The team formation problem has existed for many years in various guises. One important problem in the team formation problem is to produce small teams that have a required set of skills. We propose a framework that incorporates machine learning to predict unobserved links between collaborators, alongside Steiner tree problem solutions to form small teams to cover given tasks. Our framework not only considers size of the team but also how likely team members are to collaborate with each other. The framework is tested on sets of data from two different companies. The results show that this model consistently returns smaller collaborative teams
International audienceThis paper quantitatively explores the social and socio-semantic patterns of c...
Agents in creative enterprises are embedded in networks that inspire, support, and evaluate their wo...
Agents in creative enterprises are embedded in networks that inspire, support, and evaluate their wo...
The team formation problem has existed for many years in various guises. One important problem in th...
The team formation problem has existed for many years in various guises. One important challenge in...
The team formation problem has existed for many years in various guises. One important problem in th...
inc.com In a team formation problem, one is required to find a group of users that can match the req...
Collaborative teams are the primary vehicle for coordinating experts with diverse skills for a parti...
Team formation (TF) in social networks exploits graphs (i.e., vertices = experts and edges = skills)...
The performance of a team depends not only on the abilities of its individual members, but also on ...
While teams are an essential means for developing products in organizations, how to assemble product...
This dissertation investigates the problem of creating multiple disjoint teams of maximum efficacy f...
AbstractWeb-based collaboration and virtual environments supported by various Web 2.0 concepts enabl...
International audienceRecent data show that collaboration is a key driver of performance in organiza...
The growth of social networks in modern information systems has enabled the collaboration of experts...
International audienceThis paper quantitatively explores the social and socio-semantic patterns of c...
Agents in creative enterprises are embedded in networks that inspire, support, and evaluate their wo...
Agents in creative enterprises are embedded in networks that inspire, support, and evaluate their wo...
The team formation problem has existed for many years in various guises. One important problem in th...
The team formation problem has existed for many years in various guises. One important challenge in...
The team formation problem has existed for many years in various guises. One important problem in th...
inc.com In a team formation problem, one is required to find a group of users that can match the req...
Collaborative teams are the primary vehicle for coordinating experts with diverse skills for a parti...
Team formation (TF) in social networks exploits graphs (i.e., vertices = experts and edges = skills)...
The performance of a team depends not only on the abilities of its individual members, but also on ...
While teams are an essential means for developing products in organizations, how to assemble product...
This dissertation investigates the problem of creating multiple disjoint teams of maximum efficacy f...
AbstractWeb-based collaboration and virtual environments supported by various Web 2.0 concepts enabl...
International audienceRecent data show that collaboration is a key driver of performance in organiza...
The growth of social networks in modern information systems has enabled the collaboration of experts...
International audienceThis paper quantitatively explores the social and socio-semantic patterns of c...
Agents in creative enterprises are embedded in networks that inspire, support, and evaluate their wo...
Agents in creative enterprises are embedded in networks that inspire, support, and evaluate their wo...