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A New Bi-processor SmartPhone Evaluation of the perfomance generating GPRS and UMTS data traffic

机译:新型双处理器SmartPhone评估产生GPRS和UMTS数据流量的性能

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In this work a new type of device is introduced: a bi-processor SmartPhone equipped with a network interface GSM/GPRS/EDGE/UMTS. The architecture used, with two processors, is introduced to take advantage of the subdivision of the functionalities provided by the two processors. A better distribution of various functions is achieved, all above when multi-media traffic is considered. Moreover, the interaction between the two processors has to be realized in a convenient manner to better take advantage of the sub-division. The form of communication established between the two processors chosen is serial communication based on the standard RS232 and ETSI 07.10. Before realizing the product we propose to evaluate the performance of a similar project. To do this a simulator was built focusing our attention on communication between the two processors and different types of data traffic (voice call, sms, etc.). were generated. Furthermore, GPRS and UMTS connections were considered on our simulator to verify that a similar architecture, when correctly developed and dimensioned, can support this type of data traffic. To be sure about the effectiveness of our simulator this was validated through a statistical method, associating a queue model both with GPRS data traffic and UMTS data traffic.
机译:在这项工作中,引入了一种新型的设备:配备了网络接口GSM / GPRS / EDGE / UMTS的双处理器SmartPhone。引入了两个处理器一起使用的体系结构,以利用两个处理器提供的功能的细分。在考虑多媒体流量的情况下,以上各方面都可以得到更好的分配。此外,必须以方便的方式实现两个处理器之间的交互,以更好地利用细分。在选择的两个处理器之间建立的通信形式是基于标准RS232和ETSI 07.10的串行通信。在实现产品之前,我们建议评估类似项目的性能。为此,构建了一个模拟器,使我们的注意力集中在两个处理器之间的通信以及不同类型的数据流量(语音呼叫,短信等)上。产生了。此外,在我们的模拟器上还考虑了GPRS和UMTS连接,以验证正确开发和确定尺寸的相似体系结构可以支持这种类型的数据流量。为了确保我们的模拟器的有效性,这是通过统计方法验证的,该方法将队列模型与GPRS数据流量和UMTS数据流量相关联。

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