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Thursday, July 23, 2020 | History

2 edition of Computer-aided optimization procedure for the design of manipulator arms. found in the catalog.

Computer-aided optimization procedure for the design of manipulator arms.

John.* Lipitkas

Computer-aided optimization procedure for the design of manipulator arms.

by John.* Lipitkas

  • 51 Want to read
  • 39 Currently reading

Published .
Written in English


The Physical Object
Pagination121 leaves
Number of Pages121
ID Numbers
Open LibraryOL16359178M

Hello there! So, here's the problem: I've been wanting to build a serious robotic arm manipulator for some time, and have been reading the textbook "Introduction to Robotics" from John Craig ever since, my plan is to finish the book and start designing a robot with all the concepts I learned, but I'm having a hard time to elaborate where exactly I should start, what theory is relevant on a non. A design formulation has been proposed to derive an analytical procedure for defining the feasible workspace regions as regions within which feasible solutions for the manipulator design can be obtained. The feasible workspace regions have been geometrically characterized and specific topologies have been shown through illustrative examples.

Gosselin C. and Angeles, J., , A global performance index for the kinematic optimization of robotic manipulators, ASME Journal of Mechanical Design, Vol. , . A numerical multi-level optimization methodology is proposed for determining dextrous workspaces of 3-degree-of-freedom (3-dof) planar parallel manipulators, in which it is required that at any.

The Reconfigurable Modular Manipulator System (RMMS) consists of modular links and joints that can be assembled into many manipulator configurations. This capability allows the RMMS to be rapidly r. The design tasks was firstly set up an equation of tractor trajectory and to simulate the tractor movement using MATLAB/ Simulink, and to design the tractor controller using self-tuning fuzzy PID controller. > Design and experimental investigation of vibration analysis of two cylinder inline engine.


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Computer-aided optimization procedure for the design of manipulator arms by John.* Lipitkas Download PDF EPUB FB2

An approach for the optimum design of manipulators based on workspace is presented. An effective algorithm is developed which combines the heuristic optimization technique with a computer program called Kinematic Analysis of Manipulators (KAM) to provide a systematic procedure to optimize the manipulator structure based on a workspace.

For a given manipulator structure, KAM first defines Cited by: 7. Computer-aided design of robotic manipulators Kunwoo Lee and Daniel A Tortorelli practice., a data structure must be created so that any A technique which enables the observation of the time arbitrary robot can be represented.

considerations of dynamic aspects were not The optimization process is formed as shown in Figure 1 made during the Cited by: 5. H.J. Warueke and R.D. SehratL "A Computer Aided Method to Design a Manipulator," Proc.

of 2nd Syrup. on Theory and Practice of Robots and Manipulators, Warsaw,pp - H. Zhuang et al., "Optimal Design of a Kinematic Accuracy Compensator for a Robot Manipulator," IEEE Int'l Conf.

on Robotics and Automation (Vol. II, ).Cited by: 7. Computer Aided Design of Multivariable Technological Systems covers the proceedings of the Second International Federation of Automatic Control (IFAC).

The book reviews papers that discuss topics about the use of Computer Aided Design (CAD) in designing multivariable system, such as theoretical issues, applications, and Edition: 1.

Instead of designing a new robot arm, this study tries to optimize existing arms belong to known brands. An articulated robot is analyzed by considering the motor load. The chosen method to dispose the redundant weights is to reduce the material by opening channels.

Location of channels are determined with ANSYS Shape Optimization Cited by: 3. The manipulator included seven design parameters (n dp) (see Fig. 3, Table 1) to be optimized that were changed during optimization.

In addition, the manipulator's base frame (n bf) is freely movable. Furthermore, the manipulator has eight joints, seven (n fj) of which can be moved during the optimization process. The joint number seven (end. The concept of using flexible robotic manipulators was proposed as early as the s by W.J.

Book. Earlier models of arms are based on the simple assumed mode method. Some methods to improve the accuracy of the assumed mode method can be found in Gu and Tongue [1]. Over the last decade, a significant effort has been made in modeling and.

An optimization approach to computing the boundaries of the workspaces of planar manipulators is presented. This numerical method consists of finding a suitable radiating point in the output coordinate space and then determining the points of intersection of a representative pencil of rays, emanating from the radiating point, with the boundary of the accessible set.

In this work, the problem of shape optimization of flexible robotic manipulators of circular cross sections is studied. Two different manipulators are considered—a manipulator with revolute joint and a roller supported Cartesian manipulator. Instead of calibrating for a specific task, the present study proposes obtaining robotic parameters via a calibration table.

We design the calibration table and a dual-arm system to improve the accuracy of a manipulator using an optimization method to adjust DH parameters. The proposed procedure has three steps in Fig. First, real data are. This paper proposes a comprehensive methodology for the computer-aided design and optimization of a robotic workcell for the automated fiber placement.

The robotic cell, comprising of a 6-axis industrial manipulator and an actuated positioner, is kinematically redundant with respect to.

This paper proposes a method for optimizing rectilinear tasks on a 3 degrees-of-freedom (DoF) modular serial metamorphic manipulator. The overall experimental process was designed in order for theoretical assumptions and previous experimental results, regarding the characteristics of a class of reconfigurable manipulators to be verified.

> Optimal trajectory design of planar manipulator with 3 degree of freedom. > Kinematics and singularity analysis of RRR planar robotic system for automation applications. > Design, analysis and fabrication of prosthetic robotic arm.

> Design and experimental investigation. The design optimization of a five degree-of-freedom (dof) lightweight arm is demonstrated and the robot development for service application is also presented. View Show abstract. This paper proposes a comprehensive methodology for the computer-aided design and optimization of a robotic workcell for the automated fiber placement.

The robotic cell, comprising of a 6-axis industrial manipulator and an actuated positioner, is kinematically redundant with respect to the considered task. dynamics, and control of robot manipulators.

The current book is an attempt to provide this formulation not just for a single robot but also for multifingered robot hands, involving multiple cooperating robots.

It grew from our efforts to teach a course to a hybrid audience of electrical. Practical Computer-Aided Lens Design finds that magical balance between technical depth and accessible discussion of the journey from concept to finished optical design.

The integration of modern computer optimization with classical qualitative and quantitative analysis makes this book an essential part of any optical designers library, from. Request PDF | An approach for design optimization of 3R manipulator using Adaptive Cuckoo Search algorithm | In this study, the workspace volume of a 3R manipulator has been maximized using a.

A manipulator design can be approached as a problem of optimization, in which the objective functions are the size of the manipulator and workspace volume; and the constrains can be given as a. Computer-aided design (CAD) makes use of computer systems to assist in the creation, modification, analysis, and optimization of a design.

The designer, working with the CAD system rather than the traditional drafting board, creates the lines and surfaces that form the object (product, part, structure, etc.) and stores this model in the.

A drive train optimization method for design of light-weight robots is proposed. Optimal selections of motors and gearboxes from a limited catalog of commercially available components are done.Purchase Mathematical Modelling in Science and Technology - 1st Edition.

Print Book & E-Book. ISBNproduction. An optimization algorithm is a procedure which is executed iteratively by comparing various solutions till an optimum or a satisfactory solution is found. With the advent of computers, optimization has become a part of computer-aided design activities.

There are two distinct types of optimization algorithms widely used today.