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wizhidi金蟲 (小有名氣)
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[求助]
一小段翻譯,急求!
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急需翻譯的段落如下: 現(xiàn)階段的水下傳感器網(wǎng)絡路由算法的研究工作大多都沒有對部署的水下環(huán)境做具體分析,不同水下環(huán)境與網(wǎng)絡性能之間的相關性研究較少,同時針對水下信道利用率低,能量消耗快,延遲時間大等問題,本文提出融合了環(huán)境元素的水下傳感器網(wǎng)絡分布式路由算法,分析了不同的水下傳播環(huán)境以及環(huán)境元素對路由算法性能的影響,通過增長型分組隊列的管理方法重點解決了水下信道利用率較低的問題,并在提高信道利用率的基礎上通過分析能耗和延遲的可控因素來尋找最佳的路由路徑。實驗結(jié)果顯示,環(huán)境元素對相同算法的運行結(jié)果帶來了一定的影響。在提高信道利用率的同時,本文算法選擇的最佳路由路徑在減少能量消耗,縮短延遲時間上具有較好的效果。 翻譯完即送50金幣。 |
金蟲 (初入文壇)
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The present research on the underwater sensor network routing algorithm has not been made a specific analysis on the deployment of underwater environment. The correlation study between the different underwater environment and network performance was rare. Meanwhile, the distributed routing algorithm for underwater sensor networks combining environmental factors has been proposed in this study, aiming at the low utilization of underwater channel, the fast consumption of energy and the longer delay time. The influence of the different underwater propagation environment and environmental factors on the performance of the routing algorithm was analyzed. The question about the low utilization for the underwater channel was mainly resolved through growth packet queue management methods. And on the basis of the improvement of the channel utilization, the optimal routing path was searched by analyzing the controllable factors of energy consumption and delay. The experimental results indicated that the environmental factors have a certain impact on the running results with the same algorithm.The optimal routing path selected by this algorithm not only improved the channel utilization, but also reduced energy consumption and the delay time with good results. 有些專業(yè)術語沒有把握,僅供參考。 |
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