memory density
英 [ˈmeməri ˈdensəti]
美 [ˈmeməri ˈdensəti]
网络 存储密度
双语例句
- Now, let's explore the Linux approach to memory sharing and how you can use it to increase the memory density of a server and therefore increase its ability to host additional applications or VMs.
下面，我们将探索这种Linux内存共享方法，以及如何使用该方法提高服务器的内存密度，从而增加其托管其他应用程序或VMs的能力。 - As such it provides a mechanism for memory ballooning in the JVM, enabling a greater application server density for Java workloads.
这样，它提供了一种在JVM中实现内存气囊（memoryballooning）的机制，可以为Java负载提供更好的应用服务器密度。 - Current requirements of nonvolatile memory ( NVM) for the scaling down device are high density cells, low-power consumption, high-speed operation and good reliability.
目前非挥发性记忆体在元件尺寸持续微缩的趋势下，其需求为高密度记忆单元、低功率损耗、快速读写操作、以及良好的可靠度。 - Objective To produce a new type of dementia model so as to examine the functional change of learning and memory, muscarinic acetylcholine receptor density, and effect of ZMS-active component of Zhimu.
目的制造一种新的大鼠痴呆模型，考察模型大鼠学习、记忆和M受体密度的变化，以及知母有效成分知母皂甙元（ZMS）的影响。 - The near-field optical memory manufactured with high techique, and nanometer tech-nique has very high memory density and high read-out rate.
近场光学存储器采用了纳米高新制作技术，具有极高的读出速度和极高的存储密度。 - Along with the development of semiconductor fabrication technology, the area of the memory cell in flash memory chip is reduced, the integration is improved, then the flash memory can meet the demand of the market for large density.
随着半导体制造工艺技术的不断进步，快闪存储器芯片内存储单元的制造尺寸大幅缩小，集成度显著提高，有效满足了市场对大容量存储器芯片的需求。 - Microcomputer Handling System of Superimposition and Memory and Density of Bioelectricity
生物电迭加、记忆示波和密度微机处理系统 - Many efforts have been made to increase the memory density of the optical disks such as increasing the numerical aperture of the objective lens and decreasing the light wavelength to blue or purple range.
目前人们正在设法进一步提高光盘存储器的存储密度，如采用大数值孔径物镜或使用较短波长光源（如蓝光、紫光存储）。 - It is expected that, on the Fourier-transform plane of objective lens, the point holographic image formed by object beam and reference beam is capable of higher memory density of Chinese characters and other foreign letters.
在物镜的傅里叶变换面上，由物光束和参考光束相干形成的点全息图，希望有较高的中、外文存储密度。 - Conclusion Combined injection of A β 1-40 and excitatory amino acid to the right nucleus basalis successfully produced a new dementia model. ZMS can significantly improve the learning and memory ability and increase the brain muscarinic receptor density of the model.
结论用单侧脑内定位注射Aβ和兴奋性氨基酸成功地制造了一种新的痴呆模型，ZMS能明显改善其学习、记忆功能并提高其M受体密度。 - Conclusions IGF-1 can improve the learning and memory abilities of the dementia rats and increase the density of ChAT.
结论IGF-1对中枢胆碱能系统有保护作用，能改善学习记忆能力。 - In short wave region, ZnO can be used to fabricate UV light emitting and UV laser devices, which is very important for improvement of memory density and optical information access speed.
在短波区域，ZnO可用于制造紫外发光器件和紫外激光器，对于提高光记录密度及光信息的存取速度起着非常重要的作用。 - Compared with magnetic bubble storage memory, the bit density of BLM increases drastically.
与磁泡存储器相比，BLM的存储密度大大提高。 - And it is very important in the memory market because of its high density, to be programmed and erased easily, non-volatilization etc.
它以其高密度、非挥发、擦写易实现等诸多独特的优点在存储器市场中占据重要的地位。 - Comparison to AD control group, learning and memory abilities of AD treatmemt group were improved and the density of AchE fiber was increased significantly ( P < 0.01).
AD治疗组Y迷宫学习及记忆能力较AD对照组有改善（P<0.01），基底前脑皮层及海马各区AchE纤维密度亦有所增加（P<0.01），但是没达到正常对照组的水平（P<0.01）。 - Via the technology, optical memory can overcome some limits and reach higher density and shorter access time.
通过此技术，光盘存储可以突破原有局限，实现更高的存储密度和更快的存取速度。 - Results Two months after model production, the learning and memory ability as well as the density of muscarinic receptor in brain were significantly decreased in model rats compared with those in control rats.
结果拟痴呆模型大鼠学习和记忆成绩和脑M受体密度明显低于对照组。 - Besides, the non-volatile memory has advantages such as low leakage power and high density.
另外，新型非易失性存储器由于其静态能耗低、密度大等特点，被考虑作为低功耗存储系统的实现。 - In order to make the algorithm can be completed in a certain size of memory, propose a density threshold function for setting data stream clustering parameter.
针对数据流聚类参数设置问题，为了使得算法能够在一定大小的内存中完成，提出了一种密度阈值函数。 - The memory device is toward miniaturization, high-storage density, low-power consumption, rapid writing/ reading speed, long-time date retention, compatible with the CMOS process and so on.
存储器正朝着小型化、存储密度高、功耗低、读写速度快、数据保持时间长、与CMOS工艺兼容等我们所希望的方向发展。 - And with the rapid development of portable electronic devices, embedded Dram which is a branch of embedded memory is used more and more widely because of its high storage density and low power consumption.
而随着便携式移动电子设备的快速发展，嵌入式存储器的一个分支&嵌入式动态随机存储器又以其高存储密度和低功耗得到了越来越广泛的应用。 - ABSTRACT: The development of modern information technology require memory with the characteristics of high storage density, ultrafast response rate and long service life and the organic semiconductor memory has become a new potential memory devices.
摘要：现代信息技术的发展要求存储器具备超高存储密度、超快的响应速率以及长使用寿命等特点，有机半导体存储器成为了一种非常有潜力的新型存储器件。 - Since its invention, the split-gate flash memory has been extensively used in the fields of low density code storage and embedded flash memory.
自发明以来，它已在低密度代码存储和嵌入式闪存领域得到了广泛的应用。 - Based on these properties, Nano-Crystal Memory ( NCM) further improves the storage density. And owing to its good compatibility with CMOS process, NCM shows a great scientific and industrial value.
在此基础上发展而来的纳米晶存储器（Nano-CrystalMemory，NCM）进一步提高了存储密度，加上与CMOS工艺良好的兼容性，使得对纳米晶存储器的研究具有巨大的科学和产业价值。 - Phase change memory is one of the most promising candidates of the next-generation nonvolatile memory considering its high speed, low power consumption, high density, anti-fatigue properties, compatibility with the CMOS process, anti-radiation, and other characteristics.
相变存储器以其读写速度快、功耗低、存储密度高、抗疲劳特性好、与CMOS工艺兼容、抗辐射等特点成为下一代非易失性存储器的有力竞争者。 - Nand Flash memory has high density, large capacity, simple production technology, and the high performance-price ratio. However, its control is complex and has a certain degree of bad blocks.
NANDFlash存储密度大、容量大、生产工艺简单、性价比高，但是控制方式复杂而且可能会存在一定的坏块。 - It first assigns components into processors under the conditions that satisfy computation resource and memory resource constraints, and keep the balance of computation density among processors. And then it generates implementation models while satisfying timing constraints.
首先，在满足处理器的计算资源、内存资源约束和保持计算密度平衡的条件下把构件分配到处理器上，然后以满足定时约束为目标生成实现模型。 - The present application of the GMR effect is mainly on the magnetic sensor, the random access memory and high density read-write head.
目前，GMR效应主要用于磁传感器、随机存储器和高密度读写磁头等方面。 - The program could hide memory access latency well when it has high compute density ( the ratio of computing time to memory access time).
当对于并行数据集有较高的计算密度（即计算时间和访存时间的比率）时，能够很好的隐藏存储器的访问延迟，不需要很大的数据缓存。