NTASC PRESENTATION – PART I 04/05/14 © 2013-2014 Computer Science Department, Texas Christian University.

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Presentation transcript:

NTASC PRESENTATION – PART I 04/05/14 © Computer Science Department, Texas Christian University

Team Stockton Ackermann  Documentation Lead & Android Application Developer Nicholas Capurso  Project Lead & Network Engineer Eric Elsken  Technical Lead & General Programmer Myrella Garcia  Website Developer Casey Stephens  Android Application Developer David Woodworth  Testing Lead, Network Engineer & Website Developer © Computer Science Department, Texas Christian University

Overview © Computer Science Department, Texas Christian University Project Background Project Description Hardware Project Support Environment System Components System Architecture

Project Background © Computer Science Department, Texas Christian University Pre-existing systems.  OnStar and other proprietary systems.  Accident detection.  Roadside assistance.  Contacts emergency services.  Expensive and not widely available. Project FrogStar

Project Description © Computer Science Department, Texas Christian University Proof of concept. Accident detection.  Uses smart phone and TI SensorTag readings to detect accidents.  Redundant computations between smart phone and on-board control unit (OBCU). Use of Near Field Communication (NFC) and Bluetooth. Ability to contact emergency services.

Texas Instruments SensorTags © Computer Science Department, Texas Christian University Portable. Inexpensive. Bluetooth LE capability. Open firmware.

Texas Instruments SensorTags © Computer Science Department, Texas Christian University Accelerometer - a device that measures acceleration, or the rate at which speed changes. Gyroscope - a device that measures orientation in terms of yaw, roll, and pitch.

Types of Accidents © Computer Science Department, Texas Christian University Accelerometer-based collisions Head-on Rear-end T-Bone Gyroscope-based accidents Spin-out Rollover

Why Android? © Computer Science Department, Texas Christian University Variety of sensors. Bluetooth capability. NFC capability. Open Source Platform. Easy transition for our developers.

Use of NFC Tags © Computer Science Department, Texas Christian University Android-compatible method for exchanging small pieces of data. Convenient way to start and shutdown the system. Re-programmable data storage.

OBCU - Raspberry Pi © Computer Science Department, Texas Christian University On-Board Control Unit (OBCU) Advantages:  Inexpensive  Storage via SD Card  Expandable via USB  Bluetooth Offloads SensorTag querying from phone. Runs Linux. Powered by vehicle.

Programming Environment Hardware © Computer Science Department, Texas Christian University  Android Development Toolkit (2.2) Plugin for Eclipse.  BlueZ 5.2  Eclipse: Kepler (4.3.1)  Raspbian Linux  Windows 7 64-bit SP 1  Samsung Galaxy S4 (Android 4.2.2)  Raspberry Pi  TI CC2541 Sensor Tags (4)  USB Bluetooth Adapters (5)  NFC Tag System Environment

Smart Phone Components © Computer Science Department, Texas Christian University FrogStar App  User information  Vehicle database  NFC capability  Technician mode Networking Service  Bluetooth Sensor Service  Computation engine  Sensor querying

OBCU (Raspberry Pi) Components © Computer Science Department, Texas Christian University Master program. Bluetooth server.  Smart phone communication Bluetooth LE server  General attributes (GATT)  SensorTag querying Computation engine

System Architecture © Computer Science Department, Texas Christian University

Key Requirements © Computer Science Department, Texas Christian University NFC tag. Network information. Toggle the system on and off. Smart phone & OBCU. Query sensors. Accident detection. Confirm accidents. OBCU Provides system status info. On accident confirmation, alert user. If user confirms or cannot respond, alert proper authorities.

Next Part II © Computer Science Department, Texas Christian University FrogStar Application. Networking. NFC Operation Demo. Prototype Vehicle Demo.

Questions? © Computer Science Department, Texas Christian University