| Inverted Pendulum Application Paper Real-Time Control of a Two-Wheeled Inverted Pendulum Mobile Robot |
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S. W. Nawawi, M. N. Ahmad, and J. H. S. Osman
Faculty of Electrical Engineering, Universiti Teknologi Malaysia,
Abstract
The research on two-wheeled inverted pendulum (T-WIP) mobile robots or commonly known as balancing robots have gained momentum over the last decade in a number of robotic laboratories around the world. This paper describes the hardware design of such a robot. The objective of the design is to develop a T-WIP mobile robot as well as MATLAB interfacing configuration to be used as flexible platform comprises of embedded unstable linear plant intended for research and teaching purposes. Issues such as selection of actuators and sensors, signal processing units, MATLAB Real Time Workshop coding, modeling and control scheme will be addressed and discussed. The system is then tested using
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ժҪڴӹ̽ĸıҪԡԭĶ塢жϼ״ѧƵϵͳƽṹĸȷоƸĸ⡣
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ժ Ҫ ÷ܿƣHSIC۵ķоһͷǷȶϵͳСϵͳCDPSİȶ⡣ͨCDPS ˶̷ģ˿ص㣬滮CDPS HSIC ĶͼʽڰУHSIC ͨڸ˼˶̬ĸ֪ͻʶĶģ̬ƣʹCDPS ڸ֮ʼվнС˶ƺͽСԽǶȲΪһ̬ġСڡϵͳʵʵϵͳİɹ֤˸÷Чԡ
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ÏÂÔØµµ°¸: Сϵͳİʵ
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ժԣڶʮйƻļ,P1645-1649
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ժҪ÷ܿƣHSIC۵ķоСϵͳCDPSбϵİ⡣ͨCDPS˶̷ģ˿ص㣬滮CDPSHSICĶͼʽڰУHSICͨڸ˼˶̬ĸ֪ͻʶĶģ̬ƣʹCDPSڸ֮ʼվнС˶ƺͽСԽǶȲΪһ̬ġСڡϵͳʵʵϵͳİɹ֤˸÷Чԡ
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ÏÂÔØµµ°¸: бСڰʵʱ
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| Inverted Pendulum Application Paper Human Simulating Intelligent Control and Its Application to Swinging-up of Cart-Pendulum |
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Zushu Li, Qingchun Chen
Institute of Intelligent Automation Chongqing University Chongqing, 630044, P. R. China
AbstractOn the basis of the Human Simulating Intelligent Control (HSIC for short) proposed by the author, thipaper discusses the Swinging-up control of Cart-Pendulum. The theoretical analysis and simulationresults have verijed the universal validity ofthe HSICtheory which aims at the emulating human "motorsensory preview intelligence" for the nonlinear systemsuch as Cart-Pendulum, walking robots etc.
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ÏÂÔØµµ°¸: Human Simulating Intelligent Control and Its Application to Swinging-up of Cart-Pendulum
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| Inverted Pendulum Application Paper Hardware Implementation of the Quadruple Inverted Pendulum with Single Motor |
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Li Hongxing Wang Jiayin Gu Yundong Feng Yanbin
(Department of Mathematics, Beijing Normal University, Beijing 100875, China)
Abstract:As every one knows, inverted pendulums are always used to verify some qualities and effect of certain control theory or method. Single or double inverted pendulum control systems are widely used for teaching or researching in universities and some institutes. However how to control a triple inverted pendulum is a well-known difficult problem. Up to now, just a couple of control experts can do the control of a triple inverted pendulum by using some control method. Undoubtedly, to implement controlling of a quadruple inverted pendulum was an unsolved very difficult problem before August 11, 2002 when we first successfully controlled it by using variable universe adaptive fuzzy control method. We demonstrate here how to implement controlling of a quadruple inverted pendulum as well as briefly introducing variable universe adaptive fuzzy control theory.
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ÏÂÔØµµ°¸: Hardware Implementation of the Quadruple Inverted Pendulum with Single Motor
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ժԣϵͳӼVol.23,No 11,2001
ժҪϵͳIJȶΪϵͳƽ,Ҳ˳ΪԶʵ֤㷨ӵļõʵװáֱͨü÷ŻƲԵLQR LQYԵϵͳʵϵͳʵʱЧʵԱ,ۺʵ鷽ͷԲȶϵͳԿƷʵʿЧص,ָ֮ͨͬȱ,ͨʵ֤ʵ,ʹǴۼʵζԲͬ㷨иʶ
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ժҪΪʵƽ浹ڷϵͳİƣһֻڶͼʽķܿƲԡòͨϵͳʶ䣬ջϵĶģ̬Լֱƣʹڰڸ˴ȶƽȶƽ㲢ȶʵĽֶ֤붨ϵܿԶԾиӷԡǿϡȻȶԵƽ浹ϵͳʵְƣͬʱҲΪԶϵͳĿṩЧ
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ժԣơ200412¡
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ժԣʵо̽222ڣ20034¡
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ժԣƹ̡122ڣ20053¡
ժҪǿѧϰͶ̬滮㷨ĻϣһֲҪԤģ͵ĸĽǿѧϰ㷨ѧϰ㷨ģδ֪û龭£ͨѧϰЧƲȶķϵͳѧϰ㷨ṹڲع磬ǿ̬ϢʹʺϸϵͳȶơӦõһʵĿƣʵ˸ѧϰ㷨ͬǿѧϰ㷨
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| Gymnastic Robot on Horizontal Bar Application Paper Dynamic Model and Motion Control Analysis of Three-link Gymnastic Robot on Horizontal Bar |
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Xie Jian, Li Zushu
Institute of Intelligent Automation, Chongqing University, 400044 Institute of Artificial Intelligence System, Chongqing Institute of Thechnology, 400050 Xjane7441@sina.com, zushuli@vip.sina.com
AbstractBased on the observation of gymnasts swing-up movement, a simplified three-link horizontal bar robot is designed. With corresponding mathematic model developed, its dynamic characteristics are analyzed and simulation results are presented. From a general control perspective, an effective approach, that combines Human simulated intelligent control method with Schema theory, and its feasibility are pointed out to obtain the planning motion control.
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ÏÂÔØµµ°¸: Dynamic Model and Motion Control Analysis of Three-link Gymnastic Robot on Horizontal Bar
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ÏÂÔØµµ°¸: ĶѧۺϣһȺ
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ߣ ԡ ѧҡ
ڵλƼѧ
ժҪо˲ƷȽϵͳѧͶӰλοռ䣬üطĿ룻Ȼλοռռ֮ӳ䣬Ż⡣ĿƷܹеӰ죬ЧϵͳĶ̬
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ÏÂÔØµµ°¸: λ²˵
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| X-Yƽ̨ӦģX-Yƽ̨ӦģĦ |
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ߣϼ淡
ڵλӱѧ
ժԣڶʮйƻļP1165-11682004
ժҪģϵͳƽĦٶȵķԹϵвģ͵Ħ˸ӵģͲʶӦʵʱģеIJģϵͳԶѰŵԼӦ仯ʹĦ³ԡģȶԵõ֤˵˷Чԡ
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ÏÂÔØµµ°¸: X-Yƽ̨ӦģĦ
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| ˶ģͨ˶Ƽ״չӦ |
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ߣꡢˡС
ڵλ̸߿Ƽڣ˾
ժҪ˶ƼķչԶǰɣƶµIJҵĹؼ˶ѾԵƬΪĵ˶רоƬASICΪĴ˶չ˻PCߵDSPFPGAΪĴĿʽ˶˶ƼҲͳؼӹҵר˶ƼչΪпŽṹܽϾӦҪȽ˶ƼĿʽṹǶʽṹͨ˶ΪԶƷ֮һ١߾ʼ˶ƼĿꡣDSPļиӵ˶滮ʵʱ岹ӵ˶ѧѧ㣬ʹ˶ƾȸߡٶȸ졢˶ƽȣDSPFPGAʹϵͳĽṹӿţûӦҪпƻ飬ƳԻ˶ΪгӦõ
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ÏÂÔØµµ°¸: ͨ˶Ƽ״չӦ
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| ˶Ӧģڿʽ˶عϵͳо |
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ߣꡢŽ
ڵλͨѧѧԺ̸߿Ƽڣ˾
ժҪ:һֻڿʽ˶عϵṹͨоڹ״˵ӲĸӦع˶ϵͳĻģ飬ԼϵͳɹYG6132Bеݻظʵ
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ÏÂÔØµµ°¸: ڿʽ˶عϵͳо
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| ˶ӦģڡPC+˶ƽ̨IJݻϵͳо |
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ߣ
ڵλϷʹҵѧеѧԺCIMS о
ժҪǻеƷҪ㷺Ӧա촬;ҵزݻɴֵ߳ļӹȡЧʺԡڷ˲ݻĹԭݹպͿʽϵͳԭ˼ϣáPC+˶ƽ̨ϸо˻Windows STAR-03G ݻϵͳӲṹģ顣
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ÏÂÔØµµ°¸: ڡPC+˶ƽ̨IJݻϵͳо
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| ˶Ӧģ˶ϵͳ |
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ߣ˧
ڵλ̸߿Ƽڣ˾
ժҪ ˶Ƽǽ˶ơ˶ƺͼ⼰ϵרҵƼԲͬļṩƵPWMԼģѹּʽṩֿƷʽ涯ģʽʱģʽλؿģʽʵֲͬļӹաԿʽṹĹ̸˶Ϊƽ̨ϸIJ˸ÿص㣬ԼΪڼӹҵӦá
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ÏÂÔØµµ°¸: ˶ϵͳ
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| ˶Ӧģٹ˿̨ܸϵͳ |
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ߣ ƽ
ڵλ̸߿Ƽڣ˾
ժҪʹù̸˶ٹ˿̨ܸϵͳĽṹԭ̨ԲԸٹ˿ܸĶλȡ̬˶ܡȱЧӦĻ˸̨ڲԸٹ˿ܸʵ
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ÏÂÔØµµ°¸: ٹ˿̨ܸϵͳ
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| ˶Ӧģ̸˶ڲе |
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ߣ
ڵλ̸߿Ƽڣ˾
ժҪԭǽռ䣬ɻñϸλãЩĿռֵļγߴ״CADģ͵ıȶԣԼӹĺϸԣڹҵʵžӦüֵڣãͣ͵ĽӴʽвȷȸߵŵ㣬õݲɼʽֶģʽԶģʽ
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ÏÂÔØµµ°¸: ̸˶ڲе
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| ˶ӦģPCB괲ϵͳĿ |
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ߣ
ڵλ̸߿Ƽڣ˾
ժҪ˻PCB괲ϵͳĻԭ˽ṹ̡PCB괲˶ص㣬о˶滮ԶӹܵӰ졣ϸʹù̸߿ƼĿʽ˶PCB괲ϵͳĻ裬Լϵͳķ
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ÏÂÔØµµ°¸: PCB괲ϵͳĿ
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| ˶Ӧģ˶ƼӦ |
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ߣյ
ڵλҵѧоԺ
ժҪ˶ڹҵӦʮֹ㷺йҵIJϷչ˶ƵҪԽԽߣرƷԵʮСԹڴͳ˶ģʽһǶʽŵ˶˼·һʵʵֿеõ˺ܺõӦá
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ÏÂÔØµµ°¸: ˶ƼӦ
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| ˶ӦģǶʽͬ˶ڷɼϵͳеӦ |
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ߣ ˳ ˡ С
ڵλ̸߿Ƽڣ˾
ժҪ˻Ƕʽͬ˶ӦڷɼϵͳϵṹͨоӦķɼϵͳ˶Ļģ͡ʵǶʽͬ˶ͨProfibus-DPģPLCͬʱӦڷɼϵͳӦģʽ
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ÏÂÔØµµ°¸: Ƕʽͬ˶ڷɼϵͳеӦ
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