Project Glide Garage Door Tele-Controller 5/31/2018 Project Glide Garage Door Tele-Controller Team Graham Linn Srija Pidaparthy Marc Miyaki Advisor Dr. Lillevik, Dr. Osterberg & Dr. Hoffbeck Industry Representatives Mr. Steve Kassel (Mathstar) Mr. Paul Menig (Freightliner) October 2006 University of Portland School of Engineering

Overview Introduction Accomplishments Plans Milestones Concerns/Issues 5/31/2018 Overview Introduction Accomplishments Plans Milestones Concerns/Issues Conclusions October 2006 University of Portland School of Engineering

Introduction A device to remotely control a garage door 5/31/2018 Introduction A device to remotely control a garage door Who will it benefit? People who forget to close their garage doors Those who desire an extra level of security and control for their garage door October 2006 University of Portland School of Engineering

Introduction Project Glide will use several digital devices: 5/31/2018 Introduction Project Glide will use several digital devices: DAA (connect to phone) DTMF Decoder (to interpret info from user) Voice Chip (to play back messages to the user) MOSIS Chip (to control the system) October 2006 University of Portland School of Engineering

Scorecard Budget planning MOSIS chip design Call companies to get part information Done Acquire major parts for our design Done DAA, DTMF Decoder, Voice Playback chip MOSIS chip design Flowchart Done State Diagram, State Tables in progress October 2006 University of Portland School of Engineering

Additional Accomplishments 5/31/2018 Additional Accomplishments Functional Spec 1.1 Project Plan 0.9 Design work: Chip Testing Voice Chip functional October 2006 University of Portland School of Engineering

Plans for November Update Project Plan to .95, 1.0 MOSIS Chip Design 5/31/2018 Plans for November Update Project Plan to .95, 1.0 MOSIS Chip Design State Diagram, State Tables Implement in B2Logic Run BLT, hand in .edf file to Dr. Osterberg Define materials for Design Review October 2006 University of Portland School of Engineering

Milestones October 2006 University of Portland School of Engineering 5/31/2018 Milestones Number Description Original 9/22/06 Previous Present 10/31/06 1 Product Approval 9/11/06 2 Plan Approval 10/27/06 11/10/06 3 Parts Chosen 9/18/06 4 xxx.edf file due 11/22/06 Design Release 12/08/06 5 TOP’s Approval 2/23/07 6 PLD Version Complete / MOSIS chip received 3/15/07 7 MOSIS chip testing complete 3/22/07 8 Prototype Release 4/13/07 9 Founder’s Day 4/17/07 10 Final Report 4/27/07 October 2006 University of Portland School of Engineering

Concerns/Issues Will chips function as we think they do? 5/31/2018 Concerns/Issues Will chips function as we think they do? Compatibility of our major blocks I/O Voltages, Digital/Analog MOSIS design Transition from state diagram to B2Logic schematic Need to obtain/test garage door opener October 2006 University of Portland School of Engineering

5/31/2018 Possible Solutions Need to test all chips to ensure they work as we expect Ask for help on MOSIS design from advisors Remind Dr. Lillevik about garage door opener October 2006 University of Portland School of Engineering

Conclusions Project Glide: Scorecard Plans: 5/31/2018 Conclusions Project Glide: A device to remotely control a garage door Scorecard Plans: Design Test, test, test October 2006 University of Portland School of Engineering

Questions? Glide, Oregon October 2006 5/31/2018 Questions? Glide, Oregon October 2006 University of Portland School of Engineering