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This paper reports on a project that focused on technology integration in P-12 or postsecondary classroom settings. Project objectives were: (1) to assist preservice teachers to develop teaching styles that make effective use of technology; (2) to promote preservice teacher use of technology-enhanced learning in their own education; and (3) to establish a model for technology integration that can grow and change with technology. A loosely organized toolset of familiar office applications was identified, and, over a period of approximately 18 months, an interactive World Wide Web site was developed to support project activities as the needs and interests of projects participants became apparent. Specific office applications were employed to establish standard formats for project materials, and the Web-based system gradually evolved into the primary channel for gathering and disseminating project information, support materials, and project-related documentation. Participant perspectives of the project director, Web development team, and student consultants are presented. (Contains 19 references.) (MES)

This paper reports on a project that focused on technology integration in P-12 or postsecondary classroom settings. Project objectives were: (1) to assist preservice teachers to develop teaching styles that make effective use of technology; (2) to promote preservice teacher use of technology-enhanced learning in their own education; and (3) to establish a model for technology integration that can grow and change with technology. A loosely organized toolset of familiar office applications was identified, and, over a period of approximately 18 months, an interactive World Wide Web site was developed to support project activities as the needs and interests of projects participants became apparent. Specific office applications were employed to establish standard formats for project materials, and the Web-based system gradually evolved into the primary channel for gathering and disseminating project information, support materials, and project-related documentation. Participant perspectives of the project director, Web development team, and student consultants are presented. (Contains 19 references.) (MES)

This paper reports on a project that focused on technology integration in P-12 or postsecondary classroom settings. Project objectives were: (1) to assist preservice teachers to develop teaching styles that make effective use of technology; (2) to promote preservice teacher use of technology-enhanced learning in their own education; and (3) to establish a model for technology integration that can grow and change with technology. A loosely organized toolset of familiar office applications was identified, and, over a period of approximately 18 months, an interactive World Wide Web site was developed to support project activities as the needs and interests of projects participants became apparent. Specific office applications were employed to establish standard formats for project materials, and the Web-based system gradually evolved into the primary channel for gathering and disseminating project information, support materials, and project-related documentation. Participant perspectives of the project director, Web development team, and student consultants are presented. (Contains 19 references.) (MES)

( Computer Supported Cooperative Work) Ralph Schroeder (auth.), Ralph Schroeder BA, MSc, Ph D (eds.) The Social Life Of Avatars Presence And Interaction In Shared Virtual Environments Springer Verlag

Computer Supported Cooperative Work: CSCW is an active publication covering theoretical, practical, technical and social issues in computer supported cooperative work. It was established in 1992 and is published bi-monthly by Springer Dordrecht. The aim of the journal is to promote knowledge and understanding of collaborative systems and endeavors in various domains. It publishes original research articles, case studies, and reviews, exploring topics such as computer-mediated communication, groupware systems, collaborative technologies, virtual teams, social computing, and distributed work. It welcomes contributions from researchers, practitioners, and scholars from diverse disciplines, including computer science, information technology, sociology, psychology, and organizational studies. Computer Supported Cooperative Work: CSCW can be found online at: https://www.springer.com/journal/10606

Computer Supported Cooperative Work : CSCW 1994: Volume 2 , Issue CONTENTS. Digitized from IA1532828-01 . Previous issue: sim_computer-supported-cooperative-work-cscw_1993_1_4 . Next issue: sim_computer-supported-cooperative-work-cscw_1994_2_1-2 .

Computer Supported Cooperative Work : CSCW 1994: Volume 2 , Issue CONTENTS. Digitized from IA1532828-01 . Previous issue: sim_computer-supported-cooperative-work-cscw_1993_1_4 . Next issue: sim_computer-supported-cooperative-work-cscw_1994_2_1-2 .

Computer Supported Cooperative Work : CSCW 1994: Volume 2 , Issue CONTENTS. Digitized from IA1532828-01 . Previous issue: sim_computer-supported-cooperative-work-cscw_1993_1_4 . Next issue: sim_computer-supported-cooperative-work-cscw_1994_2_1-2 .

Computer Supported Cooperative Work : CSCW 1994: Volume 2 , Issue CONTENTS. Digitized from IA1532828-01 . Previous issue: sim_computer-supported-cooperative-work-cscw_1993_1_4 . Next issue: sim_computer-supported-cooperative-work-cscw_1994_2_1-2 .

Computer Supported Cooperative Work : CSCW 1994: Volume 2 , Issue CONTENTS. Digitized from IA1532828-01 . Previous issue: sim_computer-supported-cooperative-work-cscw_1993_1_4 . Next issue: sim_computer-supported-cooperative-work-cscw_1994_2_1-2 .

Computer Supported Cooperative Work : CSCW 1994: Volume 2 , Issue CONTENTS. Digitized from IA1532828-01 . Previous issue: sim_computer-supported-cooperative-work-cscw_1993_1_4 . Next issue: sim_computer-supported-cooperative-work-cscw_1994_2_1-2 .

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

Computer-supported cooperative work (CSCW) holds great importance and promise for modern society. This paper provides an overview of seventeen papers comprising a symposium on CSCW. The overview also discusses some relationships among the contributions made by each paper, and places those contributions into a larger context by identifying some of the key challenges faced by computer science researchers who aim to help us work effectively as teams mediated through networks of computers. The paper also describes why the promise of CSCW holds particular salience for the U.S. military. In the context of a military setting, the paper describes five particular challenges for CSCW researchers. While most of these challenges might seem specific to military environments, many others probably already face similar challenges, or soon will, when attempting to collaborate through networks of computers. To support this claim, the paper includes a military scenario that might hit fairly close to home for many, and certainly for civilian emergency response personnel. After discussing the military needs for collaboration technology, the paper briefly outlines the motivation for a recent DARPA research program along these lines. That program, called Intelligent Collaboration and Visualization, sponsored the work reported in this symposium.

This report summarizes the work performed under a DARPA-sponsored effort performed by Columbia University which focused on the development and integration of advanced software engineering environment capabilities for computer-supported cooperative work, rule-based process modeling and execution, and distributed transactions management.

Joint forces Command, Control, Communication, and Intelligence (C3I) will require collaborative technologies to support complex, distributed problem solving and crisis management. The main purpose of this document is to report on Great Britain's efforts to leverage govemment/industry/university expertise and resources to accelerate research and development in collaborative technologies, especially how it applies to C3I. Additionally, because some limited residual funds were used to travel to related workshops at AAAI 94 and CSCW 94, summary information related to C3I gathered at these places will also be presented in the appendices.

Joint forces Command, Control, Communication, and Intelligence (C3I) will require collaborative technologies to support complex, distributed problem solving and crisis management. The main purpose of this document is to report on Great Britain's efforts to leverage govemment/industry/university expertise and resources to accelerate research and development in collaborative technologies, especially how it applies to C3I. Additionally, because some limited residual funds were used to travel to related workshops at AAAI 94 and CSCW 94, summary information related to C3I gathered at these places will also be presented in the appendices.

Joint forces Command, Control, Communication, and Intelligence (C3I) will require collaborative technologies to support complex, distributed problem solving and crisis management. The main purpose of this document is to report on Great Britain's efforts to leverage govemment/industry/university expertise and resources to accelerate research and development in collaborative technologies, especially how it applies to C3I. Additionally, because some limited residual funds were used to travel to related workshops at AAAI 94 and CSCW 94, summary information related to C3I gathered at these places will also be presented in the appendices.

Includes bibliographical references and index

Includes bibliographical references and index

Includes bibliographical references and index

Includes bibliographical references and index

Computer Supported Cooperative Work : CSCW 1992 - 1993: Volume 1 , Issue CONTENTS. Digitized from IA1532828-01 . Next issue: sim_computer-supported-cooperative-work-cscw_1992_1_1-2 .