Robot Society Team: Bradley Sosusco, Rachel Sucharski, Chris Quintana, John Cheslock, Matt Sadler, Bryan Fudge, Martin McKee, Chris Dahle. Advisors: George.

Slides:



Advertisements
Similar presentations
JEEVES the Robot Butler
Advertisements

ENGR 101 – Fall 2009 Taught by John Harrison. ENGR 101 – Phase I Me Motor: students designed and built a project of their choice that involved at least.
SUNY Plattsburgh1 Facilitating Active Learning with Inexpensive Mobile Robots Stephen Paul Linder Brian Edward Nestrick Symen Mulders Catherine Lavelle.
Team GPS Rover Alex Waskiewicz Andrew Bousky Baird McKevitt Dan Regelson Zach Hornback.
P10216: Robot Navigation and Plant Platform Mission Statement and Background The Wandering Campus Ambassador project involves developing a robotic system.
SDP 2009 Team Siqueira Rohan Balakrishnan (CSE) Conan Jen (EE) Andrew Lok (EE) Jonathan Tang (EE) MAPPER: A Perfectly Portable Exploration Robot.
The NXT is the brain of a MINDSTORMS® robot. It’s an intelligent, computer-controlled LEGO® brick that lets a MINDSTORMS robot come alive and perform.
Robot design-- Four legged walking robot Instructors: Dr. A
Michael McGrath IMDL Professors: Dr. A. Antonio Arroyo Dr. Eric M. Schwartz TA’s: Josh Weaver Tim Martin.
Locomotion Jad Farah Long Quy Patrick Swann Korhan Demirkaya Ngoc Mai Navigation Steven Weaver Denden Tekeste Ali Alkuwari Marcus Schaffer.
GIRLS Robotic Camp. Let’s Begin Meet and Greet – Camp leaders introduce themselves – Students introduce themselves.
HEATHKIT ROBOT Hero JR. Robot Introduced in the 1980’s as part of their electronic kit offerings “Semi-Autonomous” operations with battery 1 st generation.
HEAT SEEKER Eduardo Lichtenfels Riccio Oral Presentation IMDL – January 30,2014.
Chopper JOHN MICHAEL MARIANO EEL 4665 INTELLIGENT MACHINES DESIGN LABORATORY SEPTEMBER 18, 2014.
Michael McGrath IMDL Professors: Dr. A. Antonio Arroyo Dr. Eric M. Schwartz TA’s: Josh Weaver Tim Martin.
Wall-E Prototype I Team 1 Xin Jin
Robotics Overview of NXT-G Actuators in Mindstorms. Touch sensor Labwork: Right turn. Touch/bump. [Explore move versus Motor Move mini & motor mini. Motor*.]
M E T ROVER MSCD Engineering Technology Critical Design Review Metropolitan State College of Denver April 2004.
Final Presentation.  Software / hardware combination  Implement Microsoft Robotics Studio  Lego NXT Platform  Flexible Platform.
Team: Justin Audley, Blake Brown, Christopher Dean, Andrew Russell, Andrew Saunders Advisor: Dr. Richard A. Messner Sponsors: Dr. Richard A. Messner, UNH.
FINAL ORAL PRESENTATION ROBOT: PACKY ROGER RODRIGUEZ IMDL FALL 2011.
1 Robotics Challenge Overview. 2 Why? -Viking was tested at the Dunes -Develop intelligent robots -Explore Robotics.
By: 1- Aws Al-Nabulsi 2- Ibrahim Wahbeh 3- Odai Abdallah Supervised by: Dr. Kamel Saleh.
Juan David Rios IMDL FALL 2012 Dr. Eric M. Schwartz – A. Antonio Arroyo September 18/2012.
GPAR Manar Anabtawi Mays Al-Haj Qasem Dr.Sufyan Samara Prepared by Supervisor Examiners Dr.Luai Malhis Dr.Hanal Abu Zant.
Negative Power or Negative Rotation makes robot go backwards. But if both are negative, the robot will go forward! Move Steering Block.
Ouimet Golf Playing Robot - Shashank G. Sawant. Topics covered: Block and Circuit Diagram Sensors : – CMUCAM – OPT101 The mechanical Hardware Behaviour.
Roaming Security Robot Ruslan Masinjila Aida Militaru.
1/29/2013 EEL4665 Spring ‘13 University of Florida Leonardo Falcon.
Daredevil Robot Direction Module (DRDM) Senior Design II Midterm Presentation.
Joseph Ratliff EE Software Research PCB Design Obstacle Detection Motion Detection Ryan Crownover EE Coding Logic Motion System Software Design Website.
1 SDP09 Team Siqueira Rohan Balakrishnan (CSE) Conan Jen (EE) Andrew Lok (EE) Jonathan Tang (EE) MAPPER: A Perfectly Portable Exploration Robot.
專題 TYWu. Project 1 Function –Spiral Light Show Grade: 60~65 Components –LED Array –Arduino UNO Maximum Team Number –2.
Rescue Robot Day 2 Exploring Computer Science Lesson 6-11.
Ali Alkuwari Patrick SwannJad FarahMarcus SchafferKorhan Demirkaya Long QuyDenden TekesteNgoc MaiSteven Weaver.
Bullfighting Autonomous Robot “BULL” IMDL Spring 2010 Aminatu Oyebanjo April 8, 2010.
EV3 Programming: Moving and Turning CONFIDENTIAL © 2014 Cymer, LLC.
P15201: TIGERBOT V Special Thanks to… George Slack (Guide) Ferat Sahin (Customer) John Chiu (Mechanical Engineer) Yingyi Chen (Industrial Engineer) Christine.
P15201: TIGERBOT V Mechanical Design: Electrical Design:
Obstacle avoiding robot { pixel }
DHT 11 Sensor Connect the sensor with Arduino board like picture below. Download DHT11 Sensor library from
Chopper John Michael Mariano
Monitoring Robot Prepared by: Hanin Mizyed ,Abdalla Melhem
USAR Design Specification
Autonomous Robot Platform
Autonomous Robot Platform
Community College of Aurora Cheez Botics
Mindstorm Robots 4th Grade Lesson 1.
CSU Robot Challenge 2010 Team: Ben Gindl, Katie Mantell, Sean Throckmorton, Tim Schneider, Travis Histed Advisors: Dr. Azer Yalin, Dr. Mark Lindsay, Grant.
‘SONAR’ using Arduino & ultrasonic distance sensor
Programming Part 2 Mod Kit
Balanduino Supervisor: Dr. Raed Al-Qadi Prepared by: Nadeen Kalboneh Nardeen Mabrouk.
Lego Robotics Will Schleter 11/12/2018.
پروتكل آموزش سلامت به مددجو
Eddie Chan Behnaz Ghouchani Golnaz Ghouchani
Segway Fault Patrick Lloyd Undergraduate Student
Robots with four wheels
GatorVac M. Gabriel Jiva.
Presenter: Peachanok Lertkajornkitti
Holyoke Codes LEGO ROBOTICS
EV3 Programming guide to “Following”
Patent Liability Analysis
Using a Drawing Robot to Make Angles (Using Rotations)
Using a Drawing Robot to Make Angles (Using Rotations)
G14 Autonomous Rover Wall Avoiding Robot
Prepared by : TOLERA TAMIRU SAMSON NIGUSE Microcontroller based Fire Fighting Robot.
Introduction to Arduinos
Lego MINDSTORMS EV3.
AN alternative approach to FIRST LEGO LEGUE ROBOTS: Guidelines for a COMPETITION ROBOT HOTSHOT HOTWIRES.
05 | Integrating Advanced Sensors and Shields
Presentation transcript:

Robot Society Team: Bradley Sosusco, Rachel Sucharski, Chris Quintana, John Cheslock, Matt Sadler, Bryan Fudge, Martin McKee, Chris Dahle. Advisors: George Sellman, Cameron Miller, John Sucharski 1

Overall System Design Multiple two “wheel” blocks linked with a flexible “waist”. 2

Sensors Ping ultrasonic sensors Mechanical touch sensors Compass Accelerometer? 3

Microcontroller Arduino as main controller & sensor management Pololu dual serial motor controllers Considering Baby Orangutan as motor control 4

Software Work/Plans Arduino main control, obstacle avoidance. Motor Control - functioning Avoidance simple “bump and turn” on test bed Working on short term memory angle based. Beacon Receiver/Simulator – functioning Integrating compass with receiver Testing integration on test bed 5

Mechanical Design Multiple two wheel blocks connected with flexible “waist” How many blocks? Steering options Tank Steering is problematic Exploring waist steering mechanism Wheel designs ongoing 6

Testing Four Wheel test bed for software team to explore options Platform team explores configuration, steering and wheel options 7