Time-sharing allocation of hardware resource 硬件资源的时间分配
Owing to the disadvantage that traditional stopping criteria expend hardware resource too much, uses the combination of cross entropy criteria and exterior information by way of the stopping criteria. 针对传统停止迭代准则译码耗费硬件资源的不足,提出了利用外部信息结合交叉熵迭代停止准则作为新的迭代停止准则算法。
The future GemFire release is planned to include dynamic resource allocation thus further improving performance through intelligent load balancing based on hardware resource availability. GemFire的未来版本还计划包括动态资源分配功能,通过基于硬件资源的智能负载均衡来进一步改善性能。
The task data flow graph ( DFG) was partitioned into several sub-modules under hardware resource constraint. 在可重构硬件资源约束条件下,将任务的数据流图划分成数个子模块。
The design of cooperation with software calculation and hardware operation saves the hardware resource and provides the update ability of the unknown cadences. 在实现方法上采用软硬件协同处理的方式,节省硬件资源占用的同时保证了处理模式的可更新性。
The system includes the high accurate AD converter and serial interface, making the system has abundant hardware resource. 外围还扩展了高精度的模数转换器和串行通信接口,使系统具有较丰富的硬件资源。
The simulation result shows that the multiplexer can integrate the functions of storing and multiplexing payload data flexibly with low rate of hardware resource utilization. 试验结果表明该复接器较好地实现了载荷数据的存储和复接功能的集成,并且功能灵活,硬件资源利用率小。
This design has the advantage of having a laconic structure and economizing the hardware resource. 本设计的优点在于系统的结构简洁,比较节约硬件资源。
Data of sinuous waveforms only in1/ 4 sinuous cycle is required to be stored in ROM so that the internal hardware resource of the FPGA is reduced. 正弦调制波的产生采用查表法,仅将1/4周期的正弦波数据存入ROM中,减少了系统的硬件开销。
The design implemented edge detection of image, and the results show that this method not only raises the processing speed but also saves hardware resource. 设计实现了图像的边缘检测,结果表明,这种方法不仅提高了处理速度,还节省了硬件开销。
Due to the compact arithmetic this method only requires small hardware resource and is easy to implement, besides, its useful for counter reconnaissance equipment engineering. 提出的方法结构简单,占用硬件资源少,便于工程实现,为侦察对抗装备的研制提供了依据。
Share of memory by data input and output leads to further improvement of hardware resource utilization. 数据的输入与输出都共用一个存储器,这进一步节约了硬件资源损耗。
The second one is to research and analyze most hardware resource of the coprocessor and discuss their working principle. 第二部分主要针对协处理器所要完成的任务,研究协处理器所需要的硬件资源,并对各个硬件资源模块的工作原理进行了研究、分析和设计。
Not need hardware resource, no hardware conflict, auto test and configure. 不占用系统硬件资源,不存在硬件冲突问题,自动检测和配置外围设备。
This paper propose a hardware implement of multichannel synchronized serial data collection system based on PCI bus. The elements of hardware resource in FPGA is described. Method and program of DMA transfer data is realized with VHDL language. 提供了基于PCI总线的多通道同步串行数据采集系统的硬件实现方案,分析了整个系统的结构,详细描述了FPGA内部硬件资源的划分和使用VHDL语言实现DMA传输数据的方法和源代码。
The simulation results give the hardware resource consumption and data rate. 设计模块均得出了仿真结果,给出资源使用及运算速度的参考值,为后续的硬件设计提供参考与基础。
The three parallel communication interfaces may be applied to extend the hardware resource of an application system. 这三种并行通信接口为单片机应用系统扩充硬件资源的设计提供了新的途径。
It performs scheduling and scheduling trade-off under hardware resource constraints and timing constraints. 该算法不仅可以在硬件资源(如芯片面积)约束条件下或在时间约束条件下进行调度,而且可以在这两种约束条件下进行折衷调度。
The experiment proves the reliability and robustness of the new test system, and the costly hardware resource shortage is not a problem in the system as well. 实验证明了新测试系统的可靠性和健壮性,并解决了昂贵测试硬件短缺的问题。
A model which implements the interoperability of software and hardware resource of ATS is put forward. 为ATS平台实现软、硬件资源的互操作提出了概念模型。
Usage of these techniques in the single chip microcomputer system, we can save hardware resource greatly, and reduce interfere on system ′ s work, and improve system ′ s reliability. 这些技术在单片机系统中的应用,大大节省了硬件资源,最大限度地降低干扰对系统工作的影响,提高了系统的可靠性。
Analyzed and resolved the hardware resource limit of the embedded environment; 2,对旧有对讲机系统的系统软硬件限制进行了研究和分析;
Interoperable ATS technique and its application in reuse of software and hardware resource are discussed. 针对目前ATS的现状,对自动测试系统的互操作技术进行了研究,提出了利用互操作技术实现系统软、硬件资源的重复使用的技术途径。
Reconfigurable computing system is typically composed of general purpose processors and programmable devices, and it has limited hardware resource and software resource. 可重构计算系统通常由通用处理器和可编程器件组成,同时拥有受限的硬件资源和软件资源。
Optimization on the representation format of data has been done in order to save hardware resource. 为了节省的硬件资源消耗,改进的设计对中间数据的表示格式做了一定的优化。
On the design of hardware resource of a PC computer itself and connecting with the motion control card. 在硬件设计上,充分利用了PC机的固有硬件资源,结合运动控制卡,建立了开放式CNC系统的硬件资源。
The SCM was used to implement control function using the least hardware resource. 在设计过程中使用单片机进行控制达到了用尽量少的硬件资源实现控制功能。
To maximize hardware resource utilization, a map relationship between parallel algorithm and multicore and multithreaded architecture is suggested. 为最大化利用硬件资源,提出合理的并行算法和多核多线程硬件架构的映射关系。
This design verified the validity of the design method and also exhibited the superiority of dynamic reconfiguration technology in the hardware resource time-sharing. 该系统不仅验证了所提出的设计方法的有效性,同时也展现了动态重构技术在硬件资源分时复用方面的优越性。