Group 9: Chill Geordi: RFID based location sensing Brian Loo (bloo) Geeta Shroff (gshroff) Zane Starr (zcs)

Slides:

Advertisements

Similar presentations

Device receives electronic signal transmitted from signs containing information A device that can communicate GPS location relative to the destination.

Advertisements

RFID Smart Shopper Members: Anthony Crawford Jason Hickman Brice Tucker Matt Williams Advisor: Dr. Raj Bhatnagar.

I-Cane (get it?? ‘eye’-cane) - Brian Loo (bloo) - Zane Starr (zcs) - Geeta Shroff (gshroff)

Hallway Traffic Simulator Peter Riggs Computer Systems Lab

1 Electrical and Computer Engineering Drebin Rescuing Firefighters in Distress FPR Team Ganz: Jonathan Bruso Michael Carney Daniel Fortin James Schafer.

1 Coven a Framework for High Performance Problem Solving Environments Nathan A. DeBardeleben Walter B. Ligon III Sourabh Pandit Dan C. Stanzione Jr. Parallel.

Google Android Map API Presentation 13/03/2008. Map API – Overview (1) Map rendering facility on Android device Similar to Google Earth Integrate map.

RFID Shelving ADD Presentation: 19 Mar 2007 Guy Shtub Idit Gershoni.

Office of the Dean of Students Michael Alexander Sak Mahasuverachai Bryn Nealis Advisor: Prof. David EbertAdvisor: Prof. David Ebert TA: Jared FritzTA:

CS511 - Spring 2006 Final Presentation Project 3 - Team 1 Ching Chang Panagiotis Papapetrou Raymond Sweha.

Group 9: Chill Geordi: RFID based location sensing Brian Loo (bloo) Geeta Shroff (gshroff) Zane Starr (zcs)

Managing Agent Platforms with the Simple Network Management Protocol Brian Remick Thesis Defense June 26, 2015.

1 Introduction to computers Overview l · Grading Policy »Cheating Rules (serious concern) »Examinations and Fixation of Timings »Quizzes »Homework Assignments.

Route Planning Vehicle navigation systems, Dijkstra’s algorithm, bidirectional search, transit-node routing.

Department of Electrical & Computer Engineering Team Hollot By: Cory Brett Jonathan Katon Thomas Pavlu Haiyan Xu NavFocus Midway Design Review.

Brian Loo (bloo)‏ Zane Starr (zcs)‏ Geeta Shroff (gshroff)‏ Group 9: Chill Geordi: RFID based navigation.

Haptic: Image: Audio: Text: Landmark: YesNo YesNo YesNo YesNo YesNo Haptic technology, or haptics, is a tactile feedback technology that takes advantage.

Office of the Dean of Students Brian Eng Matteo Mannino Jonathan Timura Advisors: Prof. David EbertAdvisors: Prof. David Ebert Kirk Riley Kirk Riley TA:

Data: A collection of raw facts and figures. It may consist of numbers, characters, symbols or pictures. Information: Organized and processed form of.

Smart Kitchen Mid-Semester Demo March 2nd, 2006 Suppakrit Forbes Chatchayanusorn Charles Christopher Onyeama Nachiket Shelgikar Saravana Sivasankaran

Location based social networking product. Overview  Mobile Tracking System was first released in Romania in February  Currently MTS works with.

Automatic Software Testing Tool for Computer Networks ARD Presentation Adi Shachar Yaniv Cohen Dudi Patimer

BlindAid Semester Final Presentation Sandra Mau, Nik Melchior, and Maxim Makatchev.

Android ADK based app for offer making based on location and activity reporting John Waters.

Computer Organization ANGELITO I. CUNANAN JR. 1. What is Computer?  An electronic device used for storing and processing data.  It is a machine that.

ArcGIS Workflow Manager An Introduction

M. Taimoor Khan * Java Server Pages (JSP) is a server-side programming technology that enables the creation of dynamic,

Christopher Jeffers August 2012

1 CS 4396 Computer Networks Lab Dynamic Routing Protocols - II OSPF.

` Tangible Interaction with the R Software Environment Using the Meuse Dataset Rachel Bradford, Landon Rogge, Dr. Brygg Ullmer, Dr. Christopher White `

Department of Computer Science A Static Program Analyzer to increase software reuse Ramakrishnan Venkitaraman and Gopal Gupta.

Chapter 7: Database Systems Succeeding with Technology: Second Edition.

Library & Bookstore Navigation using RFID grid ACE B4 dra 親 richie 卒論最終発表.

1 Tradedoubler & Mobile Mobile web & app tracking technical overview.

WordFreak A Language Independent, Extensible Annotation Tool.

Mobile Navigation With SVG Christian Schmitt SVG Open 2005.

© 2001 Business & Information Systems 2/e1 Chapter 8 Personal Productivity and Problem Solving.

Lead Black Slide Powered by DeSiaMore1. 2 Chapter 8 Personal Productivity and Problem Solving.

Accomplishments: Implementation Login form Dictionary Inputs Calculations(Partially Completed) Output(Partially Completed) Made a test database.

Region Map Nearest Tag ID(s) Destination Charging Power On Map? Hardware Health Movement Instructions ETA Receive Map Info Record location history Regulate.

4BP1 Electronic & Computer Engineering Paul Gildea th Year Interim Project Presentation.

See3PO - A Visually Capable Path Finding Robot See3PO Frank Marino, Nick Wang, Jacky Yu, Hao Wu and Debarati Basu Department of Computer Science University.

Introduction. What is the course about?  Concepts History History Data representation, logic Data representation, logic Hardware: CPU, memory, storage,

PROJECT - ZYNQ Yakir Peretz Idan Homri Semester - winter 2014 Duration - one semester.

4BP1 Electronic & Computer Engineering Paul Gildea th Year Final Project Presentation.

A.M.E.N. Autonomous Meteorological Embedded Network for Fire Fighting Fan Zhang, Dmitry Stomakhin, Flavio Sira, Brian Hansen.

Computer Applications Chapter 16. Management Information Systems Management Information Systems (MIS)- an organized system of processing and reporting.

Condor Technology Solutions, Inc. Grace Performance Chemicals HRIS Intranet Project.

Central Processing Unit (CPU)

RFID Automated Navigation of a Mobile Platform Tommy Brant, Charles Harper, Patrick Smith, Eni Ofong, Caleb Howell Georgia Institute of Technology School.

1.The following diagram illustrates the relationship among various hardware components. The arrows indicate the directions of data flow. Activity 1 Relationship.

1 Circuitscape Capstone Presentation Team Circuitscape Katie Rankin Mike Schulte Carl Reniker Sean Collins.

ECE 477 FINAL PRESENTATION TEAM 6  SPRING OUTLINE  Project overview  Block diagram  Design challenges  Individual contributions  Project demonstration.

RFID Automated Navigation of a Mobile Platform Tommy Brant, Charles Harper, Patrick Smith, Eni Ofong, Caleb Howell Georgia Institute of Technology School.

The idea that leverages RFID labels for location determination and direction guidance Suk chan Kang.

Software Narrative Autonomous Targeting Vehicle (ATV) Daniel Barrett Sebastian Hening Sandunmalee Abeyratne Anthony Myers.

Equations for Ecademy Client: ISU Computation Center Faculty Advisor: Dr. Robert Anderson Technical Advisor: Dr. Pete Boysen Team Members:  Tim Arganbright,

Terra-Fusion Loads Tiles in real-time while panning Loads Tiles in real-time while panning Improved overall performance via: Improved overall performance.

W3C Multimodal Interaction Activities Deborah A. Dahl August 9, 2006.

1 Ian Bacon Zach Dicklin Amy Ritter Eric Yee Software Overview.

Not So Deep Blue The original Deep Blue. LED chess board Track movements of all pieces Show possible moves Track game time Detect piece movement -Magnets/Reed.

What Do Computers Do? A computer system is

Working at a Small-to-Medium Business or ISP – Chapter 6

What Are Routers? Routers are an intermediate system at the network layer that is used to connect networks together based on a common network layer protocol.

RF2ID: A Reliable Middleware Framework for RFID Deployment

MIGRANTE-EUROPE SKILLS TRAINING CENTER

Saltriver LBS Solutions

P13015: Navigation Aid for the Blind and Deaf

Working at a Small-to-Medium Business or ISP – Chapter 6

Implementation Plan system integration required for each iteration

Presentation transcript:

Group 9: Chill Geordi: RFID based location sensing Brian Loo (bloo) Geeta Shroff (gshroff) Zane Starr (zcs)

Product Overview Indoor navigation system –When GPS not available Map creation application on desktop Map database loaded stored on device Shortest path to destination calculated RFID tagged path read by device Communicated to user via text to speech software on device or touchpad

Status Update Main Program Flow documented MapGUI – done Database – done FindPath Algorithm – done Integration of DB with MapGUI – done Integration of DB with FindPath – done Integration of Main with RFID reader – done Audio integration - ???

Test cases Installation/Configuration Test Compilation Test Provided Run-time (functional) Tests –Administrator: Load and store graph database, Map creation, RFID tag renaming –User: Load graph database, processing user destination input, shortest path calculation, detect RFID tag, output directions Performance Tests –Speed of Pathfind algorithm & database access

Performance test Speed of Pathfind algorithm –How long will it take to find nodes in a graph X node path in a Y node graph Speed of Database –Query for X nodes in database of Y nodes Speed of processing RFID reader I/O –Time to send instruction and receive RFID tag id Measure speed using System.timer

Looking ahead Difficulties –Directing user to destination (providing correct instructions) –Handling different component’s exceptions in main Redirecting to appropriate GUI form as response –Any lessons learned so far in debugging your implementation

Questions ?