..., such as the frequency and amplitude of external perturbations. Its accuracy of acceleration will be evaluated. Once the result is validated, this affordable robotic platform can be widely applied in different types of simulators to achieve optimal stimulation. robotics Stewart platform low-cost flight...

... of the accuracy of two categories of devices: the RGB active cameras and the RGB-D, or depth sensors devices. In particular, GoPro Hero 6 active cameras and Microsoft Kinect v2 devices have been selected as representative of the two categories. In particular, this work evaluates and compares the performances...

.... five-axis accuracy control geometric deviations rotary axis 1 Copyright © 2011 by ASME Proceedings of the ASME 2011 International Mechanical Engineering Congress & Exposition IMECE2011 November 11 17, 2011, Denver, Colorado, USA IMECE2011 63310 K.M.Muditha Dassanayake Sankyo Seisakusho Co...

... only in full-closed loop method. In the measurements, the positioning accuracy and repeatability, rotational fluctuation, frequency response, step response and etc of the systems were measured. All these tests were carried out without any kind of compensation methods such as pitch error or cogging...

... 23 05 2008 The dispersive errors in the finite element solution to the one- and two-dimensional heat equations are examined as a function of element type and size, capacitance matrix formulation, time stepping scheme and time step size. dispersion heat equation accuracy...

... actuators in which electric current flows through thin beams which are arranged in a chevron pattern. The beam angle and end constraints amplify the thermal expansion to achieve a larger output displacement. As a fully compliant mechanism, the TIM has potential for superb accuracy because it does...

... and the developed system, cutting experiments were conducted in this study, and the results have shown the success of the proposed error compensation system. Keywords: accuracy, CNC machines, element free method, error model, error prediction, error compensation. INTRODUCTION In general, 70-80% of the total errors...

... machines, tools, and parts to sub-micron level of precision is a perquisite to the realization of manufacturing at such fine scales. One important factor that contributes to the machining process accuracy is the overall size of the machine tool due to the effects of thermal, static, and dynamic stabilities...

... in the Simulink model could then express the computation latency due to hardware processing and the error due to computation accuracy. An automatic way of estimating these effects is presented here in order to achieve a higher integrability of software tools available for the designer. In particular, controller...

... structure. Dynamic compliance defines accuracy of machining, because it stipulates how machine response to any exciting force, occurring inside and outside machine structure. Dynamic compliance limits the K v I s s o m d h i c d m Proceedings of IMECE 05 NATIONAL MECHANICAL ENGINEERING CONGRESS...

... Proceedings of IMECE 05 developmen efficiency compensati of lathe. T allowed to more the tw thermal co for further capabilities Keywords: accuracy, th INTRODU Therma of the overa Proceedings of IMECE2005 2005 ASME International Mechanical Engineering Congress and Exposition Copyright © 2005...