ABSTRACT
New technologies are transforming the future battlefield. Force structure, doctrine, and tactics will change as these technologies are introduced. Robotic systems constitute an integral component of the future force. The major rationale for introducing robotic systems is to extend manned capabilities, act as force multipliers, and, most importantly, potentially to save lives. More autonomous robotic systems with diverse roles, tasks, and operating requirements are being designed to exploit future battle spaces. Unmanned systems will be given to individuals who already have extensive responsibilities. All levels of the command structure, ranging from the infantry soldier to the officer, will use robotic assets such as UGVs and UAVs. The Robotic NCO simulation was designed to isolate some of the cognitive requirements associated with a single operator controlling robotic assets within a larger military environment. The goal was to create a microworld for evaluating Unmanned Aerial Vehicle (UAV) and unmanned ground vehicle (UGV) operations, while providing for a high degree of experimental control.
