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首页> 外文期刊>American journal of applied sciences >Study of Performance Analysis in Wired and Wireless Network
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Study of Performance Analysis in Wired and Wireless Network

机译：有线和无线网络中的性能分析研究

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Problem statement: The main intent of this study is to derive a high performance client-server network using hub, switch, Bluetooth, Wi-Fi and Wimax using the steadfast algorithms. Approach: This study mainly focuses on M/M (a,b)/1 markovian model with adaboost algorithm and user selection algorithms to find performance on wired and wireless technologies in terms of service rate, arrival rate, Expected waiting time and Busy period. When comparing the wireless technologies with wired technologies in term of inter-arrival and inter-service time it has been found that the wireless technologies are better. Adaboost algorithm in between client-server is to deliver the data packets to the destination without any loss and also to boost the data packets to the destination when there occurs congestion in network. The main intention of user selection algorithm is to select the appropriate user one who have highest priority in the queue. If more than one user has the highest priority then a user is selected at random from among them with uniform probability. It also have been found that, in wireless technologies the data transaction in between client-server using Wimax technology is very efficient in M/M (a,b)/I for implementation with adaboost and user selection algorithm in terms of arrival rate, service rate, Expected waiting time and Busy period implementation. Results: The values obtained from the bluetooth technology can use for calculating the performance of other wireless technologies. Conclusion/Recommendation: In order to provide security for the data packets which flows inside the network, we use RSA algorithm which gives elevated security measures.
机译：问题陈述：本研究的主要目的是使用稳定算法通过集线器，交换机，蓝牙，Wi-Fi和Wimax来获得高性能的客户端-服务器网络。方法：本研究主要关注具有adaboost算法和用户选择算法的M / M（a，b）/ 1马氏模型，以从服务速率，到达率，预期等待时间和繁忙时段方面寻找有线和无线技术的性能。当在到达时间和服务时间之间比较无线技术和有线技术时，已经发现无线技术更好。客户端-服务器之间的Adaboost算法是将数据包无目的地传递到目的地，并且在网络发生拥塞时将数据包提升到目的地。用户选择算法的主要目的是选择队列中优先级最高的适当用户。如果一个以上的用户具有最高优先级，则从他们中以均匀的概率随机选择一个用户。还已经发现，在无线技术中，使用Wimax技术的客户端-服务器之间的数据事务在M / M（a，b）/ I中非常有效，可以在到达率，服务方面使用adaboost和用户选择算法来实现率，预期的等待时间和繁忙时段的执行情况。结果：从蓝牙技术获得的值可用于计算其他无线技术的性能。结论/建议：为了为网络内部流动的数据包提供安全性，我们使用RSA算法，该算法提供了更高的安全性措施。

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