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农业自动化     
相关语句
  agricultural automation
     Agriculture is the foundation of our national economy, and the improvement in the efficiency of agricultural production and the extent of agricultural automation are the bases of modern agriculture.
     农业是国民经济的基础,提高农业生产效率和农业自动化生产程度是农业现代化的根本途径,计算机视觉技术可以对农业现代化的发展起到积极的促进作用。
短句来源
     The Present Situation and Developing Direction of Agricultural Automation in China
     我国农业自动化现状与发展趋势
短句来源
     This paper reviews the present situation of agricultural automation at home and broad , analyses the presentsituation of automatic control technique in agriculture machinery and their existent questions,and discusses their developing direction ,which raises new ideas for amelioration,perfectness of agricultural machinery automation products and the development of automation .
     简要回顾了国内外农业自动化的现状,分析了国内自动控制技术在农业自动化中的现状及其存在的主要问题,探讨了我国农业自动化的发展趋势,对以后农业机械自动化产品的改进、完善以及自动化的开发,提出了新的思路。
短句来源
  agriculture automation
     VIRTUAL INSTRUMENTATION TECHNIQUE IN AGRICULTURE AUTOMATION
     虚拟仪器技术及其在农业自动化中的应用
短句来源
     Virtual Instrumentation Technique in Agriculture Automation
     虚拟仪器技术在农业自动化中的应用
     With these applications, the standard is optimized for low data rate, low power consumption, security and reliability. The intended market space of applications using the ZigBee standard is industry control, consumption electronic devices, automation, agriculture automation and medicine device control.
     ZigBee是一种新兴的近距离、低复杂度、低功耗、低数据速率、低成本的无线网络技术,用于近距离无线连接,主要应用领域包括工业控制、消费性电子设备、汽车自动化、农业自动化和医用设备控制等。
短句来源
     The non\|manufacturing automation such as service automation, construction automation and agriculture automation will be developed quickly at the beginning of the 21 century.
     21世纪初将是非制造业自动化 (包括农业自动化、服务自动化和地下、水下、地面 (建设 )作业自动化等 )的快速发展时期 .
短句来源
     Based on the requirement of agriculture automation, after development the microcomputer measuring-controlling system for greenhouse, a telemeasuring -c ontrolling and data collection system was designed.
     根据农业自动化要求,在温室环境微机测控系统的基础上研制了远程测控与数据远程采集系统。
短句来源
  automatic production of agriculture
     This paper introduces the system of computer vision, reviews the application of computer vision in automatic production of agriculture. Finally, the paper summarizes up the main difficulty and prospect.
     该文介绍了计算机视觉系统的组成 ,概述了国内外计算机视觉技术在农业生产自动化中的应用状况 ,并对计算机视觉技术应用于农业自动化中存在的问题及发展前景做了概括
短句来源
  “农业自动化”译为未确定词的双语例句
     Application of Computer Vision Technique to Automatic Production in Agriculture
     农业自动化领域中计算机视觉技术的应用
短句来源
     Application and Prospect of Computer Vision to Autonomous Harvesting in Agriculture
     计算机视觉在农业自动化收获中的应用与展望
短句来源
     Information, knowledge and intellective resource have become the strategic resource of agricultural economy's development.
     以计算机和现代通信技术为主的信息技术在农业上的广泛应用,可以促进农业产业化过程,实现农业自动化、信息化、高效化。
短句来源
     The management of agricultural irrigation information should be reinforced to exert the function of advanced computer technology in the process of agricultural modernization.
     要发挥农业自动化在农业现代化建设中的作用,必须加强农业各个方面的先进智能化技术的运用。 因此,利用计算机技术,开发农业灌溉自动检测辅助决策支持体系,对于提高农业自动化水平和节水灌溉工作效率,进一步促进农业机械化和农业现代化的发展,具有十分重要的意义。
短句来源
     Automatically farm-produces-harvesting robot based on computer vision technical have good application foreground.
     计算机三维重建技术在农业自动化收获机器人上的应用有着良好的应用前景。
短句来源
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Virtual Instrumentation (VI) is

随着计算机技术的发展,基于标准个人计算机平台——PC(包括PC/IPC、Macin-tosh、工作站等)的虚拟仪器技术正成为测试测量与控制领域的重要应用工具。本文概括了虚拟仪器的系统构成及软件结构,简述了虚拟仪器在农业自动化领域的应用实例,介绍了用于精播机性能检测及苹果等级分选的虚拟仪器系统。

This paper introduced Artificial Neural Network(ANN) into vibration drilling. The model and algorithm of ANN that were applied to varying parameters vibration drilling simulation and parameter optimization were mainly studied. In this paper, the orthogonal test method was used to organize training samples. Because of its lack, K dimension crossing test method was also used. There were 27 groups of samples, which were divided into 9 training groups. In training processing. The different samples were input in...

This paper introduced Artificial Neural Network(ANN) into vibration drilling. The model and algorithm of ANN that were applied to varying parameters vibration drilling simulation and parameter optimization were mainly studied. In this paper, the orthogonal test method was used to organize training samples. Because of its lack, K dimension crossing test method was also used. There were 27 groups of samples, which were divided into 9 training groups. In training processing. The different samples were input in intersection way, and one of the samples was input as different as possible from another. Network was trained for 9 times, and every time one subgroup was out of training, the selected one was used to test generalization errors. The experiments showed that the ANN systems are of high precision. It also provided a new method for vibration drilling studying and analysis.

该文将人工神经网络 (ANN)技术引入农业机械化、农业自动化领域中高新技术产品孔加工过程。研究了适用于变参数振动钻削过程仿真与参数优化的神经网络模型和算法。实验表明 ,ANN成功地实现了振动钻削知识的学习 ,优化精度较高 ,为农业机械制造智能化提供了新的研究思路和开发途径。

The non\|manufacturing automation such as service automation, construction automation and agriculture automation will be developed quickly at the beginning of the 21 century. Similar to industry robot demand resulted from the manufacturing automation, the quick development of the non\|manufacturing automation will result in the increasing demand for the advanced robots such as service robots. As a mechatronic system with high level characteristics summarized as machine intelligence, the advanced robot will...

The non\|manufacturing automation such as service automation, construction automation and agriculture automation will be developed quickly at the beginning of the 21 century. Similar to industry robot demand resulted from the manufacturing automation, the quick development of the non\|manufacturing automation will result in the increasing demand for the advanced robots such as service robots. As a mechatronic system with high level characteristics summarized as machine intelligence, the advanced robot will play a key role in the future non\|manufacturing automation and drive up its development. To develop our own advanced robots, it is suggested in this paper that one should pay more attention to the demand pull of the non\|manufacturing automation and to a good multidisciplinary cooperation.

21世纪初将是非制造业自动化 (包括农业自动化、服务自动化和地下、水下、地面 (建设 )作业自动化等 )的快速发展时期 .文中从分析工业机器人技术的进步对制造业自动化发展的影响着手 ,指出非制造业自动化的快速发展 ,将对特种机器人产生巨大的需求 ;特种机器人作为一种具有高度灵活性的自动化并逐渐智能化的机器 ,无疑具有很大的发展空间 ;同时特种机器人技术的发展 ,将极大地推动非制造业自动化的发展 ,特种机器人技术将成为非制造业自动化中的核心技术之一 .该文还建议 ,我国特种机器人研究应放在非制造业自动化发展的大环境中开展 ,同时应重视多学科交叉 ,研究队伍不能局限于自动化领域 .

 
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