This paper describes a framework for implementing distributed ontology-based knowledge management systems (DOKMS).
In this paper, we have designed an ontology-based knowledge management systems (KMS) which is capable of annotating cognitive maps.
The major challenge now for designers, therefore, is to create simple ways to teach VoIP systems to do what you want them to do—integrate computer-based knowledge management systems and human intelligence.
In order to solve this problem, this study proposes a novel architecture, called blog context overlay network, to fulfill context matching between blog-based knowledge management systems.
As a result, newly generated knowledge can be proactively diffused to the blog-based knowledge management systems of which context is relevant to the knowledge, even before the bloggers' queries are explicitly asked.
Thus, with respect to the contexts, we want to identify a community of practice (CoP) on a knowledge blogosphere where a set of blog-based knowledge management systems are incorporating with each other.
A web based knowledge management of product design (KMPD) system is also implemented to provide adapted design rules and share design knowledge in distributed environment.
This paper presents a methodology to develop lean knowledge management systems based on semantic technology, which are designed for the needs of small and medium sized manufacturing companies.
It is based on a knowledge management system, steady state How sheet simulation and, for the first time, a basic product carbon footprint evaluation.
Based on a comprehensive framework that reflects lifecycle requirements of both KM and BPM, this paper proposes an architecture for integrating knowledge management systems (KMSs) and business process management systems (BPMSs) to combine the advantages of the two paradigms.
