存储容量

ABSTRACT Turbo code is a powerful error correcting technique that has been used in many fields such as deep space communications, wireless mobile information transmission, digital subscriber loop, and large capacity magnetic storage.

Turbo码是一种具有极强纠错能力的差错控制编码技术，它已经被广泛地应用于诸如深空通信、移动无线传输、数字用户环路以及大容量磁存储系统等许多的领域。

It can also record, store and play back personal content on high-capacity BD media.

它也可以记录，存储和播放回到个人的内容，高容量，屋宇署媒体。

A Bernoulli box, which is a mass storage device, uses both floppy and hard disk technologies.

Bernoulli磁盘盒是一种大容量存储设备，使用软盘和硬盘技术。

This paper extends the concept of multi level bitmap catalogue proposed in paper 〔1〕,by introducing multi word bit operation into the algorithms related to the catalogue structure .

本文推广多级位示图的概念，并在其有关算法中引入多倍字位操作；分析分配算法的时间复杂度和位示图目录相对的空间管理开销；分析存储池容量和分配算法的空间？？

He states the technology of F5 company has the the rapiddest rate, largest size and the strongest expansibility, the documentation that put can achieve 2 trillion byte, the memory that he still discloses to the company that F5 company approachs most on the market at present can be offerred at the same time is 20 million byte merely, difference is very big between this.

他表示F5公司的技术具有最快的速度、最大的容量和最强的扩展性，存的文档可以达到2万亿字节，他同时还透露目前市场上最接近F5公司的公司所能提供的存储仅仅是2000万字节，这之间差距是很大的。

The optimal inventory and capacity joint decisions for a continuous time homogeneous inventory system with finite and infinite horizons are discussed.

在此基础上，分别求解了具有容量约束的有限时段和无限时段连续时间问题的最优存储策略。

In order to simplify operation of terminal device,Universal Serial Bus mass storage function has been realizedin it.

同时在数据存储上，采用128MB大容量闪速存储器，增强终端设备的数据存储能力。

Based on the simulations and evaluations of this method, an efficient FPGA implementation based on IBISS-A-1300 CMOS Image Sensor is presented. The whole architecture was optimized in the pipeline design, tew line buffers instead of large memory to get higher hardware utilization and speed, so it can process Bayer image in real time and create good condition for coding and transmission.

在对算法进行仿真评估基础上提出了基于COMS图像传感器IBIS5-A-1300的图像压缩FPGA实现方案，整个结构采用流水线设计，同时用少量行缓存代替传统的大容量存储，节省了存储资源，加快了运算速率，减小了电路规模，经验证明完全满足对Ba-yer图像实时处理的要求，为后续实时压缩编码和传输提供了有利条件。

This thesis introduces USB apparatus of large memory briefly , provide USB control PDIUSBD12 and flashing memory principle block diagram of K9F2808 , take these two chips as an example , design circuit diagram to store the apparatus, list the procedure flow diagram finally and debug .

本论文简要介绍USB大容量存储设备类，给出USB控制PDIUSBD12和闪存K9F2808的原理框图，并以这两个芯片为例设计出存储设备的电路图，最后列出程序流程图并加以调试。

With thedevelopment of astrionics, mass Solid State Recorder based on FLASHMemory has been one of the dominating solutions for the storage of mass data on thespacecraft.

随着航天电子技术的发展，以FLASH为基本存储介质的大容量固态存储器已经成为当前航天器数据存储的主流方案之一。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。