Carbot Robot By Ruben Cossyleon

Slides:



Advertisements
Similar presentations
Oscilloscope Traces. Looking at sound waves You cant see a sound wave. But you can use an oscilloscope to make a trace which looks the same as the sound.
Advertisements

EducateNXT The Corridor Challenge The Corridor Challenge requires programming of a robot to negotiate obstacles and the corridor walls in order to reach.
Robots Leslie B.. What is a robot? A robot is a machine that is capable of doing many kinds of actions.
DiceBot is a robot that throws a dice instead of human when detecting sound of clap. Dice.
Introduction  If you have ever been to shooting range before, you know that firing a gun is fun. Time flies when you’re sending hundreds of rounds down.
Wait, sound sensor >70, Port 2 Flowchart – Heartbeat 1 Start Motor A, Move Backward, 1/3 Rotation, Power 20 Wait, 1 Second Sound Sensor (Port 2) Less than.
Emergency Vehicle Operator’s Course – 2010 Edition.
Photos and Sensor Instructions
Robot Programming. Programming Behaviors Behaviors describe the actions and decisions of your robot.
Home QUIZ ON Home 1. Pedestrians Prohibited2. Pedestrian Crossing 3. Men at work4. No standing or stopping.
Intro to Robots Lab 6: Robot Behaviours. Intro to Robots Further Braitenberg Vehicles: Timid: –Moves forward in a straight line –One threshold light sensor.
Repeating Blocks of Code (updated 9/20/05 7:35pm) Reference NQC Tutorial pp 9-12.
1 ©2006 INSciTE Lab Two Task: Make the program from Lab One (Move forward 5 rotations and turn right 90 degrees) into a MyBlock.
LEGO Mindstorms NXT Programming We will be using the Common Palette for our Robots This is how you download your program onto the brick Drag and drop a.
FUN WITH COOL KIT. Kit Purpose Have fun assembling and programming a simple robot – Includes chassis, wheels, motors, motor driver, IR sensor and arduino.
Robotics- Basic On/Off Control Considerations. On/Off Control Forms the basis of most robotics operations Is deceptively simple until the consequences.
Program ultrasonic range sensor in autonomous mode
Getting Started! Lego Mindstorms Program NXT 2.0.
Company Logo Clap Robot Done by: Salsabeel Ahmad Taha Maram Fathi Balatia Supervisor: Aladdin Masri.
This block is a : displaydisplay looploop movemove soundsound switchswitch waitwait motor.
LabVIEW Basics Review LabVIEW Robotics Fundamentals.
An Objective and Component View (Not included Drive: Balance and Turret: Axis Camera)
This presentation is intended to offer a set of activity cards, which are ideal for introducing the Robolab. The cards cover a range of basic skills, that.
Using a Marantz All information provided will be demonstrated in class.
Robotics Challenges. Challenge Slide 2 Have your robot make a left curved turn around your Lego person. Go forward, then reverse. Come to a stop, play.
3 | Touch sensors Created by H. Robinson & A. Gostelow TOUCH SENSORS.
Rascalbot EEL4665 Eric Page. Problem Dogs have been shown to increase the happiness and well being of their owners Keeps elderly active Many people are.
Lego MindStorm An Introduction to Blocks. Blocks Blocks are used to give instructions to your robot. There are many types of blocks You can use the blocks.
Castor Bot. Now, we will begin creating a robot Log onto your computer On your screen, click on the website labeled “castor bot” Your building instructions.
Forward Until Sound Program
Find the Mindstorms Icon on the computer.. To start a new program click go.
Photos and Sensor Instructions
HUMAN CONTROLLED DEVICE WITH MACHINE INTERVENTION FOR COLLISION AVOIDANCE Jake KarlCSE321 Zac BergquistFALL 2010.
Robot Programming. Programming Behaviors Behaviors describe the actions and decisions of your robot.
The George Washington University Department of ECE ECE Intro: Electrical & Computer Engineering Dr. S. Ahmadi Class 4/Lab3.
1 ©2006 INSciTE Common Blocks. 2 ©2006 INSciTE Common Blocks Common blocks are full featured actions Like English statements Move Wait for an action Display.
Group 7 Project 1 Presentation Robert Moe John Zumwalt Mark Woehrer Celi Sun.
3:00. 2:59 2:58 2:57 2:56 2:55 2:54 2:53 2:52.
Obstacle Detection. In the previous program the robot moves forward and then checks for something in the way. As we observed it only checks for things.
Casne.ncl.ac.uk Taking care of the CrumbleBot Please do NOT stress the robot's motors 1.Do NOT push the robot 2.Do NOT hold the.
Forward Until Near Stop when near a wall.
ROBOTC for VEX Online Professional Development. Homework Questions Thoughts? Questions?
EV3 Programming By Dianna de Matos.
The Corridor Challenge
ROBOTC for VEX Online Professional Development
Chopper John Michael Mariano
ROBOTC for VEX Online Professional Development
Touch Sensor.
Programming Part 2 Mod Kit
IMDL Summer 2007: RoBeDeS by David Ladolcetta.
Top Fire Protection Services Ottawa available on Dubinskyconstruction
Title 1  Our experience drives us forward 2.
Lesson 1: Introduction to Dash & Blockly
Module F: Presentation Understanding Robot Fundamentals
1. Calibrate all sensors in the machine.
Introductory Presentation
تحليل الحساسية Sensitive Analysis.
Edward Kidarsa Jun Pan Peachanok Lertkajornkitti Alex Curtis
M.VIKRAMADITYAN Graduate Student Mechanical Engineering
Forward Until Touch Robot goes forward until it hits a wall.
SENSORS.
My first robot programming - Simple “GoTo”
Photos and Sensor Instructions
Objective: To know the equations of simple straight lines.
Getting started in a world of Robotics
Obstacle Detection.
My first robot programming - Simple “GoTo”
My first robot programming - Simple “GoFor”
Objective: To know the equations of simple straight lines.
Presentation transcript:

Carbot Robot By Ruben Cossyleon Project 1 Carbot Robot By Ruben Cossyleon

What is the Carbot?

The Carbot is a small robot which is controlled by sound. It uses a small microphone located at the front of the robot. The microphone sensitivity can be adjusted to be triggered by loud or soft sounds

What does it do?

The Carbot is a simple robot and drives forward when powered on. When the microphone detects a sound it stops and reverses to one side and continues on a straight path until the next sound triggers it. It is driven by a small motor powered by two AAA batteries that are located under the Carbot.