Changes

Nutritional Microworld.

Nutritional Microworld.

'''Describe your project in 10-20 sentences. What are you making? Who are you making it for, and why do they need it? What technologies (programming languages, etc.) will you be using?

'''Describe your project in 10-20 sentences. What are you making? Who are you making it for, and why do they need it? What technologies (programming languages, etc.) will you be using?

In Nutritional Microworld biosensor will be mostly used as an exercise amount measuring function. It will have microprocessor and memory connected to it. User will have to wear biosensor and this biosensor may have wrist wearing design, ankle wearing design, etc . Biosensor will keep track of activities done by user as it will have 3 direction accelerometer in it. User can do wireless syncing of data or he can connect biosensor by usb with computer. It’s use can also be extended depending on the sensor, user is using . For example it can be used as glucometer to measure glucose. We create a new instance of biosensor by taking three arguments viz type, path and the name for setting a new biosensor. From the example given below, user has created a new wrist wearing biosensor instance with name Sensor1 (just like action blocks that we make in TBjs). Now user can access this biosensor by just loading sensor1 (which can be stored in cache as well as in a file). For example here data log is obtained by loading sensor1, setting duration and selecting records which he wants to extract (here it is Exercise data). Output from biosensor in the form of log can be directly given to “Exercise Done” block while storing the activities. Earlier we were giving input to ‘Exercise Done’ block manually.

In Nutritional Microworld biosensor will be mostly used as an exercise amount measuring function. It will have microprocessor and memory connected to it. User will have to wear biosensor and this biosensor may have wrist wearing design, ankle wearing design, etc . Biosensor will keep track of activities done by user as it will have 3 direction accelerometer in it. User can do wireless syncing of data or he can connect biosensor by usb with computer. It’s use can also be extended depending on the sensor, user is using . For example it can be used as glucometer to measure glucose. We create a new instance of biosensor by taking three arguments viz type, path and the name for setting a new biosensor. From the example given below, user has created a new wrist wearing biosensor instance with name Sensor1 (just like action blocks that we make in TBjs). Now user can access this biosensor by just loading sensor1 (which can be stored in cache as well as in a file). For example here data log is obtained by loading sensor1, setting duration and selecting records which he wants to extract (here it is Exercise data). Output from biosensor in the form of log can be directly given to “Exercise Done” block while storing the activities. Earlier we were giving input to ‘Exercise Done’ block manually.

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[[File:N7.png|border|center|900x600px]]