. Problem solving in weak theory domains should compensate for the lack of strong theories by combining the various other knowledge types involved. Such methods should be able to effectively combine general domain knowledge with specific case knowledge. A method is described that utilises a

of feedback on the interaction process. Reflection in action using shared knowledge products is a key component of the approach.

In this research, I will examine the acquisition and utilisation of information/knowledge and resources through external relational assets and will see how relational assets will play a role in new product development process through absorptive capacity set as moderator. Drawing from research

After extensive research into large format digital airborne cameras, Ordnance Survey (Britain’s national mapping agency) purchased an Intergraph DMC (digital mapping camera) in early 2005. With the DMC potentially capturing, processing and archiving terabytes of data in one season, a new approach

this by adopting new intelligent technologies to utilise plant knowledge. Expert systems have been selected as an appropriate technology as they capture knowledge in a robust and industrially proven fashion. The design of the supervisory controller will focus on this knowledge handling strength of the Expert

in systematic, timely and innovative ways that generate competitive behaviors. Prerequisites to respond such change and deal with complexity are firm understandings of; the processes that are the focus of improvement, and effects of change decisions. However, implementing change and dealing with associated

ABSTRACT Knowledge Management systems utilising a number of different techniques have been developed for manufacturing processes including sheet metal forming. These are designed to overcome knowledge loss and allow an organisation to more effectively leverage its corporate experience base. Most

university researchers, Knowledge Management and Knowledge Engineering, particularly KADS, are utilised in this paper to assist a group of different domain researchers in putting their experiences together. In this way, each researcher can make explicit his or her tacit knowledge into KADS task, inference

development, could be useful to the new development. This paper investigates the use of case outcome in the capture and utilisation of customer feedback information in the QFD process. We also consider extensions to the approach in which feedback information is captured from various activities which

go together with significant investments in staff and hardware. The geodetic engineering laboratory continues developing a user-friendly and low-cost process of extraction of road data. The system allows a subdecimeter restitution of the road centerline, after a B-spline interpolation. New