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Query: munson_j* ⇒ Results: 5 Sorted by: Date  Comments?
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[1] Revisiting the Three Rs of Social Machines: Reflexivity, Recognition and Responsivity SOCM 2015 / Vass, Jeff / Munson, Jo E. Companion Proceedings of the 2015 International Conference on the World Wide Web 2015-05-18 v.2 p.1161-1166
© Copyright 2015 ACM
ACM Digital Library Link
Summary: This paper sets out an approach to Social Machines (SMs), their description and analysis, based on a development of social constructionist theoretical principles adapted for Web Science. We argue that currently the search for the primitives of SMs, or appropriate units of analysis to describe them, tends to favour either the technology or sociality. We suggest an approach that favours distributed agency whether it is machinic or human or both. We argue that current thinking (e.g. Actor Network Theory) is unsuited to SMs. Instead we describe an alternative which prioritizes a view of socio-technical activity as forming 'reflexive project structures'. We show that reflexivity in social systems can be further usefully divided into more fundamental elements (Recognition and Responsivity). This process enables us to capture more of the variation in SMs and to distinguish them from non-Web based socio-technical systems. We illustrate the approach by looking at different kinds of SMs showing how they relate to contemporary social theory.
[2] A Concurrency Control Framework for Collaborative Systems Concurrency / Munson, Jonathan / Dewan, Prasun Proceedings of ACM CSCW'96 Conference on Computer-Supported Cooperative Work 1996-11-16 p.278-287
Keywords: Concurrency control, Collaborative systems, Consistency criteria, Coupling, Merging, Transactions
© Copyright 1996 Association for Computing Machinery
Broken Link to ACM Digital Library
Summary: We have developed a new framework for supporting concurrency control in collaborative applications. It supports multiple degrees of consistency and allows users to choose concurrency control policies based on the objects they are manipulating, the tasks they are performing, and the coupling and merge policies they are using. Concurrency control policies are embodied in hierarchical, constructor-based lock compatibility tables. Entries in these tables may be specified explicitly or derived automatically from coupling and merge policies. In this paper, we motivate and describe the framework, identify several useful concurrency control policies it can support, evaluate its flexibility, and give conclusions and directions for future work.
[3] EDITED BOOK Groupware and Authoring / Rada, Roy 1996 p.369 Academic Press
ISBN: 0-12-575005-6
1. Introduction
2. A Review of Collaborative Authoring Tools
	+ Michailidis, Antonios
	+ Rada, Roy
3. Collaborative Authoring Dynamics
	+ Chen, Chaomei
	+ Rada, Roy
4. A Portrait of the Author as an Interacting Group
	+ Oravec, Jo Ann
5. Coordination and Reuse
	+ Rada, Roy
6. The Effectiveness of Simple Shared Electronic Workspaces
	+ Olson, Gary M.
	+ Olson, Judith S.
7. Computer-mediated Communication for Intellectual Teamwork: An Experiment in Group Writing
	+ Galegher, Jolene
	+ Kraut, Robert E.
8. Learning to Write Together
	+ Posner, Ilona
	+ Mitchell, Alex
	+ Baecker, Ronald
9. Flexible Diff-ing in a Collaborative Writing System
	+ Neuwirth, Christine M.
	+ Chandhok, Ravinder
	+ Kaufer, David S.
	+ Erion, Paul
	+ Morris, James
	+ Miller, Dale
10. Collaborative Writing with Synchronous and Asynchronous Support Environments
	+ Sasse, Martina Angela
	+ Handley, Mark James
11. Using Multimedia to Support Cooperative Editing
	+ Santos, A.
	+ Tritsch, B.
12. SEPIA: A Cooperative Hypermedia Authoring Environment
	+ Streitz, Norbert
	+ Haake, Jorg
	+ Hannemann, Jorg
	+ Lemke, Andreas
	+ Schuler, Wolfgang
	+ Schutt, Helge
	+ Thuring, Manfred
13. Structured and Distributed Cooperative Editing in a Large Scale Network
	+ Decouchant, Dominique
	+ Quint, Vincent
	+ Salcedo, Manuel Romero
14. A Three-Level Binding for Collaborative Editing Semantics
	+ Stotts, David
	+ Dewan, Prasun
	+ Munson, Jonathan
	+ Navon, Jaime
15. SAGE: A High Structure System for Helping Teams Find Wisdom (within themselves)
	+ Capron, Michael
	+ Desimone, Jacqueline
	+ Lacomis-Cote, Karen
16. Multimedia and Multi-party Desktop Conference System: MERMAID as Groupware Platform
	+ Sakata, Shiro
	+ Maeno, Kazutoshi
	+ Fukuoka, Hideyuki
	+ Abe, Toyoko
	+ Mizuno, Hiromi
[4] A Flexible Object Merging Framework Technologies for Sharing I / Munson, Jonathan P. / Dewan, Prasun Proceedings of ACM CSCW'94 Conference on Computer-Supported Cooperative Work 1994-10-22 p.231-242
Keywords: Diff, Flexible coupling, Optimistic concurrency control, Merging, Undo, Versions
© Copyright 1994 Association for Computing Machinery
Broken Link to ACM Digital Library
Summary: The need to merge different versions of an object to a common state arises in collaborative computing due to several reasons including optimistic concurrency control, asynchronous coupling, and absence of access control. We have developed a flexible object merging framework that allows definition of the merge policy based on the particular application and the context of the collaborative activity. It performs automatic, semi-automatic, and interactive merges, supports semantics-determined merges, operates on objects with arbitrary structure and semantics, and allows fine-grained specification of merge policies. It is based on an existing collaborative applications framework and consists of a merge matrix, which defines merge functions and their parameters and allows definition of multiple merge policies, and a merge algorithm, which performs the merge based on the results computed by the merge functions. In conjunction with our framework we introduce a set of merge policies for several useful kinds of merges we have identified. This paper motivates the need for a general approach to merging, identifies some important merging issues, surveys previous research in merging, identifies a list of merge requirements, describes our merging framework and illustrates it with examples, and evaluates the framework with respect to the requirements and other research efforts in merging objects.
[5] Measuring Dynamic Program Complexity Features / Munson, John C. / Khoshgoftaar, Taghi M. IEEE Software 1992 v.9 n.6 p.48-55
© Copyright 1992 IEEE
Summary: Relative complexity combines the features of many complexity metrics to predict performance and reliability.