“Dice” A CRAPS-PLAYING ROBOT FOR YOUR ENTERTAINMENT “ Not your ordinary crappy robot” BY CLIFF PANNELLA.

Slides:



Advertisements
Similar presentations
EGR 141 Computer Problem Solving in Engineering and Computer Science
Advertisements

The optical sensor of the robot Phoenix-1 Aleksey Dmitriev.
Markov Chains Extra problems
Programming games Reprise on dice game and alternative dice game Homework: [Catch up.]. Finish dice game.
Craps (!!) Casino Craps: Strategies for Reducing the Odds Against You - by Robert Roto. June 2014 Get this deck at: tinyurl.com/ovnjy7d.
Numbers
Omni-Directional Vision System for Mobile Robots Critical Design Review Denise Fancher Kyle Hoelscher Michael Layton Eric Miller.
Color Recognition and Image Processing CSE321 MyRo Project Rene van Ee and Ankit Agarwal.
Wireless Spectral Imaging System for Remote Sensing Mini Senior Design Project Submitted by Hector Erives August 30, 2006.
Control & Robotics Lab  Presented By: Yishai Eilat & Arnon Sattinger  Instructor: Shie Mannor Project Presentation.
CMUcam Tom Kneeland. CMUcam – What is it? Digital Camera with an onboard microcontroller Track a blob based on programmable color thresholds Calculate.
PADS Paraplegic Assisted Driving System Aaron Broome Robert Graham Lamar Turnbull Tylor Palumbo Erick Moton Georgia Institute of Technology ECE 4007 Moore.
Craps Table Odds: Comparing Player’s Edges For Selected Table Odds
The game of Craps Rules of play: 1. Played with two dice (six faces to a die – numbers 1-6 per face) 2. Sequence of betting rounds (or just rounds) 3.
Use of piezoelectric sensors for Vehicular speed measurement The CoEP Astronomy Club.
“Little Homie” Presentation Jesse Martin 12/04/02 Intelligent Machine Design Lab.
Shinta Kisriani.  INTRODUCTION  THEORY LITERATURE  METHOD DESIGN  ANALYSIS & RESULT  CONCLUSION  FUTURE WORK.
Page 1 | Microsoft Work With Color Data Kinect for Windows Video Courses Jan 2013.
Autonomous Robot Project Lauren Mitchell Ashley Francis.
EEL 5666: Intelligent Machine Design Laboratory Final Presentation by Rob Hamersma April 12, 2005.
III. Probability B. Discrete Probability Distributions
Dependent and Independent Events. Events are said to be independent if the occurrence of one event has no effect on the occurrence of another. For example,
Casino Craps by Vera Sanchez
Xueyu(Sherry) Du Mechanical and Aerospace Engineering University of Florida 1/30/2014 ZENITH: A ROBOT THAT CAN AUTOMATICALLY CLIMB UP THE STAIRS.
CMUcam for µCHIP (Micro-Controlled High-tech Independent Putter)
What is Probability?. The Mathematics of Chance How many possible outcomes are there with a single 6-sided die? What are your “chances” of rolling a 6?
1.4 Equally Likely Outcomes. The outcomes of a sample space are called equally likely if all of them have the same chance of occurrence. It is very difficult.
Ouimet Golf Playing Robot - Shashank G. Sawant. Topics covered: Block and Circuit Diagram Sensors : – CMUCAM – OPT101 The mechanical Hardware Behaviour.
Chapter 6 Methods: A Deeper Look. Objectives In this chapter you will learn: How static methods and fields are associated with an entire class rather.
3d Pose Detection Used by Kinect
Intel Machine Design Lab (EEL5666C) PRESENTATION #1 ROHAN PRAKASH.
How To Catch A Mischievous Leprechaun By: Jake L. Created on
Greater than, Less than, or Equal to 1? Choose which color die will be the first number and which will be the second number in a division problem (what’s.
LUNAR Lunar Unmanned Navigation and Acquisition Robot SECON I Senior Design I Final Design Review November 29, 2007.
ΜCHIP Micro-Controlled High-tech Independent Putter.
Presented by Heather Sparks, NBCT. StudentLearner ◦ Passive ◦ Bored ◦ Told what to think ◦ Typically unmotivated ◦ Focused on the grade ◦ Active ◦ Engaged.
pictures_slideshow/article.htm.
GraffitiBot Sensor Report Andy Kobyljanec EEL 5666C March 25, 2008.
A die is rolled. What is the probability that the number showing is odd? Select the correct answer
Tweaks Through Time One of the Major tweaks that had to be done to the initial design was the way the robot would find the main door. Initially it will.
Environmental monitoring Continuous in-situ monitoring systems.
Bullfighting Autonomous Robot “BULL” IMDL Spring 2010 Aminatu Oyebanjo April 8, 2010.
10-1 人生与责任 淮安工业园区实验学校 连芳芳 “ 自我介绍 ” “ 自我介绍 ” 儿童时期的我.
Compare and Contrast.
The Robot Rancher By Andrew McCaddin For EEL 5666 IMDL Professors:
Depth Analysis With Stereo Cameras
Materials: Three die Cup Medium-sized short container Directions: Shake the die in the cup and drop them in the container (this helps keep the dice from.
SoutheastCon 2016 Hardware Competition
Image Segmentation Classify pixels into groups having similar characteristics.
Yahoo Mail Customer Support Number
Most Effective Techniques to Park your Manual Transmission Car
Final Presentation EEL 5666C INTELLIGENT MACHINES DESIGN LABORATORY APRIL 12th, 2005 Cliff Pannella Robot: “DICE”
Probability of casino games
Student or Learner? Engaging Students in Math
Probability 14.1 Experimental Probability 14.2 Principles of Counting
Intelligent Machine Design Laboratory
Gradient Type 1 Gradient stops: 5 Stop #: 1 Position: 0
Team 9 Our completed project will have the following:
BBC Microbit.
DICES ROLLING Sample This is an example text. Go ahead an replace it with your own text. This is an example text.
The whole is… DICE PATTERN PART-WHOLE EARLY NUMBER SENSE.
Great! on in in front of under above next to behind between next.
STORE MANAGER RESPONSIBILITIES.
Unit 3 Review (Calculator)
P(“female” chick is actually female) = 0.9 We selected 4 chicks (from ~1000 in the store)
Fun… Tree Diagrams… Probability.
Warm Up – 5/7 - Wednesday A single bag contains 4 red and 3 yellow discs. Two discs are pulled from the bag and not replaced. A) Draw a tree diagram modeling.
Attack of the giant, fast, robotic slugs.
Calculate 9 x 81 = x 3 3 x 3 x 3 x 3 3 x 3 x 3 x 3 x 3 x 3 x =
Rules of the game: Games 1.Throw three die then write 3 numbers.
Presentation transcript:

“Dice” A CRAPS-PLAYING ROBOT FOR YOUR ENTERTAINMENT “ Not your ordinary crappy robot” BY CLIFF PANNELLA

WHAT THE CRAP DOES IT DO?? Place bet Throw dice Retrieve dice Store dice in camera housing area Read values Calculate win or loss; update bankroll Reposition for next bet and roll

SENSING THE DICE Two IR sensors will be placed in front of the robot, one at dice level and one above. If significant differences in readings are found – a die has been located. The robot will then roll over the object to store it in the CMUcam housing area. Once both dice are stored, they can be read.

READING THE DICE RGB color characteristics will be measured by a CMUcam. Individual pixel information will be transferred back to the microcontroller serially using RS232. This information should result in a correct reading, given a high contrast background.

THANK YOU FOR LISTENING HOPE YOU HAVE A CRAPPY DAY!