J. Shinohara et al., KNOWLEDGE-BASED BEHAVIOR INTERFACE - ITS APPLICATION TO POWER NETWORKRESTORATION SUPPORT SYSTEM, IEEE transactions on power systems, 11(1), 1996, pp. 383-389
The characteristics of power system restoration (its combinational asp
ects, use of knowledge from a wide variety of origins and of different
types and number of criteria to satisfy) make it a difficult problem,
As a solution, a number of research teams are considering the use of
expert systems to generate restoration plans, Promising results have a
lready been obtained. Yet most expert systems remain in the prototype
stage.[1] One reason seems to be that the study of support systems for
knowledge-based behavior (unable to describe with any rule) is insuff
icient. This paper begins by analyzing power system restoration based
on the human performance model [6] and discusses knowledge-based behav
ior as a high conceptual level human performance to solve this problem
with combinational aspects, The paper then reports on its application
s to the trunk line power network dispatching center. Finally the pape
r verifies the relation between knowledge-based behavior and designed
human interfaces with a power network restoration case-study.