The role of information support systems in the joint optimization of work systems
β Scribed by J. J. J. Kasvi; M. Vartiainen; A. Pulkkis; M. Nieminen
- Publisher
- John Wiley and Sons
- Year
- 2000
- Tongue
- English
- Weight
- 436 KB
- Volume
- 10
- Category
- Article
- ISSN
- 1090-8471
No coin nor oath required. For personal study only.
β¦ Synopsis
Sociotechnical approach preaches the affinity of the social and the technical organization but divides organizations into social and technical subsystems. Thus, it has failed to anticipate the possibilities of new technologies within the social system. The social subsystem of a modern sociotechnical system does not consist of mere human beings but combines people and the technological artifacts they use.
In this article, we discuss one such technology, information support, and how it can be used to expand functional redundancy of a sociotechnical system, even the cognitive redundancy of individual people. However, such technologies have often been applied specifically to limit functional redundancy of the sociotechnical system, that is, to reduce communication, learning, and utilization of human talent.
The discussion is based on findings from case studies on multimedia-based interactive task support systems used in lightweight assembly industry in Finland and in Denmark. The case studies provide both justification to the information support approach and questions to be addressed in the future. For example, why did the introduction of so many interactive task support systems fail?
π SIMILAR VOLUMES
News from the Information Technology (IT) community is mixed. Project backlogs, high employment and personnel shortages are claimed on one side; project cancellations, unproductive use of personnel time and continued poor quality software are claimed on the other. Which side is component-based softw
The concept of envelope system for a given dynamic system is proposed in this paper which refers to those systems whose module of transfer function in the whole range of frequency domain is always bigger than that of a given system. This concept opens a new way to study the problems of robust design