The Experts below are selected from a list of 1767 Experts worldwide ranked by ideXlab platform

Hiroshi Sunaga - One of the best experts on this subject based on the ideXlab platform.

  • ICWS - Development of Service Control Server for Web-Telecom Coordination Service
    2008 IEEE International Conference on Web Services, 2008
    Co-Authors: Yoji Yamato, Hiroyuki Ohnishi, Hiroshi Sunaga
    Abstract:

    We propose the Service Control Technology for the Web-telecom coordination service, and we show our proposal effectiveness. In the NGN (Next-Generation Network), many new applications are expected using open network interfaces. In particular, we study the SDP (Service Delivery Platform) for coordinating existing Internet services and telecom services. In this paper, we propose the Service Control technology, which handles common process required in the telecom trigger Web-telecom coordination service. Our method achieves improvement in usability of telecom user, reliability of the coordination service, and processing performance. We implement our method two types (Proxy type, Callable type) and measured processing performance. In comparison to related technologies, we show our method effectiveness.

  • Development of Service Control Server for Web-Telecom Coordination Service
    2008 IEEE International Conference on Web Services, 2008
    Co-Authors: Yoji Yamato, Hiroyuki Ohnishi, Hiroshi Sunaga
    Abstract:

    We propose the Service Control Technology for the Web-telecom coordination service, and we show our proposal effectiveness. In the NGN (Next-Generation Network), many new applications are expected using open network interfaces. In particular, we study the SDP (Service Delivery Platform) for coordinating existing Internet services and telecom services. In this paper, we propose the Service Control technology, which handles common process required in the telecom trigger Web-telecom coordination service. Our method achieves improvement in usability of telecom user, reliability of the coordination service, and processing performance. We implement our method two types (Proxy type, Callable type) and measured processing performance. In comparison to related technologies, we show our method effectiveness.

Yoji Yamato - One of the best experts on this subject based on the ideXlab platform.

  • ICWS - Development of Service Control Server for Web-Telecom Coordination Service
    2008 IEEE International Conference on Web Services, 2008
    Co-Authors: Yoji Yamato, Hiroyuki Ohnishi, Hiroshi Sunaga
    Abstract:

    We propose the Service Control Technology for the Web-telecom coordination service, and we show our proposal effectiveness. In the NGN (Next-Generation Network), many new applications are expected using open network interfaces. In particular, we study the SDP (Service Delivery Platform) for coordinating existing Internet services and telecom services. In this paper, we propose the Service Control technology, which handles common process required in the telecom trigger Web-telecom coordination service. Our method achieves improvement in usability of telecom user, reliability of the coordination service, and processing performance. We implement our method two types (Proxy type, Callable type) and measured processing performance. In comparison to related technologies, we show our method effectiveness.

  • Development of Service Control Server for Web-Telecom Coordination Service
    2008 IEEE International Conference on Web Services, 2008
    Co-Authors: Yoji Yamato, Hiroyuki Ohnishi, Hiroshi Sunaga
    Abstract:

    We propose the Service Control Technology for the Web-telecom coordination service, and we show our proposal effectiveness. In the NGN (Next-Generation Network), many new applications are expected using open network interfaces. In particular, we study the SDP (Service Delivery Platform) for coordinating existing Internet services and telecom services. In this paper, we propose the Service Control technology, which handles common process required in the telecom trigger Web-telecom coordination service. Our method achieves improvement in usability of telecom user, reliability of the coordination service, and processing performance. We implement our method two types (Proxy type, Callable type) and measured processing performance. In comparison to related technologies, we show our method effectiveness.

A. Sangjoon - One of the best experts on this subject based on the ideXlab platform.

  • WORDS - An architecture for a tightly coupled conferencing system
    Proceedings Third International Workshop on Object-Oriented Real-Time Dependable Systems, 1997
    Co-Authors: A. Sangjoon
    Abstract:

    Describes an architecture for a tightly coupled conferencing system on an asynchronous transfer mode (ATM) network. In order to provide multicast service, we construct a multicast environment using a multicast address resolution Server (MARS) and multicast Servers (MCSs). The architecture provides conference Control services which provide tight coordination of conference membership over the environment. The services are provided by a conference Control Server (CCS). We propose a secondary CCS in order to support fault tolerance. When the primary CCS fails to perform its service, the secondary CCS rakes over the Control and continues conferencing without stopping.

  • An architecture for a tightly coupled conferencing system
    Proceedings Third International Workshop on Object-Oriented Real-Time Dependable Systems, 1997
    Co-Authors: A. Sangjoon
    Abstract:

    Describes an architecture for a tightly coupled conferencing system on an asynchronous transfer mode (ATM) network. In order to provide multicast service, we construct a multicast environment using a multicast address resolution Server (MARS) and multicast Servers (MCSs). The architecture provides conference Control services which provide tight coordination of conference membership over the environment. The services are provided by a conference Control Server (CCS). We propose a secondary CCS in order to support fault tolerance. When the primary CCS fails to perform its service, the secondary CCS rakes over the Control and continues conferencing without stopping.

Hiroyuki Ohnishi - One of the best experts on this subject based on the ideXlab platform.

  • ICWS - Development of Service Control Server for Web-Telecom Coordination Service
    2008 IEEE International Conference on Web Services, 2008
    Co-Authors: Yoji Yamato, Hiroyuki Ohnishi, Hiroshi Sunaga
    Abstract:

    We propose the Service Control Technology for the Web-telecom coordination service, and we show our proposal effectiveness. In the NGN (Next-Generation Network), many new applications are expected using open network interfaces. In particular, we study the SDP (Service Delivery Platform) for coordinating existing Internet services and telecom services. In this paper, we propose the Service Control technology, which handles common process required in the telecom trigger Web-telecom coordination service. Our method achieves improvement in usability of telecom user, reliability of the coordination service, and processing performance. We implement our method two types (Proxy type, Callable type) and measured processing performance. In comparison to related technologies, we show our method effectiveness.

  • Development of Service Control Server for Web-Telecom Coordination Service
    2008 IEEE International Conference on Web Services, 2008
    Co-Authors: Yoji Yamato, Hiroyuki Ohnishi, Hiroshi Sunaga
    Abstract:

    We propose the Service Control Technology for the Web-telecom coordination service, and we show our proposal effectiveness. In the NGN (Next-Generation Network), many new applications are expected using open network interfaces. In particular, we study the SDP (Service Delivery Platform) for coordinating existing Internet services and telecom services. In this paper, we propose the Service Control technology, which handles common process required in the telecom trigger Web-telecom coordination service. Our method achieves improvement in usability of telecom user, reliability of the coordination service, and processing performance. We implement our method two types (Proxy type, Callable type) and measured processing performance. In comparison to related technologies, we show our method effectiveness.

K. Takase - One of the best experts on this subject based on the ideXlab platform.

  • Distributed Telerobotics System Based on Common Object Request Broker Architecture
    Journal of Intelligent and Robotic Systems, 2020
    Co-Authors: Y. Hada, K. Takase
    Abstract:

    This paper proposes using CORBA as communication architecture to integrate network-distributed software and robotic systems in support systems for the aged or disabled. The proposed method keeps system costs low and expands availability. Its high scaling and inter-operating ability allows clients and Server objects that are written in different languages, run in different operating systems, and connected to different networks to inter-operate. It also enables the system to be extended and integrated with other technologies and applications distributed over the Internet. Based on CORBA, we developed hardware base including a robot arm and an omnidirectional mobile robot and application Servers including a task-level robot arm Control Server, live feedback image Server, mobile robot Control Server and iGPS Server. By remotely Controlling mobile robot to cooperate with the robot arm, the caregivers or family member can use the developed system for some basic services to the aged or disabled.

  • Telecare robotic system for support of elderly and disabled people
    Proceedings 2003 IEEE ASME International Conference on Advanced Intelligent Mechatronics (AIM 2003), 2003
    Co-Authors: Y. Hada, K. Takase
    Abstract:

    This paper describes the concept of telecare robotic system for support of elderly and disabled people using CORBA as communication architecture. The paper also details the architecture and key technologies of implementation of the system. The proposed system gives the care receivers the ability to operate the robotic systems to supply some basic daily services. Human care-givers in management center can manage the Control user and Control rights of robots, do supervisory Control to support the local user, and monitor the state of robot working and the aged or disabled staying alone at home or small-scale distributed facilities by video feedback. Using CORBA as a communication architecture, we developed hardware base, user management Server, task-level robot arm Control Server, live image feedback Server, mobile robot Control Server and iGPS Server, which can provide some basic care services to aid the aged and disabled. The developed system has the potential to improve the QoL of the aged or disabled and care cost in the future population-aging society.

  • Development of a human-assist robotic system using distributed computing technology
    Proceedings 2003 IEEE International Symposium on Computational Intelligence in Robotics and Automation. Computational Intelligence in Robotics and Aut, 2003
    Co-Authors: K. Takase
    Abstract:

    The population-aging problem is increasingly pressing the society. Thus, developing supporting system to improve care cost and the QoL of these elderly people is becoming particularly and timely important. Because of the dispersal of the elderly and disabled, a standard software sharing and improve the cost of writing and maintaining software is highly demanded. This paper proposes using distributing computing technology CORBA as communication architecture to integrate network distributed software and robotic systems to implement support system for the aged or disabled. Using CORBA as a communication architecture, we developed hardware base, user management Server, task-level robot arm Control Server, live image feedback Server, mobile robot Control Server and iGPS Server, which can provide some basic care services to aid the aged and disabled. The developed system has the potential to improve the QoL of the aged or disabled and care cost in the future population-aging society.

  • CIRA - Development of a human-assist robotic system using distributed computing technology
    Proceedings 2003 IEEE International Symposium on Computational Intelligence in Robotics and Automation. Computational Intelligence in Robotics and Aut, 2003
    Co-Authors: K. Takase
    Abstract:

    The population-aging problem is increasingly pressing the society. Thus, developing supporting system to improve care cost and the QoL of these elderly people is becoming particularly and timely important. Because of the dispersal of the elderly and disabled, a standard software sharing and improve the cost of writing and maintaining software is highly demanded. This paper proposes using distributing computing technology CORBA as communication architecture to integrate network distributed software and robotic systems to implement support system for the aged or disabled. Using CORBA as a communication architecture, we developed hardware base, user management Server, task-level robot arm Control Server, live image feedback Server, mobile robot Control Server and iGPS Server, which can provide some basic care services to aid the aged and disabled. The developed system has the potential to improve the QoL of the aged or disabled and care cost in the future population-aging society.

  • Development of a network distributed telecare robotic system using CORBA
    IEEE International Conference on Robotics Intelligent Systems and Signal Processing 2003. Proceedings. 2003, 2003
    Co-Authors: Y. Hada, K. Takase
    Abstract:

    The population-aging problem is increasingly pressing the society. Thus, developing supporting system to improve care cost and the QoL of these elderly people is becoming particularly and timely important. Because of the dispersal of the elderly and disabled, a standard software architecture that can implement network distributed software sharing and improve the cost of writing and maintaining software is highly demanded. This paper proposes using distributed computing technology CORBA to integrate network distributed software and robotic systems to implement support system for the aged or disabled. Using CORBA as a communication architecture, we developed hardware base, user management Server, task-level robot arm Control Server, live image feedback Server, mobile robot Control Server and iGPS Server, which can provide some basic care services to aid the aged and disabled. The developed system has the potential to improve the QoL of the aged or disabled and care cost in the future population-aging society.