الفهرس | Only 14 pages are availabe for public view |
Abstract This work presents a genetic based algorithm for conflict resolution. The solution is generated by assigning resources{u2019} shares for the conflicting parties based on their preferences. The proposed algorithm obtains optimal solutions that satisfy Nash equilibrium. We have successfully implemented and tested our algorithm. The implementation is flexible in the sense that the conflict can involve multiple weighted conflicting parties and multiple weighted resources whether those resources are divisible or not. Moreover, it allows for both text and image data to be incorporated. The implementation also permits users to participate in the solution generation process through the use of the F-mode option. In addition to comparing our results with those of similar publications, we have used the Grand Ethiopian Renaissance Dam conflict as a proof of concept. |