动态功耗管理,dynamic power management
1)dynamic power management动态功耗管理
1.Noveldynamic power management of sensor node in wireless sensor networks;无线传感器网络传感器节点动态功耗管理方法
2.The DPM(dynamic power management) is an important solution of reducing energy consumption in the system level.其中动态功耗管理便是一种重要的减少系统范围的能量的方式。
3.An algorithm that combines the dynamic voltage scaling(DVS) anddynamic power management(DPM) is proposed for asynchronous periodic real-time tasks with specif.针对此问题,提出动态电压调节(DVS)和动态功耗管理(DPM)相结合的双效节能延迟调度算法。
英文短句/例句
1.Predictive Dynamic Power Management Based on Energy Expectation能耗期望的动态功耗管理预测性策略
2.The Transmission Energy Loss Allocation System Based on a Dynamic Power Flow Algorithm;基于动态潮流的输电电能损耗分摊管理系统
3.Research of Low Power Methodology for Real Time Reconfiguration of Resources in FPGA;FPGA资源动态重构及低功耗研究
4.Research on Low Power Dynamically Reconfigurable Cache Based on Tournament Caching基于Tournament Caching的低功耗动态可重构Cache研究
5.THE DESIGN OF A LOW POWER DYNAMICALLY RECONFIGURABLE CACHE一种低功耗的动态可重构Cache设计
6.Dynamically reconfigurable cache scheme with lower-power一种低功耗动态可重构cache方案
7.System Power Management Based on Garfield Processor;基于Garfield处理器的系统功耗管理
8.Dynamic SPM Optimization Mechanism Based on Virtual Memory Management利用虚存管理的思想实现基于SPM的动态能耗优化机制
9.System-Level Power Analysis and Management for Garfield;Garfield系统级功耗分析与管理
10.Strengthening Reactive Voltage Management to Lower Power Line Loss;加强无功电压管理 降低电网线路损耗
11.Research on the Dynamic Power Model of the Video Coding in Mobile Wireless Environments无线移动环境视频编码动态功耗模型研究
12.Dynamic voltage scaling is an effective low-power technique.动态电压调节是一种有效的低功耗技术.
13.The Research on Dynamic Low Power Design Policies in Embedded Sytem;嵌入式系统动态低功耗设计策略的研究
14.Study of a Low Power Dynamic Comparator Based on Successive Approximation Register Converter;一种基于SAR ADC的低功耗动态比较器研究
15.Study of Dynamic Power_adaptive Technology Based on Hardware;基于硬件的动态低功耗自适应技术研究
16.Novel Cmos Readout Circuit Design with Low Power Consumption for High Dymanic Range新型低功耗高动态范围CMOS读出电路设计
17.Low Power Scheduling Algorithm Based on the Dynamic Voltage Regulation基于动态电压调节技术的低功耗调度算法研究
18.Characteristic analysis of a new high-speed and low-power CMOS dynamic comparator新型高速低功耗CMOS动态比较器的特性分析
相关短句/例句
static power management静态功耗管理
1.The PowerPC 603e microprocessor is a high performance, low cost, low power 32 b superscalar RISC microprocessor The architecture of PowerPC 603e is described briefly in this paper The technology of dynamic power management,static power management and some other low power design for PowerPC 603e are introduced in detail Finally the development status of PowerPC is presente本文简要介绍了 Power PC6 0 3e结构 ,详细介绍了 Power PC6 0 3e动态功耗管理、静态功耗管理设计技术及一些低功耗技术 ,最后给出了 Power PC的发展现
3)dynamic power consumption动态功耗
1.A noveldynamic power consumption management(DPCM) method is proposed for the sink node of wireless sensor networks (WSN),in which the sleeping threshold of each node in sleeping status is deduced theoretically by utilizing the uniformly minimum variance unbiased estimation(UMVUE) of fixed truncated samples to obtain the parameters of idle duration that obey the Pareto distribution.针对传统的功耗管理方法不能解决实际应用中汇聚节点能量资源有限而易成为网络瓶颈的问题,以及传统排队论的指数分布理论模型在处理无线网络业务流时无法准确描述自相似性问题,提出了一种无线传感器网络汇聚节点动态功耗管理方法。
2.It can save more than 30%dynamic power consumption in low sample rate.在低采样率的模式下可以减少30%的动态功耗。
4)dynamic power动态功耗
1.Specifically,the cluster-oriented compiler makes the register numbers in loops as continuous as possible to offer more opportunities for run-time power management,and the cluster-based run-time power manager employs a register cluster buffer to filter accesses to the register file fordynamic power saving.在软件方面,面向寄存器簇的编译优化使循环程序段中寄存器的编号尽可能相邻;在硬件方面,采用寄存器簇缓冲器过滤对寄存器堆的访问并降低其动态功耗,采用基于寄存器簇的动态电压调节电路和门控预充电路降低存储单元和位线的泄漏功耗。
2.In LVBS SRAM,a charge sharing technique is used to reducing bitline voltage,which makes the bitline swing decreased by 50% in write operation,so bitlinedynamic power is greatly reduced.这种SRAM采用电荷分享方法降低位线电压幅值,在写操作时使得位线电压摆幅减少了50%,从而显著降低了位线动态功耗。
3.Based on the “amplifying” idea,simple circuits for measuring the gate delay,dynamic power,leakage power,and their variations for a 90nm process are designed.分析了超深亚微米工艺参数波动对电路的影响;采用“放大”的思路设计了简单的用于测量超深亚微米工艺门延迟、动态功耗、静态功耗及其波动的电路,并提出了一种用于测量门延迟波动特性曲线的新型电路,该电路采用较短的反相器链可以得到超深亚微米工艺下门延迟波动特性曲线。
5)dynamic energy management动态能耗管理
6)power management功耗管理
1.System-levelpower management model based on dynamic voltage scaling technology;动态电压调整的系统级功耗管理模型
2.Research and implementation of dynamicpower management for uclinux;动态功耗管理算法在ucLinux中的研究和实现
3.By analyzing the source of CMOS circuit s power consumption, a detailed solution which considered several low-power techniques, such as dynamicpower management, clock gating and operand isolation, was provided.通过分析CMOS电路功耗产生原因,介绍了动态功耗管理、门控时钟和操作数隔离等低功耗设计方法,给出了该AES密码算法详细的低功耗实现方案。
延伸阅读
动态管理动态管理,即开放式管理,适应新课程与当代社会发展的管理模式
