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      "text": "True potential of phased-array radars hinges on efficient strategy for time resource allocation. Quantum annealing becomes pivotal; it's used to find optimal solution for complex problems.",
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      "text": "Phased-array radars use array of antennas controlled electronically verses traditional radars relying on mechanical movement to steer beams. Phased array radars can quickly change the direction of the radar beam, offering fast beam agility and adaptability.",
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      "text": "In context of phased-array radars, quantum annealing can be employed to optimize allocation of Tx/Rx (transmit/receive) resource periods, or RP; this optimization is crucial for: Enhancing radar's overall functionality, Ensuring optimal use of each time division, Maximizing benefits, especially in military applications.",
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      "text": "Phased-Array Radars and the Role of Quantum Annealing in Schedule Optimization",
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      "text": "Phased-array radars offer superior capabilities compared to traditional radar systems, yet leveraging these advantages requires sophisticated optimization of time resources. Quantum annealing emerges as a revolutionary approach to tackle this challenge, promising enhanced efficiency and effectiveness in radar operations, particularly for military applications",
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