subject based on the ideXlab platform.
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FUZZ-IEEE - Quality of Service Control in IP Networks Using Fuzzy Logic for Policy Condition Evaluation
The 14th IEEE International Conference on Fuzzy Systems 2005. FUZZ '05., 2005Co-Authors: R.a. Resende, Nader A. Nassif, M.a. De Siqueira, A.e. Da Silva, M. Lima-marquesAbstract:This paper presents the architecture of a policy-based network management system designed specifically for quality of service management, where high level business policies are modeled as ECA (event-condition-action) rules. Specifically, the system is mainly based on the policy architecture being proposed by the IETF (Internet engineering task force), DMTF (distributed management task force), and TMF (Telemanagement Forum) standardization bodies. This work proposes a novel approach for policy condition evaluation using fuzzy logic. The fuzzy controller has the ability to examine policy conditions differently from default condition analyzers that employ simple conditions formed by a set of (IFs, ANDs and ORs), allowing the consideration and correlation of several input variables before taking decisions for the execution of policy actions. The system have been implemented and evaluated over a test bed network formed by Ciscoreg routers
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FUZZ-IEEE - Quality of Service Control in IP Networks Using Fuzzy Logic for Policy Condition Evaluation
The 14th IEEE International Conference on Fuzzy Systems 2005. FUZZ '05., 2005Co-Authors: R.a. Resende, Nader A. Nassif, M.a. De Siqueira, A.e. Da Silva, M. Lima-marquesAbstract:This paper presents the architecture of a policy-based network management system designed specifically for quality of service management, where high level business policies are modeled as ECA (event-condition-action) rules. Specifically, the system is mainly based on the policy architecture being proposed by the IETF (Internet engineering task force), DMTF (distributed management task force), and TMF (Telemanagement Forum) standardization bodies. This work proposes a novel approach for policy condition evaluation using fuzzy logic. The fuzzy controller has the ability to examine policy conditions differently from default condition analyzers that employ simple conditions formed by a set of (IFs, ANDs and ORs), allowing the consideration and correlation of several input variables before taking decisions for the execution of policy actions. The system have been implemented and evaluated over a test bed network formed by Ciscoreg routers
M.a. De Siqueira - One of the best experts on this subject based on the ideXlab platform.
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Quality of service control in IP networks using Fuzzy Logic for policy condition evaluation
2008Co-Authors: Resende, Raulison A., M.a. De Siqueira, Nassif, Nadia A., Ademilson A. Da ,silva, Lima-marques MamedeAbstract:This paper presents the architecture of a policy- based network management system designed specifically for Quality of Service management, where high level business policies are modeled as ECA (Event-Condition-Action) rules. Specifically, the system is mainly based on the policy architecture being proposed by the IETF (Internet Engineering Task Force), DMTF (Distributed Management Task Force), and TMF (Telemanagement Forum) standardization bodies. This work proposes a novel approach for policy condition evaluation using fuzzy logic. The fuzzy controller has the ability to examine policy conditions differently from default condition analyzers that employ simple conditions formed by a set of (IFs, ANDs and ORs), allowing the consideration and correlation of several input variables before taking decisions for the execution of policy actions. The system have been implemented and evaluated over a test bed network formed by Cisco® routers
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FUZZ-IEEE - Quality of Service Control in IP Networks Using Fuzzy Logic for Policy Condition Evaluation
The 14th IEEE International Conference on Fuzzy Systems 2005. FUZZ '05., 2005Co-Authors: R.a. Resende, Nader A. Nassif, M.a. De Siqueira, A.e. Da Silva, M. Lima-marquesAbstract:This paper presents the architecture of a policy-based network management system designed specifically for quality of service management, where high level business policies are modeled as ECA (event-condition-action) rules. Specifically, the system is mainly based on the policy architecture being proposed by the IETF (Internet engineering task force), DMTF (distributed management task force), and TMF (Telemanagement Forum) standardization bodies. This work proposes a novel approach for policy condition evaluation using fuzzy logic. The fuzzy controller has the ability to examine policy conditions differently from default condition analyzers that employ simple conditions formed by a set of (IFs, ANDs and ORs), allowing the consideration and correlation of several input variables before taking decisions for the execution of policy actions. The system have been implemented and evaluated over a test bed network formed by Ciscoreg routers
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FUZZ-IEEE - Quality of Service Control in IP Networks Using Fuzzy Logic for Policy Condition Evaluation
The 14th IEEE International Conference on Fuzzy Systems 2005. FUZZ '05., 2005Co-Authors: R.a. Resende, Nader A. Nassif, M.a. De Siqueira, A.e. Da Silva, M. Lima-marquesAbstract:This paper presents the architecture of a policy-based network management system designed specifically for quality of service management, where high level business policies are modeled as ECA (event-condition-action) rules. Specifically, the system is mainly based on the policy architecture being proposed by the IETF (Internet engineering task force), DMTF (distributed management task force), and TMF (Telemanagement Forum) standardization bodies. This work proposes a novel approach for policy condition evaluation using fuzzy logic. The fuzzy controller has the ability to examine policy conditions differently from default condition analyzers that employ simple conditions formed by a set of (IFs, ANDs and ORs), allowing the consideration and correlation of several input variables before taking decisions for the execution of policy actions. The system have been implemented and evaluated over a test bed network formed by Ciscoreg routers
John Strassner - One of the best experts on this subject based on the ideXlab platform.
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Technology Neutral Principles and Concepts for Autonomic Networking
Advanced Autonomic Networking and Communication, 2007Co-Authors: Sven Van Der Meer, John Strassner, Joel Fleck, Martin Huddleston, Dave Raymer, Willie DonnellyAbstract:The 2006 MACE workshop [1, 28] has presented the drivers and challenges of Autonomic Networking [2] and fostered an understanding of emerging principles for this new type of networks [3]. In this paper, we present concepts and principles that define a technological neutral, architectural perspective of Autonomic Networks. The work presented in largely based on work within the Architecture team of the Telemanagement Forum (Technological Neutral Architecture, [4]) and joined research work of industrial and academic research teams (for example Ericsson [5], HP & QinetiQ [6] and Motorola [7]). The goal of this paper is to provide the reader with manageability guidelines and architectural patterns leading to the development of manageable autonomic software and communication systems. We present a component-based, distributed system architecture and an associated set of critical system services that Autonomic Networks require. Since we tackle the problem from a technologically neutral angle, this paper will not prescribe a single new technology, but rather provide a means that allows for federating different technologies, each of which offers particular advantages at business and system levels. In particular, it enables business concepts and principles to drive system design and architectures. This may be further implemented using currently available distributed systems information technologies.
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implementing next generation services using policy based management and autonomic computing principles
Network Operations and Management Symposium, 2006Co-Authors: John Strassner, D RaymerAbstract:Motorola's Seamless Mobility solution is one specific example of generic next generation services. Such services use applications that provide a world of simple, intuitive, and uninterrupted access to information based on the user's context. Fundamental to this concept are technology enablers that facilitate gathering and processing of information, supported by communication across diverse environments, devices and networks. This will require technical innovation on many fronts, all anchored by an architecture that can be customized to adapt to different levels of user sophistication. A main goal of the architecture is to provide customizable user experiences. This paper describes a unique architecture that is based on autonomic computing principles. Its decisions are governed by the DEN-ng policy management architecture, and based on a set of extensions to the Telemanagement Forum (TMF's) Next Generation Operational Systems and Software (NGOSS) technology-neutral architecture.
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NOMS - Implementing Next Generation Services Using Policy-Based Management and Autonomic Computing Principles
2006 IEEE IFIP Network Operations and Management Symposium NOMS 2006, 2006Co-Authors: John Strassner, D RaymerAbstract:Motorola's Seamless Mobility solution is one specific example of generic next generation services. Such services use applications that provide a world of simple, intuitive, and uninterrupted access to information based on the user's context. Fundamental to this concept are technology enablers that facilitate gathering and processing of information, supported by communication across diverse environments, devices and networks. This will require technical innovation on many fronts, all anchored by an architecture that can be customized to adapt to different levels of user sophistication. A main goal of the architecture is to provide customizable user experiences. This paper describes a unique architecture that is based on autonomic computing principles. Its decisions are governed by the DEN-ng policy management architecture, and based on a set of extensions to the Telemanagement Forum (TMF's) Next Generation Operational Systems and Software (NGOSS) technology-neutral architecture.
