'Force feedback' presentation slideshows

Physical Infrastructure

Physical Infrastructure. Week 1 INFM 603. Agenda. Computers The Internet The Web About the course. A Very Brief History of Computing. Hardware Mechanical: essentially a big adding machine Analog: designed for calculus, limited accuracy Digital: early machines filled a room

1.19k views • 101 slides

VR Output

VR Output. VR Output. ?? (Human) ?? (Computer) ?? (See) ?? (Video,Image), ?? (Text) ? ? (Hear) ?? (Audio) ? ? (Touch) ??? (Force feedback) ? ? (Taste) ? ? (Smell). ??. Human eye. ??. ??. ???. ???. Understanding the human visual system is necessary to design or select a graphics

954 views • 70 slides

Portable Haptic Aids for Training and Rehabilitation

Portable Haptic Aids for Training and Rehabilitation. Li Jiang April 4 th 2008. Emergency personnel training. Stroke Rehabilitation. Presentation Outline. Background Portable haptic aids for emergency personnel virtual reality (VR) training

717 views • 55 slides

Interactive Systems Technical Design

563 views • 39 slides

Multimodal Design & Technologies

Multimodal Design & Technologies. Sidney Fels. Overview. Introduction Human I/O: Interface Examples Bringing Modalities Together Summary. Introduction. Two messages knowledge of modalities motivates design modalities can complement each other challenges and pitfalls

519 views • 33 slides

Teleoperation

509 views • 30 slides

For nearly three decades, people of this galaxy have yearned to use The Force and the mysterious light weapon.

Project Darth Paul. Introduction: Star Wars the Movie Series. For nearly three decades, people of this galaxy have yearned to use The Force and the mysterious light weapon. A craze began in 1977 when a young to-be Jedi blast onto the big screen. Armed with nothing but a sword of light,

400 views • 29 slides

Tactile Perception and Haptic Interaction

Tactile Perception and Haptic Interaction. Cecilia R. Aragon IEOR 170 UC Berkeley Spring 2006. Acknowledgments. Andrew Green, www.uwm.edu/~ag/teach_pdf/ lecturenotes/perception/12Touch.ppt Dean Chang, Immersion Corp., www.immersion.com

512 views • 29 slides

Possibility of using a continuum master device to control a continuum surgical robot

Possibility of using a continuum master device to control a continuum surgical robot. Ho Man Ng Imperial College Biomedical Engineering ( BEng ). About Me. 3 rd Year Imperial College student, biomedical engineering Summer internship in CUHK

424 views • 26 slides

A Universal Planar Manipulator

A Universal Planar Manipulator. Dan S. Reznik & Prof. John Canny UC-Berkeley July, 2000. (x,y, q ). 1 horizontal, rigid plate enough?. Velocity Asymmetry. Bang-bang. cos t + 0.5 cos 2t . +m mg. 62%. 56%. -m mg. Coulomb Pump. Straight-Line Feeding. Anything Goes. Interesting Apps.

368 views • 20 slides

Activities of GSCAR: Systems Control, Automation and Robotics

Activities of GSCAR: Systems Control, Automation and Robotics. Basic Research Advanced Control Systems Develops Control Methods and Algorithms The general goal is: high performance and robustness for uncertain dynamic systems The main techniques under investigation are:

349 views • 19 slides

Siriwan Suebnukarn DDS, PhD

Intelligent Clinical Training Systems. Siriwan Suebnukarn DDS, PhD Advanced Dental Imaging and Computing Research Center Faculty of Dentistry, Thammasat University ssiriwan@tu.ac.th. Intelligent Clinical Training Systems. Clinical Settings. Patients. Experts. Intelligence. Novices.

395 views • 19 slides

Haptic Systems 530-655

Haptic Systems 530-655. Mohsen Mahvash Lecture 1 9/1/06. Outline. Overview of the course Human Haptics Haptic Systems Applications of Haptic Systems. Course Objectives. Be able to implement an stable haptic system

411 views • 17 slides

Characterization of Force Sensor for Haptic sensing in Robotic Surgery

Characterization of Force Sensor for Haptic sensing in Robotic Surgery. Submitted by: Harsimran Jit Singh Dinesh Pankaj Dr. Amod Kumar Prof. V.Rihani. HAPTICS :

307 views • 12 slides

Virtual Reality Interface in MATLAB/Simulink for mechatronic interface

406 views • 12 slides

Gravity Gradient sensor technology for future planetary missions ESA ITT AO/1-3829/01/NL/ND

Gravity Gradient sensor technology for future planetary missions ESA ITT AO/1-3829/01/NL/ND. R&D Programme. Moons around Jupiter. Io. Europa. ESTEC September 23 2005. University of Nantes. University of Twente. Programme for planetary exploration. presented by Christophe Sotin.

276 views • 10 slides

Driving Simulator

Driving Simulator. By: Desy Setya Lestari Eko Pambudi Muhimmatul Ifadah Riskiyah Siti Muzdalifatus Sundus Anisah. The Cost Of The System.

389 views • 7 slides

PURPOSE

191 views • 1 slides

Abstract

AUGMENTED REALITY APPLIED TO USHIRO-UKEMI VISUALIZATION. Abstract

121 views • 1 slides

The studies of single human retinal lipofuscin granules using

1. 2. 3. 4. 5. 7. 7. 7. 7. 6. 6. 6. 6. 5. 5. 5. 5. 5. nA. 4. 4. 4. 4. 4. 3. 3. 3. 3. 3. nM. 2. 2. 2. 2. 2. 1. 800. 800. 1. 1. 1. 1. 0. 0. 0. 0. 0. 0. 1. 2. 3. 4. 5. 700. 700. 500. 8. 500. 500. 8. 600. 600. 400. 6. 6. 400. 400. 10.

163 views • 1 slides