Towards Need-driven Knowledge Sharing in Distributed Teams

Knowledge sharing between individuals has traditionally been conducted using faceto- face conversation. In the networked society – initially formed by telegraphs and the phone and nowadays powered by the Internet – many acts of knowledge sharing are carried out in a mediated fashion. While this typically introduces a number of problems in the knowledge sharing process, it also offers certain advantages. In this paper, we describe a framework for analyzing different modes of knowledge sharing. Furthermore, we line out the concept of “need-driven” knowledge sharing to address limitations in current mediated knowledge sharing approaches.

Structured Knowledge Transfer for a Continous Organisational Development: Methodology in Theory and Praxis

An internally developed knowledge transfer methodology ensures at Credit Suisse that irreplaceable know-how (implicit and explicit) remains within the firm – even when keypersons leave, e.g. retirement, internal job mobility, extended absence or general leaving. The methodology tested in theory and in praxis was developed by supporting over 70 keypersons and became part of the organisation in 2008. By covering general aspects of knowledge transfer as well as enhancing the human capital development in the business, the methodology provides a basis for organisational development: Due to transparent tasks and functions efficient and sustainable changes are possible.

Work Experience Reuse in Pattern Based Task Management

Pattern based task management has been proposed as a promising approach to work experience reuse in knowledge intensive work environments. While initial work has focused on the conceptualization and development of a generic framework, the process and user interaction of the task pattern lifecycle has not been addressed. In this paper, we introduce task copy augmented by Abstraction Services as a novel approach to facilitate task pattern creation and maintenance in a semi-automatic fashion. Also, we develop the architecture to demonstrate the underlying ideas by leveraging the advantage of semantic technologies.