'Light sensors' presentation slideshows

Simple Maze-Solving Robots solving search in real time

Simple Maze-Solving Robots solving search in real time. On line and off line search. Robot knows start and goal locations. Robot knows coordinates. search. Off line. Robot knows description, can recognize when seen. Robot does not know the start and goal locations.

796 views • 62 slides

Overview of Our Sensors For Robotics

Overview of Our Sensors For Robotics. What makes a machine a robot?. Why do robots need sensors?. What is Sensing ?. Collect information about the world Sensor - an electrical/mechanical/chemical device that maps an environmental attribute to a quantitative measurement

663 views • 44 slides

502 views • 35 slides

Mouse Head Position and Orientation

Mouse Head Position and Orientation. Team Members:. Heather Waldeck Meghan Olson Andrea Zelisko Yao Lu Ben Sprague Missy Haehn. Advisor: Professor John Webster. Client: Matthew I. Banks, Ph.D. Department of Anesthesiology University of Wisconsin. Problem Statement:.

376 views • 32 slides

ADAPTIVE LED RING LIGHTS USING PHOTO-DIODE

ADAPTIVE LED RING LIGHTS USING PHOTO-DIODE. MINOR PROJECT BY NIDHI SINGH, SHRUTI SINGH & MOHIT HINGORANI DECEMBER 2012 AIT, GURGAON. OBJECTIVE. To create a working model of an intelligent and adaptive lighting system using LEDs to conserve energy.

407 views • 27 slides

Energy Tracking & Storage for an Autonomous System

Energy Tracking & Storage for an Autonomous System . OASIS Mir Ziyad Ali Liron Kopinsky Christopher Wallace Sarah Whildin Joseph Yadgar. Top Level Overview. Work Division. Mir Ziyad Ali Power Sarah Whildin Movement Joseph Yadgar Light Detection System Integration

493 views • 26 slides

UNIT EIGHT: Waves

UNIT EIGHT: Waves. Chapter 24 Waves and Sound Chapter 25 Light and Optics. Chapter Twenty-Five: Light and Optics. 25.1 Properties of Light 25.2 Color and Vision 25.3 Optics. Chapter 25.2 Learning Goals. Explain how humans see.

383 views • 22 slides

Cooling datacentres and a other stuff

300 views • 22 slides

Conditions and Reactions

285 views • 19 slides

ECE 001 Lego Robot Project

Group 6 Taylor Gould, Olivia Graffis, Taylor Guidon and Bdho Gdeh. ECE 001 Lego Robot Project. Purpose. Build a robot out of Legos that would enable movement along a flat surface Design code ( C interactive ) that would be implemented within the handyboard to instruct the robot to:

371 views • 15 slides

Week 4

250 views • 15 slides

Neurones and robots

Neurones and robots. Scott Turner University of Northampton. Single neuron. Aim On the line go forward (output=1) Off the line go left (output =0). int w[] ={-1,1}; int o=1; int s1,res1; for(;;){ if ( robbie. checkLight1()==true) s1=1; else s1=0; res1=w[1]*s1+w[0];

258 views • 14 slides

Robotics Overview

Robotics Overview. Sambit Bhattacharya Assistant Professor of Computer Science Department of Mathematics and Computer Science Fayetteville State University. What is a robot?.

258 views • 13 slides

RoboCup Junior Soccer

RoboCup Junior Soccer. To build a team of 2 autonomous robots to track a special light-emitting ball and kick goals against an opposing team within an enclosed field. Your mission. The leagues. Open League

336 views • 13 slides

190 views • 8 slides

FY 2014-2015 Budget Presentation to Board of Finance

FY 2014-2015 Budget Presentation to Board of Finance. [Terry Connors Ice Rink] [Laurie Albano, Superintendent of Recreation Services]. March [], 2014. Summary of Operating Budget Request. Operating Budget Request by Activity. Operational Highlights.

167 views • 7 slides

Team 2: Hoard Robotics

Jamis Martin Trenton Andres Jay Zifer Brad Nowak. Team 2: Hoard Robotics. Initial Main Board PCB Layout. Initial RF Board PCB Layout. Special Layout Considerations. Sensitive ATD 6 IR sensors surrounding the entire perimeter 2 Ambient light sensors in front RF Daughter Board

160 views • 7 slides

Reveal and Conceal

274 views • 6 slides

Team 2: Hoard Robotics

Trenton Andres Jamis Martin Jay Zifer Brad Nowak. Team 2: Hoard Robotics. PSSCs. An ability for each agent to avoid obstacles autonomously. An ability to detect direction and proximity of other objects to agent using IR sensors.

129 views • 4 slides

Beacon Robot

Collaborative Exploration with. Challenges of Robotics. 3. 4. 5. 2. Future Objectives. Exploration. 6. 1. Beacon Robot. Beacon Robot. Autonomous Robots. Project Overview.

128 views • 1 slides