远距离传感器系统中信息传输的不同执行尺寸

K. Krishna, T. Kumar, Y. Sureshbabu, N. Sainath, R. Madanmohan, J. Jeny
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引用次数: 0

摘要

对于遥感系统来说,传感器集线器的生命周期是否能保持活力和不可更新,存在着系统摇摆的先进性标准。考虑到三种仪器和它们是通用无线电传输功率,滥用集线器重复和拓扑控制,精简现有和现有战略应该是可能的。我的工作依赖于传感器集线器,特别是脆弱而坚固的集线器,它可以在剩余的活力上执行,并提出一种称为基于聚束的拓扑控制约定的拓扑。此约定延长了可用性可以升级的系统生命周期。我们建议的约定评估Java simulator——不同的测量方法测量执行标准,特别是正常延迟、系统生命周期和活力使用最少。
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Diverse execution dimensions for information conveyance in distant sensor systems
For Remote sensor systems, there is an advancement criteria for the system sway on the lifetime can be maintained with the vitality and it can be non-renewable of sensor hubs. Streamlining should be possible for the present and existing strategies taking into account three instrument and they are versatile radio transmission power, abusing hub repetition and topology control. My work depends on sensor hubs particularly frail and solid hubs which can be execute on leftover vitality and propose a topology called Bunching based topology control convention. This convention augments system lifetime of which the availability might be upgraded. Our proposed convention assesses Java Simulator-different measurements measures the execution criteria particularly normal postponement, system lifetime and vitality usage least.
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