A study on interactive search in MOGA with island model based on user's requirements using visualization in NSP
M Yamamoto, T Yoshikawa, Takeshi Furuhashi · 2010
Recently, many evolutionary computation methods such as GA for multiobjective optimization problems have been reported, and then many objective optimization problems, which have a lot of objective functions, have been especially focused on with the background of the improvement of computer performance. One of the purposes in multiobjective optimization problems is to obtain various solutions satisfied with at least one objective function. However, the solutions which have better values in an objective function but not in others are not what users need in practical problems, which makes the search for multi-solutions in MOGA ineffective. This paper investigates the method which enables a user to find practical solutions for him/her by changing the direction of the search interactively, and studies the effectiveness of the proposed method using Nurse Scheduling Problem.