Data Communication

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Le Gruenwald - One of the best experts on this subject based on the ideXlab platform.

  • ISCA PDCS - A Mobile Ad-Hoc Network Data Communication Benchmark.
    2020
    Co-Authors: L. Fife, Le Gruenwald
    Abstract:

    A Mobile Ad-Hoc Network is a wireless, selforganizing network where all clients and all servers are mobile and battery powered. Currently, most MANET research has been centered on Data routing. Increasingly, Data Communication methods in MANET are being explored. A MANET allows Data Communication through Data broadcast, Data query, and peer-to-peer messages. One significant difficulty in assessing and comparing the different MANET Data Communication protocols proposed is the lack of a standard test environment or benchmark. A MANET Data Communication benchmark must include, at a minimum, a standard architecture, standard workload, and a standard set of evaluation parameters. This paper describes the major features of a MANET Data Communication benchmark and demonstrates the benchmark through analysis and simulation of the TriM MANET Data Communication protocol. This is the first benchmark targeted at MANET Data Communication

  • TriM: Tri-Modal Data Communication in Mobile Ad-Hoc networks
    Lecture Notes in Computer Science, 2020
    Co-Authors: L. Fife, Le Gruenwald
    Abstract:

    A Mobile Ad-Hoc Network (MANET) is a group of wireless, mobile, battery-powered clients and servers that autonomously form temporary networks. Three Data Communication modes can be provided in a MANET, Data broadcast, Data query, and peer-to-peer messaging. Currently, no MANET Data Communication protocol provides the ability to use all MANET Data Communication modes. The objective of this research is to develop a MANET Data Communication protocol, TriM (for Tri-Modal Communication), capable of providing all three Data Communication methods. TriM was designed to accommodate node disconnection and reconnection through periodic synchronization. Each part of the protocol has minimum power consumption as a goal. Simulation showed TriM minimizes the average power consumption of servers and clients while accommodating node disconnection.

  • Improving MANET Data Communication in Large Geographic Areas
    2006
    Co-Authors: L. Fife, Le Gruenwald
    Abstract:

    A Mobile Ad-Hoc Network (MANET) is a group of wireless, mobile, battery-powered clients and servers that autonomously form temporary networks. Three Data Communication modes can be provided in a MANET: Data broadcast, Data query, and peer-to-peer messaging. Previously, the TriM Data Communication protocol (TriModal Communication) has been shown to be capable of providing all three Data Communication modes in both small (1km x 1km) and large (10km x 15km) areas. However, performance of the protocol was severely degraded as the size of the area served increased. In this paper we consider improvements to MANET clients and servers that better allow it to provide Data Communication services to nodes throughout larger geographic areas. Simulation shows that TriM is not only capable of providing power-aware and mobile-aware Data Communication services in larger geographic regions but that these services can be provided at a high level of availability.

  • A mobile ad-hoc network Data Communication benchmark
    Proc. 18th International Conference on Parallel and Distributed Computing Systems, 2005
    Co-Authors: L. Fife, Le Gruenwald
    Abstract:

    -A Mobile Ad-Hoc Network is a wireless, self-organizing network where all clients and all servers are mobile and battery powered. Currently, most MANET research has been centered on Data routing. Increasingly, Data Communication methods in MANET are being explored. A MANET allows Data Communication through Data broadcast, Data query, and peer-to-peer messages. One significant difficulty in assessing and comparing the different MANET Data Communication protocols proposed is the lack of a standard test environment or benchmark. A MANET Data Communication benchmark must include, at a minimum, a standard architecture, standard workload, and a standard set of evaluation parameters. This paper describes the major features of a MANET Data Communication benchmark and demonstrates the benchmark through analysis and simulation of the TriM MANET Data Communication protocol. This is the first benchmark targeted at MANET Data Communication research.

L. Fife - One of the best experts on this subject based on the ideXlab platform.

  • ISCA PDCS - A Mobile Ad-Hoc Network Data Communication Benchmark.
    2020
    Co-Authors: L. Fife, Le Gruenwald
    Abstract:

    A Mobile Ad-Hoc Network is a wireless, selforganizing network where all clients and all servers are mobile and battery powered. Currently, most MANET research has been centered on Data routing. Increasingly, Data Communication methods in MANET are being explored. A MANET allows Data Communication through Data broadcast, Data query, and peer-to-peer messages. One significant difficulty in assessing and comparing the different MANET Data Communication protocols proposed is the lack of a standard test environment or benchmark. A MANET Data Communication benchmark must include, at a minimum, a standard architecture, standard workload, and a standard set of evaluation parameters. This paper describes the major features of a MANET Data Communication benchmark and demonstrates the benchmark through analysis and simulation of the TriM MANET Data Communication protocol. This is the first benchmark targeted at MANET Data Communication

  • TriM: Tri-Modal Data Communication in Mobile Ad-Hoc networks
    Lecture Notes in Computer Science, 2020
    Co-Authors: L. Fife, Le Gruenwald
    Abstract:

    A Mobile Ad-Hoc Network (MANET) is a group of wireless, mobile, battery-powered clients and servers that autonomously form temporary networks. Three Data Communication modes can be provided in a MANET, Data broadcast, Data query, and peer-to-peer messaging. Currently, no MANET Data Communication protocol provides the ability to use all MANET Data Communication modes. The objective of this research is to develop a MANET Data Communication protocol, TriM (for Tri-Modal Communication), capable of providing all three Data Communication methods. TriM was designed to accommodate node disconnection and reconnection through periodic synchronization. Each part of the protocol has minimum power consumption as a goal. Simulation showed TriM minimizes the average power consumption of servers and clients while accommodating node disconnection.

  • Improving MANET Data Communication in Large Geographic Areas
    2006
    Co-Authors: L. Fife, Le Gruenwald
    Abstract:

    A Mobile Ad-Hoc Network (MANET) is a group of wireless, mobile, battery-powered clients and servers that autonomously form temporary networks. Three Data Communication modes can be provided in a MANET: Data broadcast, Data query, and peer-to-peer messaging. Previously, the TriM Data Communication protocol (TriModal Communication) has been shown to be capable of providing all three Data Communication modes in both small (1km x 1km) and large (10km x 15km) areas. However, performance of the protocol was severely degraded as the size of the area served increased. In this paper we consider improvements to MANET clients and servers that better allow it to provide Data Communication services to nodes throughout larger geographic areas. Simulation shows that TriM is not only capable of providing power-aware and mobile-aware Data Communication services in larger geographic regions but that these services can be provided at a high level of availability.

  • A mobile ad-hoc network Data Communication benchmark
    Proc. 18th International Conference on Parallel and Distributed Computing Systems, 2005
    Co-Authors: L. Fife, Le Gruenwald
    Abstract:

    -A Mobile Ad-Hoc Network is a wireless, self-organizing network where all clients and all servers are mobile and battery powered. Currently, most MANET research has been centered on Data routing. Increasingly, Data Communication methods in MANET are being explored. A MANET allows Data Communication through Data broadcast, Data query, and peer-to-peer messages. One significant difficulty in assessing and comparing the different MANET Data Communication protocols proposed is the lack of a standard test environment or benchmark. A MANET Data Communication benchmark must include, at a minimum, a standard architecture, standard workload, and a standard set of evaluation parameters. This paper describes the major features of a MANET Data Communication benchmark and demonstrates the benchmark through analysis and simulation of the TriM MANET Data Communication protocol. This is the first benchmark targeted at MANET Data Communication research.

S. Arai - One of the best experts on this subject based on the ideXlab platform.

Ki-chul Shin - One of the best experts on this subject based on the ideXlab platform.

N. Serizawa - One of the best experts on this subject based on the ideXlab platform.

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