'Touch sensor' presentation slideshows

Coding for the FIRST Tech Challenge NXT/G, LabVIEW & RobotC compared, and a Crash Course in RobotC

Coding for the FIRST Tech Challenge NXT/G, LabVIEW & RobotC compared, and a Crash Course in RobotC. Presented by Team Unlimited, FTC #1 http://unlimited.syraweb.org/. Presentation Overview. Coding Environment Comparisons Why RobotC? NXT Overview Sensor overview Motor & Servo Overview

965 views • 75 slides

Module:3

Module:3. Sensors Programming. Module Objectives. Understand the use of sensors. Program and use a touch sensor. Program, calibrate and use a Sound sensor. Program, calibrate and use a Light sensor. Program and use an ultrasonic sensor. Program and use a Rotation sensor.

714 views • 58 slides

Proposal of a Hierarchical Architecture for Multimodal Interactive Systems

Proposal of a Hierarchical Architecture for Multimodal Interactive Systems. Masahiro Araki* 1 Tsuneo Nitta* 2 Kouichi Katsurada* 2 Takuya Nishimoto* 3 Tetsuo Amakasu* 4 Shinnichi Kawamoto* 5 * 1 Kyoto Institute of Technology * 2 Toyohashi University of Technology

528 views • 35 slides

The Parts

The Parts. Cables. Used to hook up inputs/outputs Three sizes: 20 cm 35 cm 50 cm Directions mention specific holes. Programmable Brick. The main piece to any Mindstorm creation CPU for robot Takes 6 AA batteries Runs out quite fast Input Capable of running advanced programs

432 views • 33 slides

Programming Your Robot (in C)

Programming Your Robot (in C). Terry Grant, NASA, Ames Research Center 1/23/03 1/30/03. Outline. 1/23 Robotics Hardware & Software Architecture Programming in C Introduction 1/30 Review: Robot Project Requirements & Example Simple Sumo Contest - Simple line follow Teacher as Coach

591 views • 30 slides

Robotics Enrichment class

Robotics Enrichment class. Mr. Bosworth. Goals of Class. Learn how to build a basic robot that performs various functions Learn how to program robot to move and complete tasks using Lego Mindstorms NXT program. Learn how to use the sensors to perform more complex movements and behaviors.

382 views • 30 slides

IENG 451

IENG 451. Jidoka. Jidoka. 3 Chinese characters meaning automation with human mind Improve process capability Contain defects Provide feedback so that countermeasures can be taken . Shigeo Shingo. 26 years to escape the spell of statistical methods (Deming)

510 views • 30 slides

HOW DO HUMAN SENSORS WORK? - understanding human sensors and comparing them with those in a robot (50 minutes)

HOW DO HUMAN SENSORS WORK? - understanding human sensors and comparing them with those in a robot (50 minutes). PRE/POST- ASSESSMENT SHEET HOW DO HUMAN SENSORS WORK?. 1. What sensors or senses do we humans have? 2. Describe how any two of the sensors you listed above work.

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386 views • 25 slides

Mobile Technology Early developments in mobile technology to smartphones

Mobile Technology Early developments in mobile technology to smartphones. Key points in the development of mobile technology. In Europe 1926 , radio telephony was first used on the first-class passenger trains Also introduced on passenger airplanes for air traffic security

535 views • 22 slides

A Survey on Context-aware System

A Survey on Context-aware System. Authors: Matthias Baldauf, Schahram Dustdar, and Florian Rosenberg Haifeng Xu Nov. 19, 2013. Outline. Context-aware systems Basics Context-aware systems Definition of Context Classification of Context Classification of Architecture

543 views • 22 slides

LDR light dependent resistor

SENSORS. LDR light dependent resistor. potentiometer. SENSORS. phototransistor. CHARGE-TRANSFER TOUCH SENSOR. Hall-Effect Cam Sensor. http://www.parallax.com/html_pages/robotics/machining/RPM_display.asp. Memsic 2125 Dual-axis Accelerometer. GP2D02 Sharp IR Ranger. Flexiforce Sensor.

894 views • 21 slides

Sensors For Robotics

Sensors For Robotics. Teacher Professional Development Spring, 2002. Robotics Academy 2002. All Rights Reserved . What makes a machine a robot?. What is sensing?. Sensing is converting a quantity that you want to measure into a useable signal (usually electronic). .

753 views • 20 slides

Sponsor UROP ZWORLD Corp. W. M. Berg Corp.

Advisor Professor David J. Reinkensmeyer. Sponsor UROP ZWORLD Corp. W. M. Berg Corp. . Goal. The goal of the project is the construction of a robotic system that performs rehabilitation exercise for patients suffering from cerebral palsy or stroke.

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Intelligent Robot

Intelligent Robot. Student: 49912009 Zih -Ciao Fu 49912082 Yan-Xiang Chen Teacher:RU -LI LIN Southern Taiwan University of Science and Technology . Outline. Robot Definitions Robot Convention Species Advantage Shortcoming Micro-robot Special types of robots and micro-robots

436 views • 16 slides

ROBOTIC ARM

ROBOTIC ARM. Robotic Arm. Scientists have had a string of remarkable successes lately, taking signals from the brains of monkeys and men, and using them to move mechanical arms . Robotic Arm. The robotic arm consist of many sensors such as the sound and light sensor.

678 views • 15 slides

Introduction to Robotics and ASU Robots

Introduction to Robotics and ASU Robots. Yinong Chen (Ph.D.) School of Computing, Informatics, and Decision Systems Engineering. Outline. What is a Robot. 1. Components of a Robot. 2. Examples of Robots and Robot Design. 3. ASU-Carl Hayden-Intel Robots. 4. Computer Systems.

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Robot Sumo

527 views • 12 slides

Define thresholds, Variables Sensors

Define thresholds, Variables Sensors. Task Main(). Set sensors. Start follow_line () ifEYE <=TOO_DARK off(LEFT); OnFwd (RIGHT ) else if EYE>=TOO_BRIGHT onFwd (LEFT);off(RIGHT). Touch Sensor tapped . Until Rotation Sensor == 26. Start follow_line (). Start task bucket().

80 views • 1 slides