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The document summarizes a smart home security system project created by students. It includes a problem statement, research conducted, marketing requirements, engineering requirements, the system design, results of building and testing sensors, and using a Spark Core and SmartThings platform. Working sensors were built for motion, temperature, gas, and included a 2MP camera. Integration of the Wi-Fi module and testing the full system is still in progress. The budget outlines costs of $14,207, with most spent on engineering labor.
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회사 소개 (영문)
1) Hyundai Infracore's optical fiber fire detection system provides reliable fire detection without data loss or nuisance alarms caused by electromagnetic waves or communication noise.
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Badass Motion Design for Front-end Developers
FITC events. For digital creators.
Save 10% off ANY FITC event with discount code 'slideshare'
See our upcoming events at www.fitc.ca
Badass Motion Design for Front-end Developers
with Ron Edelen
OVERVIEW
This talk will dissect a few web animation failures and the lessons learned from using a mash-up of techniques. It also places emphasis on a designer-mentality to animation resulting in an inseparable relationship between motion and layout… the sweet spot where badassness happens.
Web animation has dominated conferences for the last few years. It is no surprise given Google’s push with Material Design and the amazing strides the industry has made in animation-rich mobile apps. Front-end developers are hungry to provide more value than just arranging boxes and text on screen. Users have come to expect UI animation as a standard.
SIX THINGS AUDIENCE MEMBERS WILL LEARN
Motion Sketching. What is it and how can I get some? Tools and tips for failing fast by rapid prototyping motion-rich interaction models
Top four animation tricks from a former motion graphics designer
Current trends in web animation frameworks. How will this change in the near future?
Responsible animation; Performance and the realities of adding animation to RWD
Adapting Brad Frost’s atomic design methodology by adding animation to your style guides
The rise of smart-spaces; A new wave of user experiences and how animation fits within a modality where the interface has very different needs than the standardized web
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Security System Powerpoint 3
- 1. Smart Security System Scott van Tonningen, Ph. D. Capstone Design May 8th, 2015 By: Guriqbal Singh, Ibrahim Rogers, Viktar Rybaltouski
- 2. Problem Statement Almost all home security systems available to consumers require monitoring by an outside party such as ADT and ESCO; these outside parties usually charge an installation fee and a recurring monthly fee. Our design called The Smart Security System (SSS) will allow home and business owners to monitor their homes and businesses via their smart phones. Activating and deactivating the sensors will be done via their smart phone wirelessly using Wi-Fi technology. This allows them to have control of the system regardless of where they are. Our system will include a motion sensor, gas/smoke detector, temperature sensor, and a built in camera.
- 3. Customer Research Target audience: home and business owners seeking property protection against theft, fire, and common household gas leaks. Based on a customer survey research importance of certain features were rated: 33% 23% 28% 10% 6% Total control Visual Image Smoke & Temp Sensor
- 4. Marketing requirements Must be available for purchase for less than $400. Battery powered. Must not be greater than 6 x 7 inch. User should have full control of the system. User must be able to receive visual and audible alerts via a smart phone or computer. Wall/ceiling mounting capability. Detect common gasses such as LPG (propane or butane), methane, smoke (CO) and alcohol. Detect motion.
- 5. Engineering requirements Low power consumption, maximum voltage 5 VDC at 300mA. Dimensions of system: 6’’H * 7’’W * 2’’D. Device has to be controlled wirelessly via Bluetooth or Wi-Fi. Visual images will be in Joint Photographic Experts Group (JPEG) format. At least 2 Mega pixels. Device must detect common gasses (LPG (Propane/Butane), methane, hydrogen, smoke and alcohol) at concentrations of 300ppm to 5000ppm. Detect levels of infrared radiation at a range of 110 degrees (front view), 70 degrees (side view) for up to 15ft. +/- 1ft. Temperature sensor must have an operating range of 35 to 120 degrees Fahrenheit with accuracy of +/- 2 degrees Fahrenheit. Humidity range of 25 to 90% with accuracy of +/- 5% RH for the humidity.
- 7. Results Working devices All sensors are built and working. They also meet all their individual engineering requirements. Motion sensor: working at a range of up to 15ft and 110 degrees front view and 70 degrees side view. Temperature and Humidity sensor: working at a range of 35 to 120 degrees Fahrenheit and 25 to 90% humidity. ±5％ RH, ±2°F Smoke/ gas sensor: detects common gasses at concentrations of 300ppm to 5000ppm.
- 9. Results Camera module: 2 Mega pixels picture JPEG format Resolution 640x480
- 10. Spark core WIFI
- 11. What is Spark Core • Spark Core is a complete Wi-Fi enabled development platform for creating connected devices with ease. • Easy to program. • Built in microcontroller. • Application is available for smart devices.
- 12. What is SmartThings? SmartThings is the platform that is open to developers to create their own system. Open physical graph. SmartThings also sells monitor equipment for user to go buy and use with there app. SmartThing Dashboard application
- 15. Final Dashboard
- 16. Problems: Spark Core & SmartThings Communication Protocol Compatibility
- 17. Schedule 1/3/2015 1/11/2015 1/16/2015 1/19/2015 1/22/2015 1/25/2015 2/2/2015 2/7/2015 2/14/2015 2/7/2015 2/20/2015 3/2/2015 4/1/2015 14 8 3 3 3 7 5 82 75 82 69 59 30 Marketing and Engineering Research Microprocessor research Research on motion sensor and its compatibility with microprocessor Research on output device (buzzer) Research on gas sensor and its compatibility with microprocessor Research on temperature/humidity sensor and its compatibility with microprocessor Code development, construction and testing of sensor subsystem Research on camera and its compatibility with microprocessor Code development and construction of camera subsystem Research on Wi-Fi module and its compatibility with microprocessor Reserach on interfacing smartphone and microprocessor using Wi-Fi App construction; implementation into the system Testing and Troubleshooting of entire system
- 18. Budget information Cost Analysis for Smart Security System Prototype Development Item Unit Unit Cost ($) # Units Cost Engineering Labor: Research hr $43 100 $4,300 Modeling hr $43 128 $5,504 Testing and Analysis hr $43 98 $4,214 Parts: Microprocessor ea $38 1 $37 Camera ea $50 1 $50 Gas sensor ea $3 1 $3 Temperature Humidity sensor ea $8 1 $8 Motion sensor ea $10 1 $9 Bluetooth module ea $8 1 $37 Wi-Fi module ea $45 1 $45 Buzzer ea $0 1 $0 Software ea $0 1 $0 Parts cost: $189 Grand Total: $14,207
- 19. Conclusion About ¾ of design has been completed. Currently working on integrating the Wi-Fi into design. Each subsystem has been tested individually. Testing of entire system needs to be done.
- 20. Questions? Please, stop by Educational Activity Building for demonstration!