A jaw exoskeleton is proposed in this paper to assist the exercise for the purpose of practical rehabilitation of temporomandibular disorder (TMD). The jaw, attached to the skull by muscles and pivoted at the condyle ...
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This paper describes a localization method to localize a mobile vehicle in underwater environment. Particle filter based localization method isimplemented, which is based on Bayesian filter to deal with non-linear ***...
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This paper presents a framework for underwater object detection and recognition using acoustic image from an imaging sonar. It is difficult to get a stable acoustic image from any type object because of characteristic...
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In this paper, a novel method for salient object detection from natural images is proposed. In order to extract the object from an image which is visually attractive, non-redundancy is conceptually incorporated to def...
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Mobile robots are commonly used for research and education. Although there are several commercial mobile robots available for these tasks, they are often costly, do not always meet the characteristics needed for certa...
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The proceedings contain 131 papers. The special focus in this conference is on Materials Sciences and Materials Processing, Control Engineering and Artificial intelligence, intelligence Automation, Information Technol...
ISBN:
(纸本)9783038353263
The proceedings contain 131 papers. The special focus in this conference is on Materials Sciences and Materials Processing, Control Engineering and Artificial intelligence, intelligence Automation, Information technology and Software applications. The topics include: Study on the synthetic process of the cefprozil;research on synthesis of triazine ring and its isomerization;research on detection and distribution of organic chlorine content in the Chin-sha river basin;evaluation of asphalt-aggregate adhesion using surface free energy theory;study on preparation of ceramic material and its properties;research on polymer materials in bio medical and its application;study on the determination of cypermethrin residues in vegetable;texture classification of 3D surface textures via directional quincunx lifting;an application of fuzzy logic control algorithm in hydro mechanical deep drawing process;researches on the robot obstacle avoidance based on fuzzy control;researches on the optimal design of intersection signal lights fuzzy control;design of control scheme for variable air volume air-conditioning system;research on wearable human motion capture and virtual control;research on fuzzy control of mine ventilation based on embedded systems;research of oil quality online monitoring system;information technology for processing and treating aircraft end of life;study on the application of PLC in coal sorting system;monitoring equipment for sailing based on ARM;study on tourism electronic platform based on large data background and study on smart grid technology based on internet of things.
This paper discusses an application of the IPM (inverse perspective mapping) geometrical transform on the inspection power robot (SmartGuard). The SmartGuard is an autonomous robotic system for inspection substation e...
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ISBN:
(纸本)9781479964239
This paper discusses an application of the IPM (inverse perspective mapping) geometrical transform on the inspection power robot (SmartGuard). The SmartGuard is an autonomous robotic system for inspection substation equipment instead of people. Based on the stereo vision system, we proposed a Vision base road edge and obstacle detection system. Firstly, we construct the IPM( Inverse perspective mapping) structure from the vision system structure and the road plane in the substation. Secondly, make the monocular image transform of IPM, and get the edge of the road based on the line detection. Thirdly, do the stereo images IPM, based the transformed images, detect the different of the stereo remapping images to get the probable obstacle. Continues, we give a hypothesis testing obstacle detection approach to make the obstacle information more exactly. At last, we make the 2D map both the road edge and obstacle which could provide enough information for the robot navigation in the substation.
Learning is essential for an autonomous agent to adapt to an environment. One method of learning is through trial and error, however, this method is impractical in a complex environment because of the long learning ti...
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Learning is essential for an autonomous agent to adapt to an environment. One method of learning is through trial and error, however, this method is impractical in a complex environment because of the long learning time required by the agent. Therefore, guidelines are necessary in order to expedite the learning process in such environments, and imitation is one such guideline. Sakato, Ozeki, and Oka (2012-2013) recently proposed a computational model of imitation and autonomous behavior by which an agent can reduce its learning time through imitation. They evaluate the model in discrete and continuous spaces, and apply the model to a real robot in order to acquire painting skills. Their experimental results indicate that the model adapted to the experimental environment by imitation. In this paper, we introduce the model and discuss what are needed to improve the model.
作者:
Brandi, SantiagoHerreros, IvanVerschure, Paul F. M. J.SPECS
Technology Department Universitat Pompeu Fabra Carrer de Roc Boronat 138 Barcelona08018 Spain ICREA
Institucio Catalana de Recerca i Estudis Avan cats Passeig Llu s Companys 23 Barcelona08010 Spain
The cerebellum is involved in avoidance learning tasks, where anticipatory actions are developed to protect against aversive stimuli. In the execution and acquisition of discrete actions we can distinguish errors of o...
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In our previous work, we have proposed a framework which allows tools that can check standard noninterference properties but a priori cannot deal with cryptography to establish cryptographic indistinguishability prope...
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