Demand for specialized integrated circuits for military electronics continues to surge exponentially with no end in sight. Systems that synchronize the activity of unmanned aerial vehicles; real-time conversion of raw radar data into tactically useful 3-D imagery; and instant access to high-resolution sensor feeds on the battlefield are only three examples of this reality. Despite the importance of these capabilities to national security, however, current circuit-design methods often result in devices that require more power than can be practically supplied on small flying platforms or on warfighters already burdened by too much battery weight.
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