port buffer
英 [pɔːt ˈbʌfə(r)]
美 [pɔːrt ˈbʌfər]
网络 端口缓冲器
双语例句
- Optimizing server performance: Port encryption and Buffer Pool settings
优化服务器性能：端口加密和缓冲池设置 - Firstly, we try to make best use of high-speed serial communication capability of the hardware through methods such as: modifying interface speed of serial port driver, improving the receiving flow; utilizing the mechanism of buffer and adding the mechanism of flow control.
首先通过修改串行口驱动程序中的接口速率、改进接收流程、利用缓冲机制以及添加流控机制，充分利用了硬件的高速串行通信能力； - With the USB interface module-USB100, Its receiver can realize high speed data communication with the notebook computer through USB port without data buffer and extra operation power supply.
凭借专用的USB接口模块-USB100，遥测接收机可以通过USB端口与笔记本计算机实现高速数据通信而无需缓存和额外工作电源。 - To make the best use of high-speed serial communication capability, several methods such as modifying baud-rate of serial port driver, utilizing buffer area and adding flow-control were adopted.
为了充分发挥硬件的高速异步串行通信能力，采用了修改串行口驱动程序中的接口波特率、利用缓冲机制并添加流量控制等方法并收到良好效果； - The interface uses a circuit based on dual port FIFO buffer memory to realize data transfer of different I/ O velocity between the two computers.
该接口采用双端口FIFO缓冲存储技术，实现两机间不同I／O速度的数据通信。 - Using dual port RAM as shared data buffer to implement synchronous exchange of real-time data, this supervisory control system operates in synchronous parallel mode, so real-time performance of this system can be ensured.
该监控系统利用双口RAM作为共享的数据缓冲区，实现实时数据的同步交换。系统以同步并行方式工作，确保了监控的实时性。 - API functions and their parameters setting such as opening and closing serial port, setting buffer area, reading and writing serial port, overlapped I/ O opera-tion, watching communication event, which are relevant closely to serial communication programming, are introduced.
介绍了开关串口、初始化串口、设置缓冲区、读写串口、重叠I/O操作、监视通信事件等与串行通信编程密切相关的API函数及其参数设置。 - The method to allocate the data buffers, port bandwidth, maximum user waiting time and minimum user buffer requirements are analyzed theoretically.
从理论上分析了用户的缓冲区分配原则、端口总线带宽、用户最大服务等待时间和最小缓冲区数量等工作参数。 - Bus module is responsible for moving data from the input port buffer to the output port buffer.
总线模块负责将输入端口缓存的数据搬移到输出端口缓存。 - Limited by port land condition, the back-up yards have better location advantages as buffer areas, and cause more and more attentions.
受到港口陆域条件的限制，后方堆场作为港口物流系统缓冲区，拥有更好的地理位置优势。 - EP1C3T144C6 ′ s features of designs being flexible to change can significantly shorten the development time and its high-speed I/ O port realizes the high-speed data buffer by transferring the task into parallel low-speed data processing, which reduces the burden of backend ARM.
利用EP1C3T144C6设计可随意改变的特点，大大的缩短了研制时间；利用其高速I/O口，实现了高速数据的缓冲，将任务转化为了并行处理低速据，减轻了后端ARM的负担。