Efficient Heuristic Scheduling with Partial Queue and Channel State Information

B. Tomasi, J. Preisig
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引用次数: 3

Abstract

The performance of underwater acoustic communications is heavily taxed by scarce bandwidth and long propagation delays. Furthermore, transmitting is the most energy consuming activity of an acoustic modem. For these reasons, we have focused on the problem of scheduling efficiently transmissions in the context of a delay constrained traffic as typical for surveillance and monitoring applications.
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基于部分队列和通道状态信息的高效启发式调度
水声通信的性能受到带宽不足和传输延迟长的严重影响。此外,发射是声调制解调器最耗能的活动。由于这些原因,我们关注的是在监视和监控应用中典型的延迟受限流量的背景下有效调度传输的问题。
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Efficient Heuristic Scheduling with Partial Queue and Channel State Information Underwater Parallel Bistable Stochastic Resonance Network: A Physical Layer Perspective Design of A Software-defined Underwater Acoustic Modem with Real-time Physical Layer Adaptation Capabilities On Capacity and Delay Scaling Laws in Underwater Acoustic Networks Distributed Beamforming for Underwater Sensor Networks
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