Project Swift Fox Automotive Performance Monitor

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Presentation transcript:

Project Swift Fox Automotive Performance Monitor Peter Brunke (Fall 04 Project Lead) Sham Alroomi Wajdi Alshalan Andrew Robinson SwiftFox October University of Portland School of Engineering

Overview Refresher Accomplishments Plans Issues Conclusion SwiftFox October University of Portland School of Engineering

Refresher Swift Fox is a data acquisition and monitoring system for a vehicle. Swift Fox is designed to measure, display, and record transducer signals. The required transducers measure lateral acceleration and engine rpm. There are three spare inputs for expansion. Swift fox is controlled by a calculator keyboard and an interactive plasma display. The results of a recorded session may be uploaded to an external PC for use in a spreadsheet. SwiftFox October University of Portland School of Engineering

SwiftFox October University of Portland School of Engineering

Refresher SwiftFox October University of Portland School of Engineering

Accomplishments Functional specification 1.0 is complete. The accelerometer is acquired. C compiler for programming the microcontrollers is acquired. Parts list for core components is compiled. SwiftFox October University of Portland School of Engineering

Accomplishment:Core Parts Microcontroller: PIC16F872 ( DIP, flash ) ADC: MPC3204 ( 12 bits, 4 channels ) Display: Noritake CU16025ECPB-W6J ( Blue/Green 16 characters x 2 lines ) Serial EEPROM: 25LC640 (8k x 8) SwiftFox October University of Portland School of Engineering

Accomplishments cont’d Milestones (partial). Number Description Original Date Previous Present 1 Product Pre-Approval 09/24/04 - 2 Functional Spec Approval (Product Approval) 10/08/04 10/13/04 10/14/04 3 Project Plan Pre-Approval 11/05/04 4 Project Plan approval 11/12/04 5 Design release 12/10/04 6 7 8 9 10 11 12 13 SwiftFox October University of Portland School of Engineering

Plans Develop project schedule. Learn the Ivex layout program for PCB. Do some experimental C compiler programs. Test the accelerometer. Begin figuring out analog component values for RS232 level shifter & other analog circuits. Compile a complete bill of materials. Get spreadsheet format to use. SwiftFox October University of Portland School of Engineering

Issues/Concerns No issues or concerns at the present time. SwiftFox October University of Portland School of Engineering

Conclusion Functional spec 1.0 is complete, Steady progress toward project plan. Questions??? SwiftFox October University of Portland School of Engineering