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--- projects:g5:start [2014/04/26 11:49] – cse92028
+++ projects:g5:start [2014/04/28 23:39] (current) – cse92028
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 ===== Video =====
-http://youtu.be/HLdkLN50t0E
+https://www.youtube.com/watch?v=HgvHz0OoNNQ
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 As we live in the digital age, we are constantly using more and more digital devices.  Nowadays, people consistently own atleast 3 devices such as your phone, tablet, and computer.  As you attempt to interact with these devices, you typically only interact with one device at a time.  This limitation is posed by the fact that you need direct contact with the device.
-With the increased adoption of wearable technology, we sought to solve this limitation by developing a new type of medium- the flexus.
+With the increased adoption of wearable technology, we sought to solve this limitation by developing a new type of medium- the Flexus.
-The flexus uses electromyography or EMG to sense small muscle electrical activity that occur when you flex.  We believe detecting muscle activity will help simplify human gesture recognition.
+The Flexus uses electromyography (EMG) to sense small muscle electrical activity that occur when you flex.  We believe detecting muscle activity will help simplify human gesture recognition.
 The Flexus changes the way we interact with devices.  It allows you to wave your hand or snap your finger to interact with your devices.  For example, when you are cooking- you can interact with your TV or laptop by simply waving a gesture, no more having to stop what you’re doing.
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 **Competitive Edge**
-Key to its design is the ability of modularity.  It can take multiple inputs from multiple sensors and act on it due to its client/server multicast architecture.  This allows for rapid development of add-on sensing and input devices without redeveloping the entire sleeve.
+Key to its design is the ability of modularity.  It can take multiple inputs from multiple sensors and act on it due to its client/server multicast architecture.  This allows for rapid development of add-on sensing and input devices without redeveloping the entire sleeve.  In addition, it has the ability to control multiple devices at the same time (given the application allows this functionality).
 The Flexus' sleeve nature provides it the ability to be applied to other muscle groups/body parts that have recognizable gestures rather than being limited to a wristband.