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Modified over 2 years ago
Andrew Hoogendam Dave Moelker Anthony Boorsma Danny VanderSpek
DaveAnthonyAndrewDanny MoelkerBoorsmaHoogendamVanderspek SHERPASHERPA Satellite-independent Handheld Electronic Return Path Assistant
The majority of handheld navigation devices rely on GPS GPS requires a clear signal from satellites A dropped signal could mean that an individual becomes lost
Processor GPS Receiver LCD UI Sensors Accelerometer Gyroscope Memory Develop a handheld navigation device which can use, but does not require, a GPS signal to determine position
Transparency Report critical information Caring Saves lives by helping lost individuals Trust Be reliable and accurate enough to be trusted
Algorithms to convert sensor readings to positions accurately Reducing errors in sensor readings Keep the current draw low to achieve the required battery life
Research Developing a platform for data acquisition Customer communication Electronic component selection PPFS
December 4, 2009 Calvin College ENGR 339 Senior Design.
March 5, 2010 ENGR 340 Presentation #3. DaveAnthonyAndrewDanny MoelkerBoorsmaHoogendamVanderspek.
Locate Wildlife Attach to Arrow Access Arrow Attach to Wildlife Does not alter Shot Detach from Arrow Link to Animal Remains attached during Flight Protect.
GPSBot08 System Overview. Output User Interface Processor GPS Sensor Accelerometer Sensor Compass Sensor Kalman Filter Inertial Navigation Unit Position.
Session 1.1. Windows Phone Topics Session 1.1 Windows Phone The Windows Phone Device.
Younis H. Karim, AbidYahya School of Computer University Malaysia Perlis 1.
EE/CS 481 Spring Founder’s Day, 2008 University of Portland School of Engineering Authors Matthew Gridley Nathan Oliver Tim Morris Advisor Dr. Rylander.
Team AWESOME-AOC Autonomous Winged Educational Surveillance Operational Mission Experiment Team AWESOME-AOC Using inertial navigation systems (INS) to.
Device receives electronic signal transmitted from signs containing information A device that can communicate GPS location relative to the destination.
Developing Orientation based on Current project Huy-Tien, Bui 裴輝進 Department of Mechanical Engineering National Cheng Kung University Tainan, Taiwan March.
Cornell University Space Systems Design Studio AIAA GNC Conference - 8/11/2009 Violet: A High-Agility Nanosatellite for Demonstrating Small Control-Moment.
Acquiring traces from random walks Project final presentation By: Yaniv Sabo Aviad Hasnis Supervisor: Daniel Vainsencher.
Sports Agnostic Measurement Platform Team 3: Tony Cartolano Koushik Sampath Greg Slovin Nik White.
Smartphone Overview iPhone 4 By Anthony Poland 6 Nov 2014.
Team 19 Project Br ö sel. Team Members 2/9 The Project Design Alternatives Testing Future Work Questions Team Members Nathan Leduc Electrical/Computer.
Ambient Light Sensor The ambient light sensor is something that can detect the brightness of the phone screen. This is helpful for if your eyes are hurting.
Sensor Fusion Donald Heer 11/10/10. The Questions Can two things happen at the ‘same’ time? Can the same thing be observed ‘identically’ by two different.
.. Smart sensors are sensors with integrated electronics that perform the following functions: Logic functions Two-way communication Make decisions.
TouchDevelop Create apps for all your devices
2-1 Advanced Embedded Systems Presentations Lecture 20.
Project WindBot Mikhail Bruk Anton Talalayev Momchil Dimchev Mechatronics Design Project
App Inventor You are going to use App Inventor to make an application for your phone Smart Phone ‘s can hold many entertaining apps due to the amount of.
Team 10: SHERPA May 3, Our Team Outline Project Selection Our Project Design Choices Obstacles Our Prototype Future Additions What We Learned Acknowledgements.
Global Positioning Systems By: Christine Kavanaugh.
Brief History P.J.Yelland – 1929 Yelland Drawing Office & Survey Centre Yeltech Autobuild Africa.
Small, Lightweight Speed and Distance Sensor for Skiers and Snowboarders Michael Bekkala Michael Blair Michael Carpenter Matthew Guibord Abhinav Parvataneni.
NAVI-LIGHT: GPS based Embedded System for Backtracking in Unfamiliar Environments Ashray Solanki, Antony Pollail, Lovlish Gupta Undergraduate Students,
Multi-criteria infrastructure for location-based applications Shortly known as: Localization Platform Ronen Abraham Ido Cohen Yuval Efrati Tomer Sole'
Energy Management Uichin Lee KAIST KSE. Mobile Processing Power – Changing the Mobile Device From
Make an information leaflet about what the sensors do in a Smart Phone for people over 65 years of age. You can use PowerPoint, Word or Publisher.
Hacking and controlling toy flyers Final presentation Student : Frédéric Blanc Assistant : Rico Möckel Professor : Auke Jan Ijspeert.
Global Positioning System A tool for to build spatial information systems.
DATA LOGGER 1.0 INTRODUCTION O Any device that can be used to store data O Three types of instruments are commonly used for collecting.
Using Mobile data collection IDP Needs Assessment Survey in Serbia Using Mobile data collection Introduction Practical implementation.
How The GPS System Works. How the GPS System Works 24 satellites + spares 6 orbital planes 55° inclination Each satellite orbits twice every 24 hours.
Team SHERPA May 8, Our Team Outline Project Selection Problem Challenges Project Outline Prototype Success! Future Additions Experience Acknowledgements.
Energy-Efficient Rate-Adaptive GPS-based Positioning for Smartphones Jeongyeup Paek, Joongheon Kim, Ramesh Govindan CENS Talk April 30, 2010.
Autonomous Guidance Navigation and Control Michael Gillham University of Kent SYSIASS Meeting University of Essex
1. The Promise of MEMS to LBS and Navigation Applications Dr. Naser El-Shiemy, CEO Trusted Positioning Inc. 2.
GPSBot 08- “Rikki” An Introduction. Agenda The Team Motivation Objectives Enabling Processes Sub-Systems Time-Line Budget Obstacles Continuation Applications.
IMPROVE THE INNOVATION Today: High Performance Inertial Measurement Systems LI.COM.
Final Demonstration: Dead Reckoning System for Mobile Robots Lee FithianSteven Parkinson Ajay JosephSaba Rizvi.
Sign Language Glove Prepared By Jaffer Kapasi Chris Lee Michael Mah Dave Yeung.
Team 18: Humble Hubble The proposed project is a self-aiming telescope. This telescope will interface with a host device to populate a list of celestial.
Contemporary Geographic Tools How do geographers locate and display information today? (These are tools that have taken the place of paper maps, compasses,
Smart Lens Robot William McCombie IMDL Spring 2007.
DISSOLVED OXYGEN MONITOR TEAM MEMBERS: ANDREW BEOUGHER ANTHONY SWOPE HAO WANG I-CHUN CHAO BING BAI COLIN HICKS Senior Design Dec1211 Dec1211.
The GPS Angler: Let Humminbird & MinnKota Get You On The Spot Doug Vahrenberg National Pro-Team Member.
CHE 185 – PROCESS CONTROL AND DYNAMICS DCS AND PLC FUNDAMENTALS.
Practicum Project L0 block diagrams Nick Klein. L0 block diagrams (Must) Project Must have two inputs: – Buttons One to turn on device. – Level Sensor.
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