为了采集数据，X Forms文档必须有多个提交目标，或者输入完成后用户点击提交按钮时数据需要发送到或者保存到的位置。
In order for the data to be collected, the XForms document must have a submission target, or someplace for the data to be sent or stored when the input is complete and the user clicks a submit button.
接着对本系统需要实现的功能和目标进行了需求分析，其中包括系统的管理范围、需要采集的数据、需要生成的报表等。
Then it does requirement analysis for the functions and targets of the system, and it includes the management range, the collecting data and the requirement report.
实现了车辆分类称量、数据采集齐全、报表自动生成、磅单分类打印等基本设计目标。
Realizes the vehicles classification weighing, the data acquisition complete, the report form automatic production, the pound list classification printing and so on the basic design goal.
介绍了一种有目标识别功能的图像采集系统，用usb接口芯片实现了数据的传输。
The image sampling system that has target recognition function is described. The data is transferred by the USB interface chips.
主要内容包括系统目标、功能需求、数据采集、系统结构和系统二次开发等方面。
The main contents of the system include the system goal, the function requirement, the data gathering, the system construction and the second development of the system etc.
论文以实现VME总线传输机制为设计目标，给出了VME总线数据采集系统的整体方案，并对方案中各个模块进行了详细的阐述。
The VME bus transferring mechanism is taked as the design object, the overall scheme of the VME bus data collecting system is given in the paper, and each module also is described in detail.
其利用摄像头对目标场景进行实时监控，并将采集获取的视频数据呈现在远程显示设备上，用以实施有效的安全控制。
By using video cameras, these systems real-time monitor the target scenes, sending the captured video data to the remote display so as to accomplish effective safety control.
系统测试表明，该设计能够实现图像的采集、处理识别和数据查询等功能，满足预期的目标。
The system test result indicates that this design can realize the function of image acquisition, recognition, information inquiry, and so on, which meets requirements.
采集系统可以自动地对多个目标连续采集，形成带有数据标志的回波数据流，由此建立目标原始回波特性数据库供分析、处理、识别。
The data acquisition system may sample multiple target data automatically, then we may built the target characteristic data-base and do some analysis and recognition work.
红外目标识别系统中，需要实时采集红外传感器的图像数据。
In the system of IR object recognition, it is needed to collect IR image data in realtime.
该BCI主要由三部分构成：带有36个键的虚拟键盘，EEG数据采集单元，数据处理和目标字符识别单元。
The BCI consists mainly of three parts: a virtual keyboard consisting of 36 buttons, a EEG-sampling unit and a data processing and target letter recognizing unit.
分析了人工数据采集中对目标所在区域、走向进行取舍的过程，提出了几种可行的半自动采集策略。
Analyzing the course of choosing of the area and tendency at which the object stays in course of collecting data artificially and putting forward some semi-automatic collecting strategy feasibly.
本课题的目标是要在图形平台一体化的指导思想下，实现能够满足电力数据采集与监视控制（SCADA）要求的图形系统，该系统以可扩展矢量图形（SVG）作为图形交换格式。
This page aims at developing a graphic system that can meet requirements of SCADA in power systems and create graphic files in SVG format under the guidance thinking of the universal graphic platform.
无线传感器网络的这种特点使其在实时数据感知、目标跟踪以及环境数据采集等领域有着广泛的应用。
This feature of wireless sensor networks make it in real-time data-aware, target tracking, and environmental areas such as data collection has a wide range of applications.
这种“昆虫监测雷达”（IMR）造价低廉，可自动采集并通过电话网远程传输观测数据，其ZLC制式使其能够获得高质量的迁飞个体的飞行参数从而提高目标鉴别能力。
These relatively low cost Insect Monitoring Radars (IMRs) employ a novel "ZLC" configuration that allows high quality data on the migrants' flight parameters and identity to be acquired.
系统经现场调试证明，实现了心电信号数据采集、心电波形显示及QRS波检测等功能，达到了预期的目标，为下一步研究做了充分的准备。
The tested results show the system has achieved the goals such as ECG signal acquisition, ECG display and QRS detecting. Therefore, this groundwork will greatly facilitate the following researches.
最后还搭建了一套蓄电池数据采集调试系统，本系统基本完成了课题的目标，实现了蓄电池单体电压、蓄电池组总电压、蓄电池电流和蓄电池温度数据的监控。
Then a battery wireless data acquisition system is set up at the end of the dissertation. The system can monitor the single battery voltage, the total voltage, current and temperature of the battery.
本文通过相同条件下不同炸高的FAE装置进行实验，利用多通道数据采集仪和地面模拟目标进行空气冲击波测量和地面毁伤效应评估。
The air shock wave is measured by the multiple channel data acquisition and processing system and the blast damage power to ground surface targets is evaluated by the simulation targets.
本文通过相同条件下不同炸高的FAE装置进行实验，利用多通道数据采集仪和地面模拟目标进行空气冲击波测量和地面毁伤效应评估。
The air shock wave is measured by the multiple channel data acquisition and processing system and the blast damage power to ground surface targets is evaluated by the simulation targets.
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