同时，为了解决高速数据存储的失误问题，提出了二次锁存方案。
To solve the problem of storing data falsely, a scheme of a double pulse-latching scheme is presented.
在几个足球场大的地方，这些数据中心充满了数千台大型计算机和存储设备，并用高速光纤接入因特网。
The size of several football pitches, these data centres are filled with thousands of powerful computers and storage devices and are hooked up to the internet via fast fibre-optic links.
相反，客户机系统将与数据存储系统直接连接，为大型数据传输提供许多并行的高速数据路径。
Instead, client systems and the data storage system connect directly, providing numerous parallelized, high-speed data paths for massive data transfers.
通过把该数据结构的两个元素分离到两条不同的高速缓存线路，一条高速缓存线路的修改就不会导致再次从存储器读入另外一条高速缓存线路。
By separating the two elements of the structure into two different cache lines, modification of one cache line does not cause another cache line to be read in again from the memory.
高速数据密码卡可以实现信息的存储和对传输信息的加解密保护、数字签名和签名验证功能。
The high speed data cipher card can implement the information storage and transmit the protected information, which has the function of digital signature and signature authentication.
本文探讨了一种基于64位PCI总线的高速数据采集与存储系统的设计与实现方法。
This paper discusses the design and implementation methods of a high-speed data acquisition and storage system based on 64-bit PCI bus.
采用位线平衡技术、高速两级敏感放大器及可预置电压的数据输出缓冲，以提高存储器的读写频率。
A fast access time is obtained by utilizing a bit line equalizing technique, a high speed hierarchical sense amplifier and a preset data output buffer.
在应用程序中开辟了两个缓冲区，交替与传输卡上先进先出存储器（FIFO）通信，实现了主机到外设之间高速无间断数据传输；
In the design of application software, two buffers A and B were used to communicate with the FIFO on the card alternately. Thus the high speed continuous data transmission was achieved.
IT应用领域的不断扩展产生了越来越多的数据，导致了对高容量，高速存储系统的迫切需求。
The expansion of it applications has resulted in more and more data being produced, making it necessary to manage high-capacity storage systems.
在现在的水声应用领域中，经常需要用到高速大容量的数据存储系统。
Storage devices with high-speed and large-capacity are usually needed in underwater acoustic applications.
全息光存储以其高密度、大容量、高速并行数据存取而成为光存储领域的一个重要研究方向。
Holographic data storage is a key research direction in the optical data storage field due to its high storage density, high capacity and high speed of parallel data accessing.
在此前提下，采用高速数据传输技术成为必然，DMA(直接存储器访问)技术就是较理想的解决方案之一，能够满足信息处理实时性和准确性的要求。
DMA (Direct Memory Access) technology is one of the best solutions which could meet the requirements of real-time and accuracy for information processing.
由于它不是以高速旋转的磁盘作为存储介质，数据读写时不需要寻道时间，因此它有着传统硬盘不可比拟的顺序和随机存储速度。
Since it is not using high speed spinning disks as storage media like traditional hard disks, SSD obtains much higher sequential and random access speed than traditional hard disks.
HPVFS的缓存系统包括元数据缓存、计算节点数据缓存和存储节点缓存三种，旨在实现元数据和数据的高速访问。
Cache system is one of these strategies, which realize rapid access of metadata and data. The cache system of HPVFS consists of metadata cache, compute nodes cache and storage nodes cache.
该系统在地面综合实验中，用于高速度、大容量的采集、显示、处理和存储来自空间应用实时系统相应的数据。
In ground integrated experiments, this system is used to collect, display, process and store the great mass of data from aerospace application real time system at a high speed.
在硬件系统中提出了一种新的数据采集存储方式，使数据的采集存储速度不受CPU速度的限制而实现了高速的数据采集与存储。
A new way of data sampling is developed in hardware that achieves high-speed data sampling storage without the limitation of CPU speed.
静止气象卫星地面应用系统是一个具有高速通信、大规模数据处理、高时效产品服务、海量数据存储功能的大型业务应用系统。
The geostationary meteorological satellite ground application system is a main system with high speed communication, large-scale data processing, product service giving, and mass data storage.
系统将数字逻辑和数据存储一起设计在了一片高速大容量的FPGA内，大大提高了系统的集成度、可靠性和灵活性。
By implementing all the digital logic function and data storage function with a FPGA, the instrument is greatly enhanced in integration, reliability and flexibility.
在当今信息社会里，磁盘作为存储介质因为其数据读写的高速性和高性价比被广泛使用。
In nowadays information society, a disk is widely used as storage medium because of its high speed of data read-write and high performance price ratio.
特定的或通用的高速缓存(存储对象或特定的数据类型)。
Specific or generic cache (storing Objects or specific data types).
以高速率将输入数据路由到分布式的大量处理元件、存储器和连接以便在视场中的多个点处同时进行参数估计。
The input data is routed at high rates to a distributed and large number of processing elements, memory, and connections for simultaneous parameter estimation at multiple points in the field of view.
在此基础上，给出了数据高速流盘的思想和方法，实现了利用硬盘作为存储载体的高速大容量数据存储系统，解决了便携式系统大容量数据存储的问题。
The author realizes a fast and large capacity storage system using common hard disk to record and gives an answer to the problem of storage of large data in portable instruments.
在扩展存储过程高速缓存中找不到数据库状态对象。
A database state object was not found in the extended stored procedure cache.
它必须确定所请求的网页是否存储在它的高速缓存数据库中。
It has to determine if the requested page is stored within its cache database.
当CPU从主内存中读取数据时，一份数据拷贝将被存储在高速缓存中。
When the CPU reads data from main memory, a copy of this data is stored in the cache memory.
目标处理器能够比访问系统存储器中的数据更有效率地访问高速缓存中的数据。
The target processor can access data in the cache more efficiently than it accesses data in the system memory.
为了解决数据量庞大、高速数据存取的问题，本文采用了FPGA芯片和同步动态存储器(SDRAM)来实现矩阵转置运算。
For the problem of huge data storage, use SDRAM to store the data, and use FPGA to control SDRAM to complete the transpose.
其中主要用途之一是用作高速数据采集应用的大型数据存储库。
One of the primary usages is as a large data repository for high-speed data acquisition applications.
IDT70 V 9289是IDT公司新推出的一款高速同步双口静态存储器(SRAM)，可实现不同传输方式的双路高速数据流的无损传输。
The IDT70V9289 is a new kind of high - speed synchronous dual - port SRAM made by IDT. It can be used to link two different kinds of high - speed data flows.
IDT70 V 9289是IDT公司新推出的一款高速同步双口静态存储器(SRAM)，可实现不同传输方式的双路高速数据流的无损传输。
The IDT70V9289 is a new kind of high - speed synchronous dual - port SRAM made by IDT. It can be used to link two different kinds of high - speed data flows.
应用推荐