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The NASA Smart Watch
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NASA Watch History This 1965 Omega Speedmaster Reference is dubbed the "Ed White“ after his historic first ever American spacewalk.
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Wearable Technologies
Smart Watches Smart Phones Assistive technologies for the disabled Fitness monitors Eyeware
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Concept of Operations (ConOps)
Primary Goals Wearable technology Expandable infrastructure PixelSense networked Universally mountable Utilization of sensors Real-time timers, warnings, and scheduling User friendly Stretch Goals Audio communication Video communication Health monitoring RFID Part tracking Brainstorming Robotic Arm control Mental health games
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Proposed Requirements
Long Battery life Light-weight Sizable display Wireless ready Expandable Ergonomic Water proof Large memory capability Efficient high performance processor Open source OS
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Smart Watch Market Study
Model Connectivity Standalone Battery Processor Samsung Gear S WIFI/Bluetooth Yes Apple Watch Sony SmartWatch 2 Bluetooth No Martian G2G LG G Moto 360 Samsung Gear Neo Samsung Gear 2
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Concerns The Smart Watch’s need of a phone to function
Smart Watch OS has low support Insignificant battery life. Small screen. Some are not water proof. Wi-Fi availability varies.
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Best Smartphone Alternative
Samsung Galaxy S5 Android OS Snapdragon 400 Processor 2,800 mAh 10.78Wh Battery 5.1” Multi-touch screen Built-in mobile health monitor Wifi/Bluetooth ready Front/Rear cameras
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Samsung S5s ROM Implement power efficiency modifications
Change logos to represent Texas State and NASA Fully disable cell antenna. Clear all bloatware Implement GUI more suitable for the application
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The Network Cloud style infrastructure utilizing PHP
Utilizing WIFI and Bluetooth Web architecture can be implemented on any type of device PixelSense running WAMP Allows expandability of users
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3D Printing For Wrist Mount
3D scan the device Create a 3D rendering 3D print mount Refine Attach universal strap
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The Stop Light Timing notifications Improve task times
Access scheduling database Start/Stop for recording of tasks
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Scheduling User based Efficient Mobile Improve time management
Streamline current process
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Warning System Adjustable Assign/Create Alerts Priority System
Real-time notifications Expandable
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Stretch Goals Parts Communications Health Database of RFID tags
Feature checking Use PixelSense IR scanners Schematics Storage Voice chat Real-time video Communication efficiency Real-time monitoring Utilization of sensors Marry with warning system Safety precautions
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The “Rapid Prototype”
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