We analyze the throughput and medium access delay performance of DCF scheme by Markov model.
引用马尔可夫分析模型对DCF的吞吐量和介质访问延时进行了分析。
The object of wireless media access control technology is to improve the system throughput, ensure fairness and reliability and reduce access delay.
无线媒体接入控制技术，以提高系统吞吐率、保证公平性和可靠性、降低接入时延为主要目标。
This algorithm can solve the problems caused by the conventional algorithms, such as waste of uplink resource, MAC overhead and additional access delay.
它可以弥补传统的调度算法中的一些不足，例如对上行链路资源的浪费、增大MAC负荷和引入附加的接入时延等。
We deduce the relationship formulation of throughput, media access delay and energy consumption in saturation networks and give a compositive evaluation.
我们给出了饱和网络状态下的吞吐量、媒体访问延时和能耗的表达式并进行了综合分析。
The relationship between the access delay and the voice traffic, data length, data transmission interval, system volume is analyzed through the simulation.
着重对数据接入延时与语音负载、数据长度、数据发送间隔、系统容量等参数之间的关系进行了仿真分析。
The total call strength, access delay and average access calls for the main control channel are derived according to the initial call strength and discrete access frame length.
根据系统的初始呼叫强度和离散接入帧长推导出系统主控信道总的业务量、接入时延及每时隙的平均接入个数，并分析了离散接入帧长对上述参数的影响。
The CAP schedules packet transmission based on the polling mechanism and dynamic TDMA, and a mini-slot is used to keep connectivity when an MT is idle, thus, the access delay is reduced.
CAP以轮询及动态tdma方式为各节点安排发送时隙，采用微时隙为处于空闲状态的节点保持连接以降低时延。
The CAP schedules packet transmission based on the polling mechanism and dynamic TDMA, and a mini-slot is used to keep connectivity when an MT is idle, thus, the access delay is reduced.
CAP以轮询及动态tdma方式为各节点安排发送时隙，采用微时隙为处于空闲状态的节点保持连接以降低时延。
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