Cognitive networks
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The increasing capabilities of handheld devices, increasing number of such devices in the battlespace, increasing need for and supply of sensor data and Situational Awareness (SA) information, and increasing recognition of the benefits of cloud based storage and processing, versus the inherent limitations and intermittency of the wireless connectivity between mobile platforms and the cloud infrastructure, motivates adaptive networks in which resources are dynamically allocated in response to conditions and demands. In the proposed cognitive network architecture, cross-layer multi-objective optimization algorithms allocate computation, storage, wireless spectrum, battery energy, etc. on the local node, within the local wireless MANET and across wide area network cloud infrastructure, supporting hands free, wearable, non-traditional intelligence, surveillance and reconnaissance (NTISR) systems.