英国论文代写:网络性能参数

02 5月 英国论文代写:网络性能参数

英国论文代写:网络性能参数

要分析的第一个网络性能参数是在用户计算机的IP和主机TCP(传输控制协议)之间建立连接的时间。通常,可以通过在CPU(中央处理单元)的使用程度或用户因特网协议和主机传输控制协议之间交换的数据包流来对应用程序进行定性测量。然而,定性分析有两个原因的局限性:
1,大部分的应用都是封闭的,但一些重要的应用如子网掩码示踪以及动态IP套接字(大多数无线局域网连接,是用于本实验的目的的硬件配置的情况下是一个动态的IP地址而不是一个标准的、固定的互联网协议地址提供给注册用户。然而,这种成本已经在本实验条件下,通过额外的好处,实验可以进行在共享网络的一天几次来更好的理解节点交通配置以及节点交通拥堵到什么程度,这是一个网络的一部分,分析了什么样的影响超过。
2,第二个原因是,仅仅是一个网络的定性分析,几乎没有应用程序运行的影响不大,相比基准的夹紧方法,依赖于定量的网络性能参数。
为了了解网络参数的参数化在本实验中,一些上下文是有序的。
第一个参数,如上所述,是最关键的,涉及到建立用户互联网协议地址和主机传输控制协议之间的连接。一旦协议确认对方的地址,连接被认为是完整的。当有问题的两个同时发生的过程要沟通,首先和最重要的事件,其时间复杂度是在数据共享过程是精简以分组的形式,太多的后果,他们的TCP必须先与对方建立连接,即初始化地址、网络状态、网络配置、状态信息和另一边的一组其他琐碎的参数。它已被观察到在这个实验的过程中,作为连接必须建立在两个潜在的不可靠的主机和跨越一个主要是不可靠的互联网连接系统的通信网络。

英国论文代写:网络性能参数

The first of the network performance parameters to be analyzed was the time elapsed for establishing a connection between the IP of the user’s computer and the host TCP (Transmission Control Protocol). Usually, this can be measured qualitatively for an application by looking either at the extent of utilization of the CPU (Central Processing Unit) or the stream of data packets being exchanged between the User Internet Protocol and the Host Transmission Control Protocol. However, the qualitative analysis has a limitation for two reasons:
1.Most of the applications are closed, though some essential applications such as the subnet mask tracer as well as the dynamic IP socket (for most wireless LAN connections, as is the case with the hardware configuration used for the purpose of this experiment, the address is a dynamic IP and not a standard, fixed Internet Protocol address provided to a registered user. However, this cost has been, in the case of this experiment, outweighed by the added benefit that the experiment can be conducted for several times of the day over a shared network to better understand the node traffic configuration as well as the node traffic congestion to what extent and to what impact it is a part of the network being analyzed.
2.The second reason is that a mere qualitative analysis of a network with virtually no applications running has little consequence as compared to a benchmark-clamping method that relies on the quantitative network performance parameters.

In order to understand the network performance parameters being parameterized in this experiment, some context is in order.

The first parameter, as mentioned above, is the most crucial and relates to the establishment of a connection between the user Internet Protocol Address and the Host Transmission Control Protocol. Once the protocols acknowledge each other’s addresses, the connection is deemed to be complete. When the two simultaneous processes in question wish to communicate, the first and foremost event, whose time complexity is of much consequence to the order in which the data sharing process is streamlined in the form of packets, their TCP’s must first establish a connection with each other, i.e. initialize the address, network state, network configuration, status information and a set of other trivial parameters on the other side. It has been observed in the course of this experiment that as the connections must be established between two potentially unreliable hosts and over a network that spans over a predominantly unreliable internet connection system of communications.