Team 5 Small, Lightweight Speed and Distance Sensor for Skiers/Snowboarders
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1 Team 5 Small, Lightweight Speed and Distance Sensor for Skiers/Snowboarders Temika Cage Presentation Coordinator Tim Ross Document Coordinator Ben Guild Laboratory Coordinator Kunal Verma Manager Justin Erskine Webmaster Contact: Dr. Stephen W. Schneider
2 Facilitator Dr. Shanker Balasubramaniam
3 Introduction
4 Consumers' Requests Simple to Use Speed and Distance Recording Safe/Robust Design Inexpensive Long Battery Life Easy Data Retrieval
5 Background Ski Speed Sensor has been designed 2 previous times GPS System GPS and INS System A Different Approach: Doppler Radar Current Market Place Devices
6 GPS (Team 10 - Spring 2008) GPS: Global Positioning System Use Satellites to sample position over time Pro: Receiver is cheap and portable Con: Signal inconsistency due to structural obstruction End Result: Large error in turning accuracy.
7 GPS and INS (Team 6 Fall 2009) INS: Inertial Navigation System Accelerometers track the velocity and position Pro: More accurate than GPS alone Con: More processing End Result: Not enough time to implement
8 Doppler Radar Signal is sent out at a fixed frequency Received signal has a shifted frequency from the reflection Calculate speed using frequency deviation
9 Tech 4 O Sl- Ski 1 Speedometer What it offers: Simple and Safe Display Ground Speed, Max Speed, Pace, Distance, Total Distance, and Elapsed Trip Time Two components: Stop Watch Display Radar Module
10 Design Specifications Our design has several requirements that must be met: Measurements (minimum one minute intervals) Average speed Max Speed Distance Travelled Safety Lightweight (< 2 lbs.) Disabled display during recording Weather resistance Low temperature operation (-10F) Power and Efficiency Auto-off after 10 minutes of operation At least 2 hours of battery life Operation Data storage requirement for at least 10 minutes of run data Data report on LCD or data export to external device
11 Conceptual Design Radar Device Sends and receives EM waves off the ground Produces output voltage dependent upon frequency shift in the returning wave Prefab Doppler radar module (easy to replace) Control System Microprocessor (PIC) based implementation Handles interaction with the user interface Performs calculations and storage of data from radar device User Interface Will consist of an LCD display and controls Layout will allow for easy manipulation of controls and high visibility
12 Project Development Device Controls (Buttons, Switches) Output/External Storage (SD,microSD,USB) Microcontroller Frequency to Voltage Converter RAM Display Controller Speed Sensor Module Extended Memory (EEPROM) Device Display Tx Rx
13 Project Development Design and Simulation Display Programming Doppler Module Signal Processing Exploratory Experiments Prototyping Circuit Layout Power System Design
14 Project Development Testing Benchmarking Device Evaluation Calibration Final Build Custom PCB Device Housing
15 Project Development Current Progress AgilSense HB100 Doppler Module Testing Velocity Testing Apparatus Display Programming Backup Doppler Module Design (10GHz) Antenna Design RF Design Component Research
16 Work Distribution Team Member Design Roles: Doppler Module and Analog Design Kunal Verma Justin Erskine Microcontroller Programming and Interface Design Tim Ross Temika Cage Ben Guild
17 Budget Cost Breakdown Item Cost Microcontroller $4.00 LCD Display $20.00 Motion Sensor $15.00 EEPROM $5.00 Batteries $10.00 Project Box $10.00 Total Cost $64.00
18 Questions?
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