网络延时是向目的地发送请求到目的地实际接收到数据包之间的时间间隔。
The network latency is the time between sending a request to a destination and the destination actually receiving the sent packet.
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 relationship between the access delay and the voice traffic, data length, data transmission interval, system volume is analyzed through the simulation.
建立了包业务模型，得到成帧间隔的概率分布，并讨论了包延时与帧效率的问题。
In analysis, we establish a packet service model and obtain the distribution of frame internal, and discussed the relation between packet delay and frame efficiency.
采用基于门延时的精细计数来量化被测时间间隔中与时钟不同步的部分，这样时间量就被转换成了数字量。
Both coarse count and fine count which base on the clock and gate delay separately were used to quantify them. Thus, time variable were converted into digital variable.
采用基于门延时的精细计数来量化被测时间间隔中与时钟不同步的部分，这样时间量就被转换成了数字量。
Both coarse count and fine count which base on the clock and gate delay separately were used to quantify them. Thus, time variable were converted into digital variable.
应用推荐