存储容量

Storage network is the combination of storage techniques and network techniques. With the increase of various new services and applications because of the improvement of digital and network technologies, the storage network need not only more storage capacity, but also the high capability of data access and transfer, management, high reliability, availability and scalability.

存储网络是传统存储技术与网络技术结合的产物，随着围绕数字化和网络化的各种应用的不断增加，在存储容量以及数据的访问性能、传输性能、高可靠性、可用性和可扩展性等多个方面对存储网络系统的要求越来越高。

The computer simulation with random patterns show that the storage capacity is as high as 0.52, which is 3-4 times higher comparing with other models with binary and bipolar interconnection weights, and the addressability is also obviously improved.

针对Hopfield模型在存储模式不具备理想状态分布时存储容量及寻址能力急剧下降的缺点，提出了分区适应截值算法，用这一算法建立的分区适应截值模型在存储交通标志时，存储容量为Hopfield模型的17倍。

The capacity of associative memories in high order Hopfield neural network is analyzed in this paper.

分析了高阶Hopfield神经网络的存储容量，给出了一种计算最大存储容量的方法，分析了计算结果的精确度，并用切比雪夫方法对分析结果进行了拟合。

In practice, many data acquisition systems larger than the amount of data, so the system has a high storage capacity requirements of an ordinary EPROM or FLASH is very difficult to meet capacity requirements.

在实际应用中，许多数据采集系统的数据量都比较大，因此对系统的存储容量有很高的要求，一般普通的EPROM或FLASH的容量都很难以满足要求。

With the enterprise information increasing explosively, there are higher and higherdemands for storage capacity and reliability.

随着企业信息爆炸性增长，对存储容量和可靠性的要求越来越高，存储技术得到广泛关注，特别是网络存储技术的研究已成为存储行业的热点。

In recent years, science and technology of high speed and large capacity magnetic information store has been in the fastest development of solid-state electronics field and the information store capability increases twice per sixmonth .

高速、大容量磁信息存储科学与技术是近几年来固体电子学领域发展最快的领域之一。从信息存储容量来说大约每六个月增加一倍。

ABSTRACT In recent years, science and technology of high speed and large capacity magnetic information store has been in the fastest development of solid-state electronics field and the information store capability increases twice per sixmonth.

高速、大容量磁信息存储科学与技术是近几年来固体电子学领域发展最快的领域之一。从信息存储容量来说大约每六个月增加一倍。

The holographic disc storage technology, which has the properties of simplicity in optical read-write head and the compatibility with existing disc system, is more suitable for the application of high-density and mass-capacity data storage.

如何充分发挥体全息存储的优势，实现高存储密度、大存储容量，高数据传输速率的全息信息存储，并完善体存储器的各项性能，推进体全息存储技术的实用化，是近年来体全息存储领域的研究热点。

Storage capacity was an interior design priority on the Galant, as evidenced by a large-capacity glove box and the numerous secondary cubbies and storage compartments.

存储容量是对室内设计的加兰特优先，如大容量手套箱和众多的中学小熊和存储车厢证明。

Finally, the volume holographic data storage characteristics of a lithium niobate crystal are investigated. The photovoltaic effect of the lithium niobate crystal is analyzed, and a system of storage capacity of 10.5Gbits/cm〓 and 1000 holograms stored for correlation recognition is realized.

最后，理论分析和实验验证了晶体材料光伏效应对大容量全息存储的影响和抑制方法，并在小型化体全息存储与相关识别系统中实现了10.5Gbits/cm〓存储容量和1000幅库图像的相关识别。

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。