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    學術動態

    2020國際制導、導航與控制學術會議智能農業無人系統特邀專題征稿啟事

    發布日期:2020-01-03    瀏覽次數:

    主題:2020國際制導、導航與控制學術會議智能農業無人系統特邀專題征稿啟事

    英文全稱:2020 International Conference on Guidance, Navigation and Control (ICGNC), Intelligent Agricultural Unmanned Systems Session, http://icgnc.buaa.edu.cn

    時間:202087日至89

    地點:中國天津

    主辦方:中國航空學會制導、導航與控制分會(CSAA TCGNC)、飛行器控制一體化技術重點實驗室、中國自動化學會無人飛行器自主控制專業委員會(CAA TCUASAC)、中國自動化學會導航制導與控制專業委員會(CAA TCNGC)、中國自動化學會控制理論專業委員會(CAA TCCT

    承辦方:中國民航大學、天津大學

    聯系人:陳建, jchen@cau.edu.cn,Session Chair

    簡介:

    國際制導、導航與控制學術會議,是目前中國最大的航空、航天、航海、陸地等運動體制導、導航與控制(GNC)領域的國際學術會議,每兩年舉辦一次,已經成功舉辦8屆。ICGNC 2020將集聚國內外高等院校、科研院所和工業部門的專家學者,探討和交流GNC領域相關的學術和技術問題,并將邀請GNC領域的國際知名學者做大會特邀報告,會議還包括總師論壇、青年科學家論壇、會前報告、小組討論、邀請組、口頭報告和張貼報告等。隨著我國人工智能2030年發展戰略規劃的出臺,人工智能已上升為國家戰略。作為人工智能最具實用性、最有展示度的智能無人系統,是衡量一個國家科技創新和高端制造業水平的重要標志。智能農業無人系統作為2017年國務院《新一代人工智能發展規劃》重點布局的五大領域之一,是我國智能無人系統的重要組成部分。因此,本屆大會專門設立了智能農業無人系統特邀專題。

    會議語言:英文/中文。

    會議投稿截止日期為202035日,錄用/不錄用通知日期為2020415日。

    智能農業無人系統特邀專題論文投稿方式:進入投稿系統(http://cms.amss.ac.cn),選擇論文類型為“Special Session Paper”,分組代碼為fTlfa6。

    本屆會議英文論文將由國際著名出版社SpringerLecture Notes in Electrical Engineering正式出版(EI收錄),中文論文由國防工業出版社正式出版,其中部分優秀的英文論文將被推薦到《Science China Information Sciences》、《Science China Technological Sciences》、《IEEE Transactions》、《Chinese Journal of Aeronautics》等TOP SCI期刊發表,優秀的中文論文將被推薦到《中國科學:信息科學》、《中國科學:技術科學》、《航空學報》、《上海交通大學學報(自然科學版)》、《北京航空航天大學學報(自然科學版)》等重要EI期刊發表。

    智能農業無人系統特邀專題的征稿范圍包含但不限于以下主題:

    At present, intelligent agricultural unmanned systems have covered space (navigation, remote sensing, meteorological, and communication satellites), air (agricultural-aviation plant-protection UAVs, agricultural-aviation remote sensing and mapping UAVs, long-endurance solar-powered UAVs, long-endurance airships, and bionic flying robots), ground (unmanned farming/harvesting machinery, biomass energy system, soil improved bionic robot, and unmanned animal-husbandry robot), and water (unmanned underwater vehicle, underwater operation robot, and unmanned aquaculture system) four spatial dimensions, with broad development prospects. Establishing an agricultural integrated space-air-ground-water cooperation and precision operation system based on the closed-loop control of large systems, studying the intelligent sensing and control technology of intelligent agricultural unmanned systems, and establishing the application demonstration bases all over the world, play an important role at supporting leaping developments of automotive operations, intelligent operations, unmanned operations, and cluster operations of intelligent agricultural machinery and equipment. It is also of great significance to realize the short-term goal “unmanned farming” and the long-term goal “unmanned agriculture” of world agricultural modernization.

    Articles covering but not limited to recent research on the following topics are invited to this session:

    ● Agricultural information integrated space-air-ground-water remote sensing and monitoring network (satellites, UAVs, UGVs, USVs and UUVs) and multi-source data fusion for agricultural applications;

    ● Unmanned agricultural intelligent sensing and control system, intelligent agricultural equipment, and autonomous systems for agricultural machinery field operations;

    ● Unmanned simultaneous localization and mapping, and sensing of unmanned robots in agriculture;

    ● Unmanned agricultural robots guidance (path planning), navigation and control;

    ● Bio-inspired swarm intelligence and multi-agent system cooperative control;

    ● Unmanned agricultural water management, flow measurement and control;

    ● Unmanned crop yield mapping, remote sensing and monitoring;

    ● Unmanned crop phenotype detection, hyper-spectral sensing, and quantitative inversion;

    ● Unmanned farms, unmanned plant factories, unmanned pastures, unmanned fish farms, and unmanned orchards;

    ● Agricultural big data intelligent decision analysis system, agricultural products processing intelligent workshops, and agricultural products green intelligent supply chains;

    ● Bionic systems, bionic flying robots, soil improved bionic robot, bionic animal-husbandry robots, bionic aquaculture robots, and biomass energy system.

     

    有其他問題,請聯系智能農業無人系統特邀專題主席中國農業大學工學院陳建老師。

     

    歡迎同行學者參會交流。

     




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