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Kevin Ames Ian Morgan Andrew Piascik. The MIST. Outline. What is the MIST? What else is out there? System Overview Software Hardware Ignition System Multidisciplinary Aspects Project Supplies and Cost System Expansion Testing Strategy Acknowledgements
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Kevin Ames Ian Morgan Andrew Piascik The MIST
Outline What is the MIST? What else is out there? System Overview Software Hardware Ignition System Multidisciplinary Aspects Project Supplies and Cost System Expansion Testing Strategy Acknowledgements Questions / Comments / Suggestions
What is The MIST? • Remote firing and display design system intended for use with consumer fireworks • Emphasizes safety • Adds a level of professionalism to amateur shows and simplifies show design • Allows designers to watch the show they’ve created
What else is out there? FireOne Pyromate
What else is out there? • Professional Systems • Go beyond what a “weekend warrior” needs • E-matches are a no-no • Cost • Consumer Systems • Don’t incorporate software for timing and audio • Quality issues • Safety
The Software (MISTie) • Database of firework pieces • Ability to import audio tracks • Drag and drop pieces at desired times • Show overview display • Software controlled system test • Real-time launch feedback • Safety overrides
MISTie Organization • Database Manager • Display Designer • Display Observer
Database Manager • Written in C++ • Will be able to talk to the Oracle 10g Express database through embedded SQL code • Supports adding, removing, and editing data in the database • Will include support for adding data through comma delimited files (.csv) that can be created from a spreadsheet
Control Box • Uses a Flexis microcontroller • Display information is flashed serially • Flexis decodes it and transmits signals to Ignition Platforms at specified times
Ignition Platform • Uses a low power, low cost Arduino microcontroller • Receives launch data serially from the • Uses digital I/O pins to connect to the igniters
Ignition System: Obstacles Igniting Visco fuse electronically is non-trivial Unlicensed users do not have access to appropriate materials (E-match, quick fuse, chemicals, and more) Power concerns Simultaneous ignition
Igniter Options E-Match (illegal) Model rocket (break easily) Nichrome (slow and unreliable) Tungsten (slow…no ignition) Home made
Ignition System • Advantages • Simple design • More reliable • Disadvantages • Power issues • Number of simultaneous ignitions limited by Arduino’s digital I/O pins
The MIST is Multidisciplinary • Computer Engineering • Electronic ignition system and software • Software Engineering • Software’s modular design • Systems Engineering • System’s design and development • Safety Technology • System’s design and purpose
Supplies and Cost * This product has been used for testing but will not contribute to the cost of the final product. ** This product has been bought in bulk but not all of the components will be used. *** This product was provided by RIT.
System Expansion • How many Ignition Platforms? • How many Igniters per Ignition Platform? • Wireless • Zigbee, XBee • Testability • Packaging • Minimalist housing for Control Box and I.P. • Be able to withstand the effects of firework fallout and various weather conditions
Testing Strategy • Incremental Testing • Control Box to Computer • Computer GUI • Control Box to IP • IP and Ignition testing • Total System Testing
Acknowledgments • Jim Young, Ian, and Gary from Young Explosives • Dr. Rossenberg and Tom Allston from RIT’s Chemistry Dept. • Richard Battaglia and John Nash from SMFL
Sources www.fireworks.com www.pyromate.com www.fireone.com www.google.com