The multi-actuator task allocation problem (MTAP) is formulated as the mixed integer non-linear programming (MINLP) optimization problem in [11]. It can be shown that it is NP-Complete, since it is similar to the traveling salesman problem. The optimization objective function minimizes the overall movement of the actuators, and guarantees the real-time deadline and resource constraints of the event. The authors proposed use of several heuristics to find sub-optimal solutions. This centralized solution assumes that the problem solver has a priori knowledge about the complete network. In these usually centralized formulations, the optimization objectives are: energy consumption minimization, maximization of processing time, utility maximization, total travel distance minimization or residual energy maximization. Although these centralized solutions can be formulated to target our scenario (single event), they either ignore the communication cost, or assume the complete graph. Lack of studies regarding communication in various cooperation schemes in WSAN is emphasized in [12]. State-of-the-art discussion on the centralized vs. market-based approach to MTAP is given in [13].