Previous work has found that (a) when software is developed collaboratively, concurrent accesses to related pieces of code
are made, and (b) when these accesses are coordinated asynchronously through a version control system, they result in increaseddefects because of conflicting concurrent changes. Previous findings also show that distance collaboration aggravates software-developmentproblems and radical colocation reduces them. These results motivate a semi-synchronous distributed computersupported modelthat allows programmers creating code asynchronously to synchronously collaborate with each other to detect and resolve potentiallyconflicting tasks before they have completed the tasks. We describe, illustrate, and evaluate a new model designed to meetthese requirements. Our results show that the model can catch conflicts at editing time that would be expensive to manageat later times.
%0 Journal Article
%1 keyhere
%A Dewan, Prasun
%A Hegde, Rajesh
%D 2007
%J ECSCW 2007
%K awareness
%P 159--178
%T Semi-synchronous conflict detection and resolution in asynchronous software development
%U http://dx.doi.org/10.1007/978-1-84800-031-5_9
%X Previous work has found that (a) when software is developed collaboratively, concurrent accesses to related pieces of code
are made, and (b) when these accesses are coordinated asynchronously through a version control system, they result in increaseddefects because of conflicting concurrent changes. Previous findings also show that distance collaboration aggravates software-developmentproblems and radical colocation reduces them. These results motivate a semi-synchronous distributed computersupported modelthat allows programmers creating code asynchronously to synchronously collaborate with each other to detect and resolve potentiallyconflicting tasks before they have completed the tasks. We describe, illustrate, and evaluate a new model designed to meetthese requirements. Our results show that the model can catch conflicts at editing time that would be expensive to manageat later times.
@article{keyhere,
abstract = {Previous work has found that (a) when software is developed collaboratively, concurrent accesses to related pieces of code
are made, and (b) when these accesses are coordinated asynchronously through a version control system, they result in increaseddefects because of conflicting concurrent changes. Previous findings also show that distance collaboration aggravates software-developmentproblems and radical colocation reduces them. These results motivate a semi-synchronous distributed computersupported modelthat allows programmers creating code asynchronously to synchronously collaborate with each other to detect and resolve potentiallyconflicting tasks before they have completed the tasks. We describe, illustrate, and evaluate a new model designed to meetthese requirements. Our results show that the model can catch conflicts at editing time that would be expensive to manageat later times.},
added-at = {2008-11-25T12:47:39.000+0100},
author = {Dewan, Prasun and Hegde, Rajesh},
biburl = {https://www.bibsonomy.org/bibtex/27efc9bd0cb2c1b50c906e85ebcaf4bbe/momo54},
description = {SpringerLink - Book Chapter},
interhash = {b6a4e0f1b43ca029d063444776a21d67},
intrahash = {7efc9bd0cb2c1b50c906e85ebcaf4bbe},
journal = {ECSCW 2007},
keywords = {awareness},
pages = {159--178},
timestamp = {2008-11-25T12:47:39.000+0100},
title = {Semi-synchronous conflict detection and resolution in asynchronous software development},
url = {http://dx.doi.org/10.1007/978-1-84800-031-5_9},
year = 2007
}