| Location sensors status: August 25, 2016 Questions |
| 1. Recommended sensor hardware and software (operating system): |
| Cost of the sensors now and will they be available in two years? |
| What choices of operating systems running the sensors do we have? |
| Are sensors capable of hosting an application? What is the procedure to |
| update software on a sensor? Is there read-only memory that must be |
| updated? |
| 2. Any way to avoid sensors on the head? We would like to verify head |
| orientation so perhaps inferences from muscles in the neck? |
| 3. Can we avoid gloves and still get accurate hand positions? |
| 4. Are one or two sensors on the back necessary to determine |
| orientation of the abdomen? |
| 5. Is having a sensor send its position every tenth of a second practical? |
| 6. Do things like occluding human bodies dressed with sensors and |
| perhaps handling spinning weapons interfere with transmission by |
| the location sensors? Can sensors on a weapon survive a lau gar (3 meters |
| long somewhat flexible waxwood pole) striking the ground? |
| 7. When collecting data from 40 to 50 sensors is it one hub per person? |
| 8. Are six sensors per weapon sufficient? |
| 9. How many hours can sensors run for between charges? MTF? |
| 10. How do we know a hub, a sensor or a lot of sensors on the same |
| garment have stopped working? If we detect at the start of a class that one |
| or more sensors are not functioning how long does it take to replace a |
| sensor? Are we better off having multiple spare garments ready to go? |
| 11. Can a garment with embedded sensors be laundered? Dried in a |
| dryer? If not, how are smart garments cleaned? |
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