The Experts below are selected from a list of 27 Experts worldwide ranked by ideXlab platform

Fiach Reid - One of the best experts on this subject based on the ideXlab platform.

  • Understanding the Internet and Network Programming
    Network programming in .NET, 2004
    Co-Authors: Fiach Reid
    Abstract:

    This chapter provides an overview of .NET network programming and gives a better understanding of what should be born in mind when working with networks. Network applications are developed with .NET, using either the C# or VB.NET programming language. Leveraging established technologies gives the general public greater access to software service because most users will already have a Web browser or email client on their computers. The chapter is broken up into three distinct sections: Networking Basics , Distributed Application Design , and Specialized Networking Topics . The last section provides a wealth of information on both niche and cutting-edge Internet technologies. These include content on telephony, packet Capture, Message queues, IPv6, and Microsoft's latest offerings in the field of distributed application development: Web services and remoting.

Mathias Weske - One of the best experts on this subject based on the ideXlab platform.

  • ICSOC - A Tool for Business Process Architecture Analysis
    Service-Oriented Computing, 2013
    Co-Authors: Rami-habib Eid-sabbagh, Marcin Hewelt, Mathias Weske
    Abstract:

    Business Process Architectures BPA are used for structuring and managing process collections. For optimising business processes a high level view on their interdependencies is necessary. BPAs allow to Capture Message and trigger flow relations between processes and their multiple process instances within a process collection. However, tools that allow analysis of BPAs besides visualization do not exist. This contribution presents a novel tool to model and to analyse the correctness of a BPA by transforming it into open nets, translate the correctness criteria into CTL formula and model check those using LoLA.

Rami-habib Eid-sabbagh - One of the best experts on this subject based on the ideXlab platform.

  • ICSOC - A Tool for Business Process Architecture Analysis
    Service-Oriented Computing, 2013
    Co-Authors: Rami-habib Eid-sabbagh, Marcin Hewelt, Mathias Weske
    Abstract:

    Business Process Architectures BPA are used for structuring and managing process collections. For optimising business processes a high level view on their interdependencies is necessary. BPAs allow to Capture Message and trigger flow relations between processes and their multiple process instances within a process collection. However, tools that allow analysis of BPAs besides visualization do not exist. This contribution presents a novel tool to model and to analyse the correctness of a BPA by transforming it into open nets, translate the correctness criteria into CTL formula and model check those using LoLA.

Kenzi Watanabe - One of the best experts on this subject based on the ideXlab platform.

  • CISIS - Development of Automatic Network Replication System for OpenFlow Network
    2014 Eighth International Conference on Complex Intelligent and Software Intensive Systems, 2014
    Co-Authors: Nobukazu Iguchi, Hiroaki Tsutsumi, Kenzi Watanabe
    Abstract:

    In this study, we developed an automatic network replication system for Open Flow network. This system can automatically and virtually replicate Open Flow network according to Captured information. This system consists of mainly two functions: Message Capture Function (MCF), Network Emulation Function (NEF). MCF is located between Open Flow controller and Open Flow switch. MCF can Capture Message information that is exchanged between Open Flow controller and Open Flow switch. In addition by use of LLDP, MCF can detect link information between Open Flow switches. Then, MCF performs topology inference by link information. NEF can replicate Open Flow network according to Captured Message information and link information. Users can do a test newly developed function of Open Flow freely and easily on just one PC by use of this system.

Roger Hammons - One of the best experts on this subject based on the ideXlab platform.

  • Third Generation Wireless Communication Technologies
    The International Series in Engineering and Computer Science, 1
    Co-Authors: Lin-nan Lee, Feng-wen Sun, Khalid Karimullah, Mustafa Eroz, Roger Hammons
    Abstract:

    The debate on the third generation wireless system is not about the selection of the core technologies, such as CDMA versus TDMA. Rather, it is on whether the design objectives properly address the market needs and whether there are sufficient technical innovations to achieve these objectives. This chapter discusses the essential design objectives for a successful third generation wireless system. A number of key innovations intended to meet these objectives are presented. We will briefly describe the cdma2000 forward and reverse link design. In the forward link an alternative approach for the 3X mode that exhibits advantages of two approaches currently included in the cdma2000 standard is outlined. In the reverse link, we will present a media access scheme that combines PRMA for large packets and ISMA with Capture Message for short packets to significantly improve the efficiency of channel utilisation for high-speed data transmission. In both the forward and reverse links, Turbo FEC codes further increase the underlying channel capacity by 50–60 percent. By combining an efficient reverse link multiple access architecture, and optimised FEC coding techniques, third generation wireless systems can reach an unprecedented level of performance in high-speed packet data delivery and improved voice capacity with minimum impact on implementation complexity.