Frequently, robots find themselves asking this question. Knowing your location and being able to navigate to other locations is extremely important for autonomous robots. The act of finding one39;s location against ...
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This paper proposes an online training method for the parameters of a fuzzy neural network (FNN) using sliding mode systems theory with an adaptive learning rate. The implemented control structure consists of a conven...
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The research project "Digital Prototyping - RoboCAP" involves studying, modeling and preparing proposals for the robot development process in a mechatronic project, aiming at project development using two di...
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ISBN:
(纸本)9781936338573
The research project "Digital Prototyping - RoboCAP" involves studying, modeling and preparing proposals for the robot development process in a mechatronic project, aiming at project development using two different types of computer software, in order to choose the software most appropriate for the development and simulation of mechatronic projects. The research project considers concepts and techniques of tridimensional simulation with digital prototyping to evaluate and optimize project levels before beginning real robot construction and assembly. It outlines a tridimensional simulation of the RoboCAP team's robot, created by the robotics Team of the Alto Paraopeba Campus, in the Federal University of São João del-Rei, located in the city of Ouro Branco, Minas Gerais, Brazil. The robotics team is divided into groups with different development phases of the RoboCAP assembly - a robot built and designed for robot competitions. During research, simulations, studies and calculations were performed using the tridimensional model with the objective of applying engineering and design project concepts to the tridimensional model. In making the RoboCAP prototype, a thorough analysis was carried out to compare the two types of specialist software - SolidWorks and Autodesk Inventor - as well as the use of AutoCAD. The analysis method is based on the comparison of temporal metrics and commands, thereby obtaining a relation of the system response to the user in the modeling, assembly and simulation of finite elements. Both types of software are similar when starting to create the piece, whereby they establish the Basic profile and offer specific functions for tridimensional modeling and simulation. By means of prototyping, it was possible to detect an error in the project design that corresponded to the weapons system, which showed a deformity in the screw coupling. After the anomaly was detected, the weapons shaft and toothed wheel parts were modified and adjusted to an equiv
This paper reviewed several previous papers on work that have been done on the development of in-pipe inspection robot for the last 20 years. By sorting the types of the inspection robots they can be divided into seve...
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Swarm robotics system has been a particularly active topic of robotics in recent years due to the increasing deepening of research on robotics technology and application. This paper gives a survey of swarm robotics sy...
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This study presents fault tolerant control of inverted pendulum via on-line fuzzy backstepping and anti-control of chaos. The inverted pendulum, as a mechatronics system, is used frequently in robotic applications and...
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Eddy current method can be used for non-destructive assessment of residual stress. In order to relate electrical conductivity change to the residual stresses in the welded joints, piezoresistivity of 5A06 has been inv...
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An applied hardware circuit for detecting the AGC signals isolated with DSP is designed based on a high-linearity analog optocoupler. The problem of narrow measuring scope, low linearity and instability which caused b...
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In this paper, the voice recognition algorithm based on Hidden Markov Modeling (HMM) is analyzed in detail. The HMM voice recognition algorithm is explained and the importance of voice information DB is revealed for b...
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