Getting Started with Aibo and Tekkotsu Aperios - firmware OS in Aibo Aibo (“friend”) OPENR-SDK - basic developers kit from Sony (model specific) Tekkotsu.

Slides:



Advertisements
Similar presentations
▶ Powerful CPU : 1.3GHz CPU with 3G graphic engine Mali400 ▶ 8inch high bright LCD for big vehicles under sunlight ▶ System connector supporting multi.
Advertisements

MCS Media Center Control System Sinew Technology Co., Ltd.
1 st Chinese - German Summer School Software development for 4 legged robot soccer competition Zheng Qianyi, Robot and Intelligent System Lab, Tongji University.
Carnegie Mellon University School of Computer Science Carnegie Mellon University School of Computer Science Cognitive Primitives for Mobile Robots Development.
Wireless Surveillance Vehicle Lance P. Riegert Rodrigo A. Urra Steve C. Wilson September 18, 2007Wireless Surveillance Vehicle1 of 20 Senior Design Project.
©2006 CSUC Institute for Research in Intelligent Systems Introduction to Coding June 15, 2006.
LEGO Mindstorms Hitachi H8-based RCX brick B.A. Juliano, R.S. Renner, F. Jauregui January 2004 California State University, Chico Intelligent Systems Laboratory.
AIBO : lets play! Sidsel Jensen The talk can be found at
Session 1.1. Windows Phone Topics Session 1.1 Windows Phone The Windows Phone Device.
Real-Time Vision on a Mobile Robot Platform Mohan Sridharan Joint work with Peter Stone The University of Texas at Austin
Camera specifications -3 channels for streaming -FullHD capability (1980x1080 resolution) -MP4, H.264 or MJPEG encoding -Motion detection sensors -IR.
Advanced Robotics – “Wobble” Milestone Presentation Patrick Barnes Jin Sub Lee Arild Hjelle Spring 2004.
LOSAT’s Sensors Line of Sight Audio Transmission Brandon Patton Mechanical Engineering Student University of Florida March 12, 2013.
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.
Robot design-- Four legged walking robot Instructors: Dr. A
Remote communication and sensing.
BY VENUS BRIGHT Input Output. What is a input An input is something simple that connects into the computer. Such as the most common input is a keyboard.
Embedded Microcomputer Systems Andrew Karpenko 1 Prepared for Technical Presentation February 25 th, 2011.
Building a Robot Soccer Team David Cohen and Paul Vernaza University of Pennsylvania.
Introduction to Robotics and ASU Robots Yinong Chen (Ph.D.) School of Computing, Informatics, and Decision Systems Engineering.
Aibo at ltu Steven Kryskalla Emily Trudell. intro Steven Kryskalla Emily Trudell Also appearing today: –Aibo 2 –Aibo 3 Aibo 4: “Laika” IP:
-Delegation of work -Profit and Loss sharing ratio -The capital invested by each venture Nicole, Anly, Yuki, Jessie introduce $100,000 cash respectively.
Exploration Robot with Stereovision Vladislav Richter Miroslav Skrbek FIT, CTU in Prague
GIRLS Robotic Camp. Let’s Begin Meet and Greet – Camp leaders introduce themselves – Students introduce themselves.
Introduction Designing controllers for walking robots presents many challenges. In order for walking robotics to reach this stage, perhaps a new approach.
Engaging Undergraduate Students with Robotic Design Projects James O. Hamblen School of ECE, Georgia Tech, Atlanta, GA
The Skeletal System.
AIBO Navigation Jason Kettell. AIBO Sony’s Entertainment Robot.
Sparky the Robotic Dog By: Mike Gerhard IMDL Fall 99 Dr. A.A. Arroyo.
CCTV Camera Component and Technology Imaging sensor Optic - Lens Camera Technology IP vs analogue CCTV Uniview IPC features Fundamental of CCTV.
Introduction of HUBO2 이경호 Hubo Lab KAIST 휴머노이드 로봇 연구센터 –KHR-1(2002.1~ ) –KHR-2(2003.1~ ) –KHR-3, HUBO (2004.1~ ) –Albert.
Below the Belt Above The Belt Head Shots Extremities.
Larry Shi Computer Science Department Graduate Research Mini Talk.
Xueyu(Sherry) Du Mechanical and Aerospace Engineering University of Florida 1/30/2014 ZENITH: A ROBOT THAT CAN AUTOMATICALLY CLIMB UP THE STAIRS.
THE SKELETAL SYSTEM.
Weight: 3.1 lbs. Dimension 6.06 (w)x10.47 (h)x10.79(d) in. (Excluding Tail & Ears) 64 bit RISC CPU 32MBMemory Acceleration Sensor PC Card Slot Lithium.
Specifications: WEIGHT: 58 Kg Walking speed: km/h Walking Cycle: Cycle adjustable stride adjustable Grasping force: 0.5 kg/hand (5 finger hand)
Trash2D2 Oral Report 1 IMDL David Mercado. Objective #1: Hold Trash Robot Body – Trash Can ▫Sturdy Outer Body ▫Inner Cavity Holds 13 Gallon Bag ▫20 Gallon.
2008 SBPLI/FIRST Programming Workshop Tom Boehm Patchogue Medford High School, Team 329 Motorola Inc. Mark McLeod Hauppauge High School Team 358 Northrop.
RoboNova 1.
S.T.E.V.E. (Speed Trap Enforcement VehiclE) Final Presentation Michael Hattermann April 16, 2002.
Introduction to Kinect For Windows SDK
Getting Started with Aibo and Tekkotsu
The Human Body. Parts of the body. This is our body.
Dry Bones Traditional Spiritual. Ezekiel cried, “Them dry bones!”
Bill Sacks SUNFEST ‘01 Advisor: Prof. Ostrowski Using Vision for Collision Avoidance and Recovery.
The bones This is about the human body. Contents 1.BBones 2.LLeg 3.AArm 4. bback 5.SSkull 6.IInteresting facts 7.JJoints.
Date: August 22, 2011 VIVOTEK Product & Marketing Team PZ81x1/x1W Product Announcement Confidential.
4) Design the logic to control the motor on a simple remote control car. There are two buttons on the remote control for the motor. If neither button is.
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.
 Made up of:  Bones  Muscles  Tendons  Ligaments  Gives body support and stability.
Technical University of Catalonia GREC – Grup de Recerca Enginyeria Coneixement Creation of Behaviors using URBI Diego Pardo.
Input and Output Devices Aim: To be able to discuss and describe suitable input and output devices.
VIVOTEK Technology Roadmap Presenter: Steve Ma / Director of Product Marketing.
15-494: Cognitive Robotics Professor:TA: David S. Touretzky Leigh Ann Sudol Wean Hall 8128 Wean Hall 5117 x x8-3046
15-494: Cognitive Robotics Spring 2006 Professor:
15-494: Cognitive Robotics Spring 2010 Professor: TA:
Figure 13.1 A block diagram of a computer control system, including the signal converters. The signal is indicated as digital or analog.
Lesson Objectives Aims You should be able to:
VIRTUAL INTELLIGENCE PROJECT NATAL (Kinect & Xbox 360)
Level 0 Touch Table Legend Input / Output Touch Audio Display
Conveyor Belt Production Line
Table 2. Type designation of sensors in the security robot
“Murphy” Surveillance Robot
Multi-Bit Differential Signaling Prototype Chip
Surya Namaskàr No bend at your knees Hold on to the ankles from back
Forward Until Touch Robot goes forward until it hits a wall.
Types of Joints Flash Cards
Actuators and acting electrical signal digital signal.
Obstacle Detection.
Presentation transcript:

Getting Started with Aibo and Tekkotsu Aperios - firmware OS in Aibo Aibo (“friend”) OPENR-SDK - basic developers kit from Sony (model specific) Tekkotsu - (“iron bones”) - Controller overlay and development environment from CMU Donald Chiarulli University of Pittsburgh

AIBO

Hardware Sensors line CCD camera with color segmentation hardware IR distance sensors (2 on ERS-7), one on ERS 210 Position encoders for all joints actuator motors (see below) Stereo Microphone Touch sensors (switches) head (1), back (3/ers7, 1/ers210), chin Accelerometer for detecting falls and pick-ups Switch sensors on each paw pad Actuation motors and Outputs Joint actuation motors (one per paren) Tail: (left/right) Neck: (up/down) Head: (left/right) (up/down) Hip/shoulder- per leg: (in/out) (forward backward) Knee, (bend position) Ankle (bend position) Audio channel Networking and removable media 803/11g – wireless network channel removeable memory stick slot.