The Experts below are selected from a list of 219 Experts worldwide ranked by ideXlab platform
Muriel Medard - One of the best experts on this subject based on the ideXlab platform.
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processing of wireless signals to preserve Wireline Network resources
Wireless Communications and Networking Conference, 1999Co-Authors: Muriel MedardAbstract:In order increase the capacity in the wireless domain, the signals from several distributed receivers may be combined. The combining of these signals typically requires transmission over a Wireline Network. In the Wireline domain, signals may be transmitted to a single centralized processing node or may be processed in a distributed fashion at several nodes in the Network. We compare, for white Gaussian noise channels, the capacity gains that can be obtained from distributed processing of Wireline signals to the capacity gains obtained using maximum likelihood ratio combining at a single processing node. We find that, by using optimal detection techniques, the bandwidth requirements in the Wireline domain can be significantly reduced without reducing the capacity in the wireless domain. These gains in capacity are achieved by eliminating transmission of redundant information in the Wireline Network.
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WCNC - Processing of wireless signals to preserve Wireline Network resources
WCNC. 1999 IEEE Wireless Communications and Networking Conference (Cat. No.99TH8466), 1999Co-Authors: Muriel MedardAbstract:In order increase the capacity in the wireless domain, the signals from several distributed receivers may be combined. The combining of these signals typically requires transmission over a Wireline Network. In the Wireline domain, signals may be transmitted to a single centralized processing node or may be processed in a distributed fashion at several nodes in the Network. We compare, for white Gaussian noise channels, the capacity gains that can be obtained from distributed processing of Wireline signals to the capacity gains obtained using maximum likelihood ratio combining at a single processing node. We find that, by using optimal detection techniques, the bandwidth requirements in the Wireline domain can be significantly reduced without reducing the capacity in the wireless domain. These gains in capacity are achieved by eliminating transmission of redundant information in the Wireline Network.
Iakovos S Venieris - One of the best experts on this subject based on the ideXlab platform.
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seamless and uniterrupted interworking of wireless and Wireline Network technologies
Lecture Notes in Computer Science, 2000Co-Authors: Konstantinos Vaxevanakis, Sotirios Maniatis, Nikolaos Nikolaou, Iakovos S VenierisAbstract:The Internet Protocol (IP) dominates in today's data communication infrastructures. The Network evolution also favors the explosion of the wireless Network technologies. The latter have to be combined and interoperate properly with current Wireline installations. Although IP assures interoperability, there are open interworking issues at the session, Network, and data link layers related to the nature of the wireless environment. The architecture presented in this paper, proposes specific enhancements to an IP infrastructure, that alleviate the deficiencies of wireless Networks and propel the efficient interworking between Wireline and wireless Network technologies.
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INTERWORKING - Seamless and Uniterrupted Interworking of Wireless and Wireline Network Technologies
Lecture Notes in Computer Science, 2000Co-Authors: Konstantinos Vaxevanakis, Sotirios Maniatis, Nikolaos Nikolaou, Iakovos S VenierisAbstract:The Internet Protocol (IP) dominates in today's data communication infrastructures. The Network evolution also favors the explosion of the wireless Network technologies. The latter have to be combined and interoperate properly with current Wireline installations. Although IP assures interoperability, there are open interworking issues at the session, Network, and data link layers related to the nature of the wireless environment. The architecture presented in this paper, proposes specific enhancements to an IP infrastructure, that alleviate the deficiencies of wireless Networks and propel the efficient interworking between Wireline and wireless Network technologies.
Konstantinos Vaxevanakis - One of the best experts on this subject based on the ideXlab platform.
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seamless and uniterrupted interworking of wireless and Wireline Network technologies
Lecture Notes in Computer Science, 2000Co-Authors: Konstantinos Vaxevanakis, Sotirios Maniatis, Nikolaos Nikolaou, Iakovos S VenierisAbstract:The Internet Protocol (IP) dominates in today's data communication infrastructures. The Network evolution also favors the explosion of the wireless Network technologies. The latter have to be combined and interoperate properly with current Wireline installations. Although IP assures interoperability, there are open interworking issues at the session, Network, and data link layers related to the nature of the wireless environment. The architecture presented in this paper, proposes specific enhancements to an IP infrastructure, that alleviate the deficiencies of wireless Networks and propel the efficient interworking between Wireline and wireless Network technologies.
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INTERWORKING - Seamless and Uniterrupted Interworking of Wireless and Wireline Network Technologies
Lecture Notes in Computer Science, 2000Co-Authors: Konstantinos Vaxevanakis, Sotirios Maniatis, Nikolaos Nikolaou, Iakovos S VenierisAbstract:The Internet Protocol (IP) dominates in today's data communication infrastructures. The Network evolution also favors the explosion of the wireless Network technologies. The latter have to be combined and interoperate properly with current Wireline installations. Although IP assures interoperability, there are open interworking issues at the session, Network, and data link layers related to the nature of the wireless environment. The architecture presented in this paper, proposes specific enhancements to an IP infrastructure, that alleviate the deficiencies of wireless Networks and propel the efficient interworking between Wireline and wireless Network technologies.
Sotirios Maniatis - One of the best experts on this subject based on the ideXlab platform.
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seamless and uniterrupted interworking of wireless and Wireline Network technologies
Lecture Notes in Computer Science, 2000Co-Authors: Konstantinos Vaxevanakis, Sotirios Maniatis, Nikolaos Nikolaou, Iakovos S VenierisAbstract:The Internet Protocol (IP) dominates in today's data communication infrastructures. The Network evolution also favors the explosion of the wireless Network technologies. The latter have to be combined and interoperate properly with current Wireline installations. Although IP assures interoperability, there are open interworking issues at the session, Network, and data link layers related to the nature of the wireless environment. The architecture presented in this paper, proposes specific enhancements to an IP infrastructure, that alleviate the deficiencies of wireless Networks and propel the efficient interworking between Wireline and wireless Network technologies.
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INTERWORKING - Seamless and Uniterrupted Interworking of Wireless and Wireline Network Technologies
Lecture Notes in Computer Science, 2000Co-Authors: Konstantinos Vaxevanakis, Sotirios Maniatis, Nikolaos Nikolaou, Iakovos S VenierisAbstract:The Internet Protocol (IP) dominates in today's data communication infrastructures. The Network evolution also favors the explosion of the wireless Network technologies. The latter have to be combined and interoperate properly with current Wireline installations. Although IP assures interoperability, there are open interworking issues at the session, Network, and data link layers related to the nature of the wireless environment. The architecture presented in this paper, proposes specific enhancements to an IP infrastructure, that alleviate the deficiencies of wireless Networks and propel the efficient interworking between Wireline and wireless Network technologies.
Nikolaos Nikolaou - One of the best experts on this subject based on the ideXlab platform.
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seamless and uniterrupted interworking of wireless and Wireline Network technologies
Lecture Notes in Computer Science, 2000Co-Authors: Konstantinos Vaxevanakis, Sotirios Maniatis, Nikolaos Nikolaou, Iakovos S VenierisAbstract:The Internet Protocol (IP) dominates in today's data communication infrastructures. The Network evolution also favors the explosion of the wireless Network technologies. The latter have to be combined and interoperate properly with current Wireline installations. Although IP assures interoperability, there are open interworking issues at the session, Network, and data link layers related to the nature of the wireless environment. The architecture presented in this paper, proposes specific enhancements to an IP infrastructure, that alleviate the deficiencies of wireless Networks and propel the efficient interworking between Wireline and wireless Network technologies.
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INTERWORKING - Seamless and Uniterrupted Interworking of Wireless and Wireline Network Technologies
Lecture Notes in Computer Science, 2000Co-Authors: Konstantinos Vaxevanakis, Sotirios Maniatis, Nikolaos Nikolaou, Iakovos S VenierisAbstract:The Internet Protocol (IP) dominates in today's data communication infrastructures. The Network evolution also favors the explosion of the wireless Network technologies. The latter have to be combined and interoperate properly with current Wireline installations. Although IP assures interoperability, there are open interworking issues at the session, Network, and data link layers related to the nature of the wireless environment. The architecture presented in this paper, proposes specific enhancements to an IP infrastructure, that alleviate the deficiencies of wireless Networks and propel the efficient interworking between Wireline and wireless Network technologies.
