Innovation Convenience Efficiency Terrasoft. MINI URBAN CHALLENGE 2013 LOS ALTOS HIGH SCHOOL-LAAE.

Slides:

Advertisements

Similar presentations

Integration Meeting Deliverables Mechanical Mechanical Dave Daraskavich and Bill Gale Dave Daraskavich and Bill Gale Design Options Design Options 3 wheel.

Advertisements

Project Title Here IEEE UCSD Overview Robo-Magellan is a robotics competition emphasizing autonomous navigation and obstacle avoidance over varied, outdoor.

Competition Challenge Scoring Design Constraints Electrical Aspect Common Challenges Last Year Adaptations Gantt Chart Questions.

Adams/Car Suspension Analysis

Vision-based Motion Planning for an Autonomous Motorcycle on Ill-Structured Road Reporter ：鄒嘉恆 Date ： 08/31/09.

By Quynh Huynh. Overview Small, low cost introductory robot (i.e. it’s meant to be educational) Fully programmable Targeted at kids ages 8+ Mostly used.

Robotics and Me Vidyasagar Murty M.S. in Industrial Engineering University of Cincinnati.

Abstract This project focuses on realizing a series of operational improvements for WPI’s unmanned ground vehicle Prometheus with the end goal of a winning.

Control & Safety The concept of our project is to devise a warning system that providing some feedback, visual and sound, to catch the driver’s attention.

Intelligent Ground Vehicle Competition 2006 Brigham Young University.

1 Autonomous Parallel Parking Alex Braun & Sergey Katsev.

Introduction to Lego Mindstorms LMICSE Workshop June , 2005 Alma College.

Analysis vs. Design When you take a test in your math or physics course, there is one and only one answer! When you do a goal-driven design there may be:

Justin Harger | Adi Kapoor | John Kolodick | Captain Morgan Rebels.

Omni-Directional Vision System Team Members: Denise Fancher Kyle Hoelscher Michael Layton Eric Miller.

1 Autonomously Controlled Vehicles with Collision Avoidance Mike Gregoire Rob Beauchamp Dan Holcomb Tim Brett.

Robotics: Integrated Systems Design. Where are the Robots? Industrial Robots.

EDGE AVOIDER ROBOT USING I-BOT mini V3. EDGE AVOIDER USING I-BOT mini V3 Edge Avoider Robot is built using the IR based Line Detecting Module. The modules.

Mobiles Robotics: Integrated Systems Design. Where are the Robots? Exploration.

Challenge #1 – Relay Race Robot #1 will be randomly placed on starting line #1, #2 or #3. Robot #1 will drive until it detects the “Dark Line” - Robot.

Mobile Robot Programming for Education Jean-François Lalonde, Christopher Bartley, and Illah Nourbakhsh The Robotics Institute Carnegie Mellon University.

Localization Using Interactive C and a Standard LEGO Mindstorms Hardware Suite Gary R. Mayer, Dr. Jerry Weinberg, Dr. Xudong Yu

1 Programming & Robotics. 2 Course Goals for grade 11 s To give students an INTRODUCTION to computer programming & Robotics  If you ‘re already an expert,

Team HazardHawk Team HazardHawk 2008 April 24, 2008.

Luis Cordero Business Development phone: mail: Spanish SME ̴ 50 employees > 90% engineers and PhD Spin-off started.

Computer Science Lego Robotics Lab 07 Page 51. CS Lego Robotics Lab 07 (Updated ) Objectives: 1.Extend the Lego robot with three sensors. 2.Program.

Sensors. Sensors are for Perception Sensors are physical devices that measure physical quantities. – Such as light, temperature, pressure – Proprioception.

Innovation Convenience Efficiency Terrasoft. MINI URBAN CHALLENGE 2013 LOS ALTOS HIGH SCHOOL-LAAE.

Overview of Project 1 Slides are available at : Report due next week Matthew Murach.

To come up with a practicum project that full filled the 411 requirements Create a fun project that would get kids interested in science and engineering.

IEEE Robotics - Requirements Presentation Presented by Jason Abbett and Devon Berry.

Lego NXT Programming for FLL Competition A primer on sensors Jim Keller University of Pennsylvania GRASP Lab 26 August, 2012.

CAROL GUENTHER Crash Prevention Technology What is it? Biomimetic Car Robot Drive BR23C Concept robot Developed by Nissan with the University of Tokyo.

ECE 001 Final Presentation: Escape from Maze and Biomedical Centrifuge Experiment Scott Trocchia The George Washington University Computer Engineering.

EV3 Workshop Oct 3, 2015 Instructor: Chris Cartwright

IEEE Robotics - Requirements Presentation Presented by Jason Abbett and Devon Berry.

Negative Power or Negative Rotation makes robot go backwards. But if both are negative, the robot will go forward! Move Steering Block.

MIR – Mobile Intelligence Robot By Jason Abbett and Devon Berry.

Mobiles Robotics: Integrated Systems Design. Where are the Robots? Exploration.

Field Robot Project to Develop a Fully Autonomous Vehicle for a Field Environment.

Assessing and Managing Risk

Louay Eldada CEO & Co-founder – Quanergy Systems, Inc.

CHROMATIC TRAILBLAZER 25 th November, 2008 University of Florida, Department of Electrical & Computer Engineering, Intelligent Machine Design Lab (EEL.

IN THE NAME OF GOD. Magnetic position sensor Ehsan Peymani Golnaz Habibi.

How to Start a Software-Based Project. REQUIREMENTS DESIGN DEVELOPMENT TEST DEMONSTRATE PLANNING.

EV3 Software EV3 Robot Workshop

ROBOTC Software EV3 Robot Workshop

An Autonomous Self-Parking Vehicle William Whitney (Mentor: Dr. Jeff Gray) Background: NXT and Robot C The vehicle was constructed using the Lego Mindstorms.

Team 2: Jamis Martin Trenton Andres Jay Zifer Brad Nowak.

Los Altos FIRST LEGO  League Local Competition November 20, 2004 FIRST LEGO  League Sport for the Mind This Certificate Is Presented To: For First Place.

DPS Secondary Science Institute 1 Agenda 8:30-8:45 Introduction and Overview 8:45-9:15 The Bumper Car 9:15-10:15 The Line Follower 10:15-10:30 Questions.

European Truck Platooning Conference Amsterdam, 07 April 2016 Liam Breslin Sustainable Surface Transport DG Research & Innovation European Commission Research.

LEGO Robotics Workshop

Group 3 Corey Jamison, Joel Keeling, & Mark Langen

SEI Robotics Lego Mindstorm Competition

“TRACTION CONTROL SYSTEM”

Autonomous RC Land Vehicle

Project Overview Introduction Clawbot Build Design Modification

Embedding Technology in Transportation Courses

Autonomous RC Land Vehicle

Pictures and cars.

Working Principle of Blind Spot Detection Technology in Cars

Project Overview Introduction Clawbot Build Design Modification

Lesson 1: Introduction to Dash & Blockly

Presented by Angel Nunez IDML Spring 2008 Dr. Arroyo Dr. Schwartz

Arjun Bajaj Aabhas Sharma Abhinav Valluru Vinit Bhamburdekar

Patent Liability Analysis

Introduction to programming consistent results

Hybrid Motors: The Amalgam

Mars Rover Challenge – Path around Olympus Mons (middle and early high school) Olympus Mons on the surface of Mars at 69,841 feet (more than twice the.

Presentation transcript:

Innovation Convenience Efficiency Terrasoft

MINI URBAN CHALLENGE 2013 LOS ALTOS HIGH SCHOOL-LAAE

Team Terrasoft Marcos Avila- Programmer Michael Chang- Public Relations Kimberly Hsu- Public Relations Eric Liu- Builder Jerry Wang- Course Navigator Alisa Smanpongse-

Overview Programming Language Product Evolution Product Unveiling

Robot C Prior knowledge Presents a challenge

ACD 1.0 (Autonomous City Dweller) Car simulation Small turn radius Rear wheel drive Hi-Technic experimentation Encoder wheel incorporation

ACD 2.0 Smaller turning radius Smoother turns Lego color sensors

TANKY Differential drive testing Compact design More efficient functions Lego color sensors

Proto Sonar testing Hi-Technic Integration Testing movable sensors

Compact Tank Turn Hi-Technic Sonar Integration

Name of vehicle NOVA

Hi-Technic Color Sensors Tank Treads Sonar Sensor picture NOVA

Color Values Hi-Technic Resists light interference Personally created calibrations NOVA

Differential Drive Tank Treads Sharp turning Specific application NOVA

Distance Detection Sonar Sensor Safety feature Vehicle-to-object interaction NOVA

NOVA in Action

Thank You JUDGES