TY - CPAPER AU - E. Lakshika AU - Michael Barlow AU - Adam Easton AB -

Sheepdog herding behaviors demonstrate an interesting form of interactions between two classes of agents - sheep and the dog. The nature of the interactions between sheep and the dog takes a special form of competition which is different to the traditional prey-predator interactions where the success of prey depends on the failure of the predator and vice versa. In consequent, the development of an appropriate objective function to efficiently co-evolve successful sheepdog herding behaviors becomes challenging. This paper presents a framework to efficiently co-evolve sheepdog herding behaviors utilizing the simple rule based agent approach in order to derive high fidelity behavior dynamics and discusses the challenges involved in the process.

 
BT - Artificial Life (ALIFE), 2013 IEEE Symposium on CY - Singapore DA - April 2013 DO - 10.1109/ALIFE.2013.6602435 LA - eng N2 -

Sheepdog herding behaviors demonstrate an interesting form of interactions between two classes of agents - sheep and the dog. The nature of the interactions between sheep and the dog takes a special form of competition which is different to the traditional prey-predator interactions where the success of prey depends on the failure of the predator and vice versa. In consequent, the development of an appropriate objective function to efficiently co-evolve successful sheepdog herding behaviors becomes challenging. This paper presents a framework to efficiently co-evolve sheepdog herding behaviors utilizing the simple rule based agent approach in order to derive high fidelity behavior dynamics and discusses the challenges involved in the process.

 
PB - IEEE PP - Singapore PY - 0 T2 - Artificial Life (ALIFE), 2013 IEEE Symposium on TI - Co-evolving semi-competitive interactions of sheepdog herding behaviors utilizing a simple rule-based multi agent framework ER -