图形系统可对地图进行各种操作，完成数据显示、数据查询分析、地震辅助决策等。
Graphic system can realize data visualization, data query, assistant decision during earthquake by kinds of operation to the map.
它同时还完成数据输出，显示以及控制操作，做到人机互动。
It also completed the data output, display and control operations, do human-computer interaction.
该仪器基于LPC932单片微机为核心微处理器，来完成数据采集、处理，存储，实时时钟控制，液晶显示，通信等功能。
This instrument based on LPC932 as the key microprocessor to gather , deal with and store data, to control real-time clock, to complete the liquid crystal display and communication.
进一步介绍了单片机at89s52被应用于系统中，用于完成数据采集，处理以及显示功能。
Moreover, the AT89S52 microcontroller is employed in this system to achieve the function of collecting, processing, and displaying of data.
单片机部分对数据进行处理，完成数据的读取、运算、数据类型转化、循环扫描显示控制等功能，并将待测信号的相位差显示在八段数码管上。
The SCM part mainly reads the I/O port, performs data processing, data conversion, control of the display part and displays the result on the digital LED module.
该系统采用半导体加速度传感器和电子指南针作为数据输入，并且通过高速高性能单片机c 8051f 310完成数据处理和信息显示。
This system completes data input through the semi-conductor acceleration sensor and the electronic compass, and performs data process and messages display through MCU C8051F310.
专用控制器则接受数据，缓冲并控制LED显示器，完成数据传输。
Have data when upgrading, LED display screen control and show by controller.
系统完成数据采集，实时运算和波形显示，以太网通信等功能。
This system will exhibit the functions such as data acquisition, realtime computing, waveform display and Ethernet communications, etc.
将数据在PC机上显示及存储，完成数据的采集、传输、接收、存储。
PC display and store data, complete data collection, transmission, reception, storage and then encrypt data.
完成数据迁移、址将后显示的行数与报告的迁移，成功率和迁移的每个表所花费的时间(请参阅图7)。
After completing the data migration, SSMA will display a report with the number of rows migrated, the success rate and The Times taken to migrate each table (see Figure 7).
系统在微机控制下自动完成数据的采集、计算、处理以及显示等操作。
Under microcomputer control, this device implements samp ling, calculating, processing, displaying and soon automatically.
本系统能自动完成数据的采集，传输，处理，存储，并将测试结果使用直观的图形数据显示，极大提高了故障诊断的效率。
The system can automatically complete the data collection, transmission, processing, storage, and test results using an intuitive graphical data, greatly improving the efficiency of fault diagnosis.
本系统能自动完成数据的采集，传输，处理，存储，并将测试结果使用直观的图形数据显示，极大提高了故障诊断的效率。
The system can automatically complete the data collection, transmission, processing, storage, and test results using an intuitive graphical data, greatly improving the efficiency of fault diagnosis.
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