Abstract: A computer implemented method for interactive weight management that includes generating a number of sub-goal weights g0, g1, . . . gn based on a current weight Cw, a desired weight loss amount (?W), a desired weight Dw, a curve tension r, and a timeframe (?) in which the weight loss amount (?W) is to be achieved, wherein the timeframe (?) includes a number (n) of time periods that each correspond with a pair of successive ones of the sub-goal weights g0, g1, . . . gn. The method includes sending the sub-goal weights g0, g1, . . . gn and the number (n) of time periods to a weight measuring device that is associated with a user. Based on the condition Wa1>gi<Wa2 or based on the condition W a ? ? 1 < g i + g i + 1 2 ? ? and ? ? W a ? ? 2 < g i + 1 + g i + 2 2 , new sub-goal weights g0, g1, . . . gn are generated and are updated in the weighing device.

Abstract: A computer implemented method for interactive weight management that includes generating a number of sub-goal weights g0, g1, . . . gn based on a current weight Cw, a desired weight loss amount (?W), a desired weight Dw, a curve tension r, and a timeframe (?) in which the weight loss amount (?W) is to be achieved, wherein the timeframe (?) includes a number (n) of time periods that each correspond with a pair of successive ones of the sub-goal weights g0, g1, . . . gn. The method includes sending the sub-goal weights g0, g1, . . . gn and the number (n) of time periods to a weight measuring device that is associated with a user. Based on the condition Wa1>gi<Wa2 or based on the condition W a ? ? 1 < g i + g i + 1 2 ? ? and ? ? W a ? ? 2 < g i + 1 + g i + 2 2 , new sub-goal weights g0, g1, . . . gn are generated and are updated in the weighing device.

Abstract: A computer implemented method for interactive weight management that includes generating a number of sub-goal weights g0, g1, . . . gn based on a current weight CW, a desired weight loss amount (?W), a desired weight DW, a curve tension r, and a timeframe (?) in which the weight loss amount (?W) is to be achieved, wherein the timeframe (?) includes a number (n) of time periods that each correspond with a pair of successive ones of the sub-goal weights g0, g1, . . . gn. The method includes sending the sub-goal weights g0, g1, . . . gn and the number (n) of time periods to a weight measuring device that is associated with a user. Based on the condition Wa1>gi<Wa2 or based on the condition W a ? ? 1 < g i + g i + 1 2 ? ? and ? ? W a ? ? 2 < g i + 1 + g i + 2 2 , new sub-goal weights g0, g1, . . . gn are generated and are updated in the weighing device.

Abstract: A computer implemented method for interactive weight management that includes generating a number of sub-goal weights g0, g1, . . . gn based on a current weight Cw, a desired weight loss amount (?W), a desired weight Dw, a curve tension r, and a timeframe (?) in which the weight loss amount (?W) is to be achieved, wherein the timeframe (?) includes a number (n) of time periods that each correspond with a pair of successive ones of the sub-goal weights g0, g1, . . . gn. The method includes sending the sub-goal weights g0, g1, . . . gn and the number (n) of time periods to a weight measuring device that is associated with a user. Based on the condition Wa1>gi<Wa2 or based on the condition W a ? ? 1 < g i + g i + 1 2 ? ? and ? ? W a ? ? 2 < g i + 1 + g i + 2 2 , new sub-goal weights g0, g1, . . . gn are generated and are updated in the weighing device.

Abstract: In accordance with one embodiment of the present disclosure, a method for mobility profiling includes collecting a plurality of locations of a mobile electronic device, determining at least one trajectory for the mobile electronic device from the plurality of locations, and storing the at least one trajectory in computer readable media. Each of the plurality of locations have a spatial and temporal component. Using the at least one trajectory, estimating a future location of the mobile electronic device, and communicating data to the mobile electronic device corresponding to the estimated future location such that the content of the communicated data is based on the future location.

Abstract: In accordance with one embodiment of the present disclosure, a method for mobility profiling includes collecting a plurality of locations of a mobile electronic device, determining at least one trajectory for the mobile electronic device from the plurality of locations, and storing the at least one trajectory in computer readable media. Each of the plurality of locations have a spatial and temporal component. Using the at least one trajectory, estimating a future location of the mobile electronic device, and communicating data to the mobile electronic device corresponding to the estimated future location such that the content of the communicated data is based on the future location.