Information system development has traditionally been accompanied by changing requirements throughout projects. While recent research clarifies how time pressure affects team performance, the interplay between time pressure, requirements changes, and various other important factors such as team diversity is unclear. In this paper, we evaluate a novel and unified model based on extant research explaining the interactions of requirements changes, time pressure, temporal leadership, team diversity, and conflict as well as their effect on team performance. Further, we differentiate between the overall team performance and the team’s ability to respond both efficiently and extensively to requirements changes. The proposed model helps in composin...
Software development is a team work and largely dependent on open social interaction and continuous ...
Context: Companies increasingly strive to adapt to market and ecosystem changes in real time. Evalua...
The increase in complexity in software development is followed by higher pressure on several factors...
Information system development has traditionally been accompanied by changing requirements throughou...
Information system development is largely dependent on social interaction and team work. Team compos...
Through a multi-period study of software teams in time-bound projects, we address the question: In w...
While agile development methods have enjoyed widespread adoption, literature has lagged behind in th...
This study draws on team adaptation theory to examine how agile behavior within Information Systems ...
Diversity in Self-Managed Work Teams (SMWTs) performing modern workplace software and service develo...
This article reviews scientific studies of factors influencing colocated development teams' performa...
Context: Companies increasingly strive to adapt to market and ecosystem changes in real time. Gaugin...
Two of the key themes in contemporary information systems development (ISD) literature are (i) how t...
Information system development is largely dependent on social interaction and team work. Team compos...
Information system development is largely dependent on social interaction and team work. Team compos...
Software productivity is a multidimensional concept that is categorized as an indication of project ...
Software development is a team work and largely dependent on open social interaction and continuous ...
Context: Companies increasingly strive to adapt to market and ecosystem changes in real time. Evalua...
The increase in complexity in software development is followed by higher pressure on several factors...
Information system development has traditionally been accompanied by changing requirements throughou...
Information system development is largely dependent on social interaction and team work. Team compos...
Through a multi-period study of software teams in time-bound projects, we address the question: In w...
While agile development methods have enjoyed widespread adoption, literature has lagged behind in th...
This study draws on team adaptation theory to examine how agile behavior within Information Systems ...
Diversity in Self-Managed Work Teams (SMWTs) performing modern workplace software and service develo...
This article reviews scientific studies of factors influencing colocated development teams' performa...
Context: Companies increasingly strive to adapt to market and ecosystem changes in real time. Gaugin...
Two of the key themes in contemporary information systems development (ISD) literature are (i) how t...
Information system development is largely dependent on social interaction and team work. Team compos...
Information system development is largely dependent on social interaction and team work. Team compos...
Software productivity is a multidimensional concept that is categorized as an indication of project ...
Software development is a team work and largely dependent on open social interaction and continuous ...
Context: Companies increasingly strive to adapt to market and ecosystem changes in real time. Evalua...
The increase in complexity in software development is followed by higher pressure on several factors...