A distributed multiparty desktop conferencing system called MERMAID, is described. This system allows a group of users, seated at their desks, to conduct a meeting from their personal computers (PC). Participants can jointly view and process multimedia conference documents, including text, graphics, scanned images and handwritten figures they are sharing, and they can simultaneously interchange voice and video images through ISDN, IVD-LAN(Integrated Voice and Data LAN which has a common line interface of both ISDN and Ethernet) , satellite network and high speed data network. The MERMAID is implemented by using OS/2 based PCs with electronic writing pads, image scanners, microphone-installed loudspeakers, video cameras, etc. The MERMAID[Sakata90; Watabe90] is designed based on Group Communication Architecture (GCA). GCA is a framework for supporting group cooperative work in a distributed environment. It consists of two models: a function model, which defines hierarchically structured service functions, and a system model, which provides client-server model based service interfaces and multimedia communication protocols. MERMAID has been proven effective and feasible through daily use evaluation by around thirty members, involved in such activities as collaborative software design and development among distributed offices and laboratories.
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Kazutoshi MAENO, Shiro SAKATA, Toyoko OHMORI, Kazuo WATABE, Hideyuki FUKUOKA, "Distributed Desktop Conferencing System (MERMAID) Based on Group Communication Architecture" in IEICE TRANSACTIONS on Communications,
vol. E74-B, no. 9, pp. 2765-2771, September 1991, doi: .
Abstract: A distributed multiparty desktop conferencing system called MERMAID, is described. This system allows a group of users, seated at their desks, to conduct a meeting from their personal computers (PC). Participants can jointly view and process multimedia conference documents, including text, graphics, scanned images and handwritten figures they are sharing, and they can simultaneously interchange voice and video images through ISDN, IVD-LAN(Integrated Voice and Data LAN which has a common line interface of both ISDN and Ethernet) , satellite network and high speed data network. The MERMAID is implemented by using OS/2 based PCs with electronic writing pads, image scanners, microphone-installed loudspeakers, video cameras, etc. The MERMAID[Sakata90; Watabe90] is designed based on Group Communication Architecture (GCA). GCA is a framework for supporting group cooperative work in a distributed environment. It consists of two models: a function model, which defines hierarchically structured service functions, and a system model, which provides client-server model based service interfaces and multimedia communication protocols. MERMAID has been proven effective and feasible through daily use evaluation by around thirty members, involved in such activities as collaborative software design and development among distributed offices and laboratories.
URL: https://global.ieice.org/en_transactions/communications/10.1587/e74-b_9_2765/_p
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@ARTICLE{e74-b_9_2765,
author={Kazutoshi MAENO, Shiro SAKATA, Toyoko OHMORI, Kazuo WATABE, Hideyuki FUKUOKA, },
journal={IEICE TRANSACTIONS on Communications},
title={Distributed Desktop Conferencing System (MERMAID) Based on Group Communication Architecture},
year={1991},
volume={E74-B},
number={9},
pages={2765-2771},
abstract={A distributed multiparty desktop conferencing system called MERMAID, is described. This system allows a group of users, seated at their desks, to conduct a meeting from their personal computers (PC). Participants can jointly view and process multimedia conference documents, including text, graphics, scanned images and handwritten figures they are sharing, and they can simultaneously interchange voice and video images through ISDN, IVD-LAN(Integrated Voice and Data LAN which has a common line interface of both ISDN and Ethernet) , satellite network and high speed data network. The MERMAID is implemented by using OS/2 based PCs with electronic writing pads, image scanners, microphone-installed loudspeakers, video cameras, etc. The MERMAID[Sakata90; Watabe90] is designed based on Group Communication Architecture (GCA). GCA is a framework for supporting group cooperative work in a distributed environment. It consists of two models: a function model, which defines hierarchically structured service functions, and a system model, which provides client-server model based service interfaces and multimedia communication protocols. MERMAID has been proven effective and feasible through daily use evaluation by around thirty members, involved in such activities as collaborative software design and development among distributed offices and laboratories.},
keywords={},
doi={},
ISSN={},
month={September},}
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TY - JOUR
TI - Distributed Desktop Conferencing System (MERMAID) Based on Group Communication Architecture
T2 - IEICE TRANSACTIONS on Communications
SP - 2765
EP - 2771
AU - Kazutoshi MAENO
AU - Shiro SAKATA
AU - Toyoko OHMORI
AU - Kazuo WATABE
AU - Hideyuki FUKUOKA
PY - 1991
DO -
JO - IEICE TRANSACTIONS on Communications
SN -
VL - E74-B
IS - 9
JA - IEICE TRANSACTIONS on Communications
Y1 - September 1991
AB - A distributed multiparty desktop conferencing system called MERMAID, is described. This system allows a group of users, seated at their desks, to conduct a meeting from their personal computers (PC). Participants can jointly view and process multimedia conference documents, including text, graphics, scanned images and handwritten figures they are sharing, and they can simultaneously interchange voice and video images through ISDN, IVD-LAN(Integrated Voice and Data LAN which has a common line interface of both ISDN and Ethernet) , satellite network and high speed data network. The MERMAID is implemented by using OS/2 based PCs with electronic writing pads, image scanners, microphone-installed loudspeakers, video cameras, etc. The MERMAID[Sakata90; Watabe90] is designed based on Group Communication Architecture (GCA). GCA is a framework for supporting group cooperative work in a distributed environment. It consists of two models: a function model, which defines hierarchically structured service functions, and a system model, which provides client-server model based service interfaces and multimedia communication protocols. MERMAID has been proven effective and feasible through daily use evaluation by around thirty members, involved in such activities as collaborative software design and development among distributed offices and laboratories.
ER -