存储器容量

Dynamic random access memory has achieved 512MB the capacity and on each I/O pin the 666Mbps data transmission speed.

动态随机存取存储器已达到512MB的容量和每个I/O引脚上666Mbps的数据传输速率。

The review includes:(1) magnetic sensor new materials;(2) hexagonal system microwave ferrite materials;(3) large capacity spin valve magnetic memories;(4) magnetic thin tape and film transforms;(5) large power application of ferrite materials.

其内容包括：(1)磁传感器新材料；(2)六角晶系微波铁氧体材料；(3)大容量自旋阀磁存储器；(4)磁薄带和磁薄膜变压器；(5)大功率应用的铁氧体材料。

As a result, the development of networks is restricted severely. This paper presents a tri-stage memory array architecture to solve the problem, which can accomplish the arbitrary high-speed packet buffer theoretically.

提出一种新型的三级存储阵列结构可以成功解决数据包存储器的容量和带宽问题，理论上可以实现任意高速数据包的缓存。

But by high-speed static RAM buffer composition, structure more complex, in the CPU die area can not be the case too, L1 cache capacity level can not be done too.

不过高速缓冲存储器均由静态RAM组成，结构较复杂，在CPU管芯面积不能太大的情况下，L1级高速缓存的容量不可能做得太大。

The hugeness of data takes great burden of memory unit, communication channel or computer processing speed.

数据量的巨大给存储器的存储容量、通信干线信道的传输率以及计算机的处理速度造成了极大的压力。

This lesson a research expresses, passing a procedure of the place of honor machine a string of an adjoin orifice delivers to the development knothole FPGA chip an inside of saving machine inside, and make use of the NIOS development a the software of SDK in the piece the end realizing a string of a correspondence is complete viable, can satisfy the each a fleetness for corresponding by letter system, efficiently, the development trend of the small scaled and big capacity.

本课题研究表明，将上位机的一段程序通过串行接口传送到开发板的FPGA芯片内的存储器中，并且利用NIOS开发套件中的SDK软件最终实现串行通信是完全可行的，可以满足各系统之间的串行通信系统的快速、高效、小型、大容量的发展趋势。

The major contributions of this thesis include:(1) proposing a new kind of optimal feedback control, followed by its application to chaos targeting and stabilization of high period unstable periodic orbits ;(2) stabilization of unstable fixed point in chaotic systems using some kind of nonlinear feedback control, and giving sufficient condition for the existence of the controller as well as the synthesis procedure;(3) analyzing the robustness of optimal control in chaotic Lur'e systems under the help of H〓 control theory;(4) finally and most importantly, introducing a novel method of information storage based on discrete time chaotic systems as the application of chaos control, and systematically studying different schemata for implementation, providing a theoretic basis for the design of such new kind of information storage devices with large capacity.

本文的主要工作包括，提出一种新的最优反馈控制，并将之应用于混沌引导控制及混沌系统高周期不稳定周期轨道的镇定控制；针对不动点镇定控制的一类非线性反馈控制器，文中给出该类反馈控制存在的充分条件及设计步骤；文中还利用非线性H〓鲁棒控制理论对Lur'e混沌系统中的最优线性反馈控制进行鲁棒性分析；最后，也是最重要的，作为混沌控制的应用，文中提出一种基于离散时间混沌系统的信息存储方法，系统地分析、研究了实现这种信息存储的不同方案，为以后进行这种新型大容量存储器设计提供了一定的理论依据。

The magnetic tape will continue to put to effect for its character of huge memory capacity.

磁带将以其存储容量大的特点在录像机、海量数据存储器等方面继续发挥其重要作用。

In this paper ,with STD bus system as an example ,a method of mass data memory extension using I/O port is given. It is proved simple,reliable and easy to use.

本文以STD总线应用系统为例，给出了一种利用I／O端口实现大容量数据存储器扩展的方法，该方法简单可靠，使用方便。

The memory chip selected large capacity Flash memory to realize mass memory of the voice data.

存储芯片选用了大容量FLASH闪速存储器，可以实现语音数据的海量存储。

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。