Media Files
Abstract
visuos - a visuospatial operating software for knowledge work
Today’s knowledge workers have access to practically endless amounts of information resources. However, this information alone is not of use when it cannot be effectively accessed and organized. Today’s solutions are a collection of heterogeneous, inconsistent separate environments that are not optimized for efficiency in higher workflows that are typical of knowledge work.
visuos is the concept of an operating software for knowledge work. It efficiently covers various forms of access to knowledge spaces, including for example knowledge management, information retrieval/ research/ refinement, monitoring of knowledge resources and automation and scheduling of tasks. It is a highly usable system for a broad target group – from novice to expert. Its modular structure allows the user to adapt the system to his specific degree of experience and his individual form of access to knowledge spaces. The modules are integrated by a holistic conceptual model that allows effective workflows with minimum friction.
The benefits of the system include a completely novel functionality, new workflows, a maximized target group, higher efficiency and productivity and a greater degree of user confidence.
Authors
- Dr. Clemens Lango, Creative Director, interactiondesign.de
Cooperators
- Prof. Dr. Dr. Mihai Nadin, Professor, Computational Design, University of Wuppertal
Origination
Germany, 1987-2002
Submission
lango@interactiondesign.de, May 27, 2002
Category
- Software
Keywords
- Topics:
- interface |
- human-machine-interaction (HCI) |
- conceptual work |
- information architecture |
- cognitive science |
- information design |
- knowledge management |
- design |
- hypermedia |
- internet |
- Graphical User Interface GUI |
- knowledge spaces
- Formats:
- software |
- interactive |
- hypermedia |
- environment |
- computer graphic |
- internet
- Technology:
- flash
Additions to Keyword List
- Reader 2: Dr.-Ing. Reinhard Moeller, Dept. of Electrical and Information Engineering/ University of Wuppertal |
- Reader 1: Prof. Dr. Terry Winograd, Computer Science/ Stanford University, California, USA |
- Advisor: Prof. Dr. Dr. Mihai Nadin, Computational Design/ Universität Wuppertal