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大容量数据
    The Application of SCSI Hard Disk in High Speed Large Capacity Data Acquisition and Recording
    SCSI硬盘在高速大容量数据采集记录中的应用
    High Speed Large Capacity Data Flow in Radar Terminal
    雷达终端的高速大容量数据
    PIC Microcontrollers to Expand Large Capacity Data Memory KM29N16000TS
    PIC单片机扩展大容量数据存储器KM29N16000TS
    Application study ofthe large capacity data memory technology based on the single chip system
    基于单片机的大容量数据存储技术的应用研究
    Application Study of the Large Capacity Data Memory Technology Based on the Single Chip System Assessment
    基于单片机的大容量数据存储技术的应用研究
    Flash-memory based multi-channel and large capacity data acquisition system
    基于Flash存储器的多通道大容量数据采集系统
    3: The IDE hard disk debugging and Embedded FAT32 filing system design, not only realizes the hard disk read-write, moreover has designed an general FAT32 filing system, the procedure is succinct, the probability is high, may be insert to the general operating system, takes the large capacity data management.
    3:IDE硬盘的调试及嵌入式FAT32文件系统设计,不仅实现硬盘的读写,而且设计了一个通用的FAT32文件系统,程序简洁,可移植性高,可嵌入通用操作系统,作为大容量数据的管理。
    In surveying the data transmission speed of CPU and I/O instrument,and by deep studying on the 8237 DMAC and also on the DMA transmission method of PC/XT or AT, in this paper, we illustrate a method of general interface design and software programming,which is very suitable for high speed and large capacity data transmission.
    通过对CPU与I/O设备数据传送速度分析以及对PC/XT、AT机DMA传送方式和8237DMAC的剖析,提出了一种适用于高速、大容量数据传送的通用接口设计与软件编程的方法
    It is difficult to implement storing data into IDE hard disks through PCI buses of personal computers,when data transfer rate is higher than 132MB/s in the high speed large capacity data acquisition systems.
    在高速大容量数据采集系统中 ,当数据传输率的总带宽达到 132MB/s以上时 ,如果通过PC机的PCI总线使数据存入IDE硬盘 ,将难以实现。
    By using SP algorithm and error correction code technology, a combating burst error and large capacity data hiding method for secret transmission was proposed based on images.
    采用SP交织算法、纠错编码,给出了一种基于图像的抗突发误码的大容量数据嵌入隐秘传输方法。
    A method to expand large capacity data memory in the SCM system
    单片机应用系统扩展大容量数据存储器的方法
    Further investigated and analyzed composition structure and flow data that DSA's formation of image is systematic at first in this paper, carried on intact summing up to the data in the system, Having given out the plan of design of high speed and large capacity data channel of digital formation of image system of X-ray;
    本文首先对数字减影血管造影(DSA)成像系统的组成结构和数据流向进行了深入研究和分析,并对系统中的数据流向进行了完整的归纳和总结,给出了X线数字成像系统中的高速大容量数据通道的设计方案;
    High Speed Data Recording System is one of the key techniques in UWB SAR. It is applied to record the high speed, large capacity data stream, and it is important for real time signal processing.
    高速数据录取系统是超宽带合成孔径雷达的关键技术之一,它主要用于对超高速、大容量数据流进行采集和实时存储,对于实时信号处理有重要意义。
    With the high-speed development of interconnection technology, global information increased with geometric series, people search for a large amount of information, data in order to serve studying and work on Internet, use large capacity data times of file more and more frequent, file can not holded by a small floppy disk.
    随着互连技术的高速发展,全球信息成几何级数增长,人们在互联网上搜索大量的信息、数据以服务于学习和工作,使用大容量数据文件的次数也越来越频繁,文件再也不是一张小小的软盘能容纳得下了。
    This paper introduces a telemetric collecting and processing system which can continually collect telemetric data flow at a data rate within 480k bps, accomplish the tasks of data division, engineer- ing unit transformation and real-time data display, and put the data into large external memory in a designed format. Hence it is a medium or large capacity data collecting system with real-time processing function.
    本文介绍的遥测数据采集与处理系统能对码速率在480kb/s以内的遥测数据流进行不间断的采集,并在采集的同时完成数据分路、工程单位转换、实时数据显示等数据处理工作,并将数据按规定格式存入外部海量存储器。 是一个具有实时处理功能的中、大容量数据采集系统。
    Then,we discuss a new signal processing method (data compression technology) its feasibility and its prospect in astronomy application,Lastly,we introduce a research about real,fast,large capacity data compression and suggest some ideas for test.
    探讨了现代信号处理的新方法——数据压缩技术在天文学中应用的可行性及前景。 最后介绍了在太阳射电频谱仪研制中的实时、快速、大容量数据压缩的研究和一些试验设想。
    It solves the problem between the guarantee of real time and improvement of display performance under large capacity data in the real time test software.
    这种方法解决了大容量数据下实时测试软件实时性与提高显示性能的矛盾。
    To satisfy the requirement of the high speed testing device, A high-speed and large capacity data acquisition system based on PCI bus has been proposed. With the SDRAM as data buffer cell, the CPLD as control centre, the PCI9030 as PCI interface chip, the whole system realized data storage, control and transmission.
    为满足高速测试装置的需要,设计并实现了以同步动态存储器 (SDRAM)为数据缓冲单元,复杂可编程器件(CPLD)为控制核心, PCI9030为PCI接口芯片的高速大容量数据采集系统.
    This paper proposes a study of the large capacity data memory technology based on the single chip system, with the use of USB technology and large capacity data memory technology, integrates the drive of USB Mass Storage Class equipment in MSP430 single chip system to alleviate the restriction of physical space of the on- the- spot data memory.
    本文结合采用现在计算机业界标准的USB总线技术和大容量存储应用技术,提出了一种基于在单片机系统的平台上开展对大容量数据固态存储技术的研究,在MSP430单片机系统中集成了对USBMassStorageClass设备的驱动支持,使得现场数据的存储相对数据采集来讲其物理空间上的限制得以大幅度的缓解。
 

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