memory timer
英 [ˈmeməri ˈtaɪmə(r)]
美 [ˈmeməri ˈtaɪmər]
【电】内存定时器
双语例句
- In the design of EPA stack, memory management and timer queue is the key aspects which impact the performance of stack.
在EPA通信协议栈设计中，内存管理和定时器队列管理是影响协议栈性能的主要方面。 - In chap 10. we describe the local resources management, the emphases are the design and management of the file storage pointer table, especially keeping the information in memory and disk synchronous which include timer synchronization and remedy synchronization.
第九章描述了本地资源管理，重点在于文件存储指针表的设计和管理，特别是保持内存和磁盘信息的同步机制，包括定时同步和补救同步。 - Adopted principle is append a database which has a realtime function of base on traditionary Unix. It also expatiated the dispatch stratagem of realtime I/ O, memory manage, course attemper, clock and timer etc.
并结合实际应用，通过附加一个实时库，增加一些实时功能的方法，阐述了Unix在实时I/O、内存管理、进程调度、时钟和定时器等方面的实现策略。 - CMOS image sensor consists of image array logic registers, memory, timer pulse generator and converter.
CMOS图像传感器包括图像阵列逻辑寄存器、存储器、定时脉冲发生器和转换器在内的全部系统。 - The embedded system platform on ATCA was analyzed especially the design and realization of the memory management, timer and communication, the realization of which enhanced the characters and improved the system performance.
论文剖析ATCA构架和系统软件上构建的嵌入式系统平台，重点分析了其中的消息通信机制、内存管理、定时器管理等机制，其具体实现增强了通信软件的特点，改善了系统整体性能。 - The DMA mode is used to transfer data between DSP and display memory, which takes advantage of the hardware resource such as timer, interrupt, DMA, and saves the time of CPU transferring data.
DSP与显示帧存间的数据传输采用了DMA方式，充分利用了TMS320C6201的定时器、中断和DMA等硬件资源，节省了CPU的时间开支。 - Resource management consists of task, memory and timer management.
资源管理主要包括任务管理、内存管理和定时器管理。 - Interrupter, memory, and timer, which are the necessary parts in the hardware design, are all under the administration of embedded operating system.
硬件设备需要用到的中断、内存、定时器等资源均处于嵌入式操作系统的管理控制之下。 - The framework used a variety of technologies, including half-synchronous/ half-asynchronous multi-threaded concurrency model, pool-style memory management technology, the implementation of reliable UDP mechanism as well as timer queue mechanisms and server configuration unified management mechanisms.
该框架运用了多种技术，包括半同步/半异步的多线程并发模型，池式内存管理技术，还有对可靠UDP的实现，以及定时器队列机制和服务器统一配置管理机制的实现。