Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Android (1)
- Breathalyzer (1)
- Control system (1)
- Embedded (1)
- FOCE (1)
-
- Free Ocean Carbon Emisssion (1)
- Freertos (1)
- Glucose detector (1)
- Hash Table (1)
- Home automation (1)
- IPhone (1)
- Internet (1)
- Ios (1)
- Lyfi (1)
- Microcontroller (1)
- Microprocessor (1)
- Mobile (1)
- Networking (1)
- PIC (1)
- PIC24 (1)
- Pearson Hash (1)
- Phone (1)
- Real time operating system (1)
- Rtos (1)
- SPI (1)
- Sensor (1)
- Server (1)
- Sql (1)
- Wifi (1)
- Wireless (1)
Articles 1 - 4 of 4
Full-Text Articles in Engineering
Iphone Breathalyzer: Point Oh Wait!, Gurpal Bhoot
Iphone Breathalyzer: Point Oh Wait!, Gurpal Bhoot
Electrical Engineering
This final year project combines hardware and software components to create an alcohol breathalyzer that is compatible with the iPhone. The final design of the circuit and the iPhone application is original and combines multiple components to create the final product. Most of those components are seen in a simplified version of a breathalyzer, while the added components take care of the interface to the iPhone.
Lyfi, Kianoosh Salami, Justin Cotton, Elush Shirazpour
Lyfi, Kianoosh Salami, Justin Cotton, Elush Shirazpour
Electrical Engineering
This paper will cover the steps necessary to design, build, and manage networkable smart light switches over WiFi via a mobile application. It contains a microcontroller running a real time operating system, a WiFi module, a Java server with SQLite databasing, and a mobile phone application.
LyFi is designed to turn on/off and dim household lights while only requiring the same installation procedure as a less capable dimmer switch. Once installed and connected to a network, LyFi will self-discover and configure. The server automatically propogates a database of nodes where any mobile device running an application can receive an updated …
Foce Intermodule Communications System, Roland Quiros
Foce Intermodule Communications System, Roland Quiros
Electrical Engineering
Done in conjunction with Chad Kecy of the Monterey Bay Aquarium Reasearch Institute (MBARI), this project is an expansion of the Free Ocean Carbon Emission (FOCE) project. This iteration created a communications protocol between the different modules in an expandable array of PIC24-based boards.
Control System For Glucose Detector System, David Smith
Control System For Glucose Detector System, David Smith
Electrical Engineering
In this paper I design and test on a prove of concept level a control/timing circuit for a blood glucose detector built in a previous senior project. The specifications of the design given are to properly power the detector with a low power source. The design is completed on a transistor level basis using Cadence Virtuoso Software. The system is design from the ground up; designing, building, and testing smaller circuits first then combined into increasingly larger circuits till the completed circuit is finished. The design used to based off of the 555 Timer and uses differential pairs, CMOS designed …