TY - UNPB
T1 - Adaptive agents in the House of Quality
AU - Fent, Thomas
PY - 1999
Y1 - 1999
N2 - Managing the information flow within a big organization is a challenging task. Moreover, in a distributed decision-making process conflicting objectives occur. In this paper, artificial adaptive agents are used to analyze this problem. The decision makers are implemented as Classifier Systems, and their learning process is simulated by Genetic Algorithms. To validate the outcomes we compared the results with the optimal solutions obtained by full enumeration. It turned out that the genetic algorithm indeed was able to generate useful rules that describe how the decision makers involved in new product development should react to the requests they are required to fulfill.
AB - Managing the information flow within a big organization is a challenging task. Moreover, in a distributed decision-making process conflicting objectives occur. In this paper, artificial adaptive agents are used to analyze this problem. The decision makers are implemented as Classifier Systems, and their learning process is simulated by Genetic Algorithms. To validate the outcomes we compared the results with the optimal solutions obtained by full enumeration. It turned out that the genetic algorithm indeed was able to generate useful rules that describe how the decision makers involved in new product development should react to the requests they are required to fulfill.
U2 - 10.57938/95fdee3f-22b4-4084-8ccb-8ab8e3e802b5
DO - 10.57938/95fdee3f-22b4-4084-8ccb-8ab8e3e802b5
M3 - WU Working Paper and Case
T3 - Working Papers SFB "Adaptive Information Systems and Modelling in Economics and Management Science"
BT - Adaptive agents in the House of Quality
PB - SFB Adaptive Information Systems and Modelling in Economics and Management Science, WU Vienna University of Economics and Business
CY - Vienna
ER -