Program execution device, training system, and associated program execution method

Abstract

A program execution device, training system, and associated program execution method are provided. The training system includes a sensing device and the program execution device. The program execution device includes a program execution module, a concentration calculation module, and a program selection module. The program execution module executes an s-th system program option during a (z-1)-th program training duration. The sensing device generates (z-1)-th round sensing results corresponding to the (z-1)-th program training duration. The concentration calculation module calculates a (z-1)-th round training concentration according to the (z-1)-th round sensing results. The program selection module selects a t-th system program option to be executed by the program execution device during a z-th program training duration.

Claims

1. A lesson plan execution device, comprising: a lesson plan execution module, which executes a (z-1)th game training lesson plan during a (z-1)th lesson plan training period, and executes a (z-1)th game training lesson plan during a (z-1)th lesson plan training period, wherein the (z-1)th game training lesson plan is a (s)th system-selectable lesson plan among Y system-selectable lesson plans; a concentration calculation module electrically connected to the lesson plan execution module, which calculates a concentration level during a (z-1)th game training period based on a sensing result generated by a sensing device corresponding to a (z-1)th game training period; and a lesson plan selection module electrically connected to the lesson plan execution module and the concentration calculation module, comprising: a heterogeneous lesson plan selection module electrically connected to the lesson plan execution module; A composite lesson plan selection module is electrically connected to the lesson plan execution module; and a selection strategy judgment module is electrically connected to the concentration calculation module, the heterogeneous lesson plan selection module, and the composite lesson plan selection module. The selection strategy is based on a comparison between the concentration during the (z-1)th training session and a preset concentration threshold. The module uses either the heterogeneous lesson plan selection module or the composite lesson plan selection module to select a t-th system-selectable lesson plan from the Y system-selectable lesson plans as the training lesson plan for the z-th session. Here, z is a positive integer greater than 1, s, t, and Y are all positive integers, and s and t are both less than or equal to Y.

2. The lesson plan execution device as described in claim 1, wherein when the concentration level during the (z-1)th game training is lower than or equal to the preset concentration threshold, the heterogeneous lesson plan selection module selects the tth system-selectable lesson plan from the Y system-selectable lesson plans as the training lesson plan for the zth game; and when the concentration level during the (z-1)th game training is higher than the preset concentration threshold, the composite lesson plan selection module selects the tth system-selectable lesson plan from the Y system-selectable lesson plans as the training lesson plan for the zth game.

3. The lesson plan execution device as described in claim 1, wherein the lesson plan execution module executes a u-th system-selectable lesson plan during a first lesson plan training period, and the lesson plan execution module randomly selects u from a positive integer less than or equal to Y before the start of the first lesson plan training period.

4. The lesson plan execution device as described in claim 1, wherein each of the Y system selectable lesson plans corresponds to Y sets of lesson plan training orientation synergies, wherein the lesson plan execution device further comprises: a lesson plan similarity calculation module electrically connected to the heterogeneous lesson plan selection module and the composite lesson plan selection module, which calculates the Y sets of lesson plan similarity between the Y sets of lesson plan training orientation synergies corresponding to the sth system selectable lesson plan and the Y sets of lesson plan training orientation synergies.

5. The lesson plan execution device as described in claim 4, wherein when the heterogeneous lesson plan selection module selects the t-th system-selectable lesson plan from the Y system-selectable lesson plans as the z-th training lesson plan, s is not equal to t.

6. The lesson plan execution device as described in claim 5, wherein the t-th system selectable lesson plan corresponds to a t-th group of lesson plan similarities in the Y group of lesson plan similarities, and the t-th group of lesson plan similarities is lower than the (Y-1) group of lesson plan similarities in the Y group of lesson plan similarities corresponding to the remaining (Y-1) system selectable lesson plans.

7. The lesson plan execution device as described in claim 4, wherein the synergy of the Y group of lesson plan training orientations represents the training effect provided by the yth system-selectable lesson plan among the Y system-selectable lesson plans in X training orientations, where y and X are positive integers, and y is less than or equal to Y.

8. The lesson plan execution device as described in claim 1, further comprising: a lesson plan completion calculation module electrically connected to the lesson plan execution module and the composite lesson plan selection module, which calculates a (z-1)th game training lesson plan completion rate based on a (z-1)th game score generated by the lesson plan execution module in response to a user's operation during the (z-1)th segment of lesson plan training, wherein when the composite lesson plan selection module selects the tth system-selectable lesson plan from the Y system-selectable lesson plans, the composite lesson plan selection module selects the tth system-selectable lesson plan based on the concentration level during the (z-1)th game training and the (z-1)th game training lesson plan completion rate.

9. The lesson plan execution device as claimed in claim 8, wherein the concentration calculation module calculates a concentration level during the z-th training period based on a z-th game sensing result generated by the sensing device corresponding to the z-th lesson plan training period, the lesson plan execution module generates a z-th game execution result based on the user's operation during the z-th lesson plan training period, and the lesson plan completion calculation module calculates a z-th game training lesson plan completion level based on the z-th game execution result, wherein the lesson plan execution device further includes: a training result calculation module, including: a participation coefficient calculation module electrically connected to the concentration calculation module and the lesson plan completion calculation module, which calculates a z-th game user participation coefficient based on the concentration level during the z-th training period and the z-th game training lesson plan completion level; An actual training volume calculation module, electrically connected to the participation coefficient calculation module and the composite lesson selection module, calculates the actual training volume of a user in the zth game based on the expected training volume of a zth game lesson corresponding to the zth system selectable lesson and the user participation coefficient of the zth game; and a remaining training volume calculation module, electrically connected to the actual training volume calculation module, calculates the difference between the remaining training volume of a (z-1)th game and the actual training volume of the user in the zth game as the remaining training volume of the zth game.

10. The lesson plan execution device as described in claim 9, wherein after the end of a first lesson plan training period, the remaining training amount calculation module calculates the difference between a daily target training amount corresponding to the user and the actual training amount of a first-round user, as the remaining training amount for the first round of the day.

11. The lesson plan execution device as described in claim 9, wherein the actual training amount calculation module receives the expected training amount of the t-th and z-th lessons plan from the composite lesson plan selection module.

12. The lesson plan execution device as described in claim 9, wherein the composite lesson plan selection module comprises: a training quantity calculation module, which calculates the expected training quantity of the Y z-th game lesson plans corresponding to the Y system-selectable lesson plans; a vector distance calculation module, electrically connected to the training result calculation module and the training quantity calculation module, which calculates the Y-segment z-th game vector space distance between the remaining training quantity of the (z-1)-th game and the expected training quantity of each of the Y z-th game lesson plans; and a vector distance comparison module, electrically connected to the lesson plan execution module and the vector distance calculation module, which selects the t-th system-selectable lesson plan based on the comparison result of the Y-segment z-th game vector space distance.

13. The lesson plan execution device as described in claim 12, wherein in the z-th local vector space distance of the Y segment, the z-th local vector space distance corresponding to the t-th system selectable lesson plan is shorter than the z-th local vector space distance of the (Y-1) other system selectable lesson plans.

14. The lesson plan execution device as described in claim 12, wherein the training volume calculation module comprises: an original training volume calculation module, which calculates the original training volume of Y lessons for each of the Y system-selectable lessons based on the percentage of training during the training period of a lesson plan for the zth game and the synergy of training orientations of Y groups of lesson plans corresponding to each of the Y system-selectable lesson plans; a training volume adjustment coefficient calculation module, which uses the training volume adjustment base of the Y lesson plans corresponding to each of the Y system-selectable lesson plans as the base of a power operation and uses the execution level of the Y lesson plans corresponding to each of the Y system-selectable lesson plans as the exponent of a power operation, and obtains the training volume adjustment coefficient of the Y lessons for each of the Y system-selectable lesson plans after performing a power operation; and an expected training volume calculation module, which multiplies the original training volume of each of the Y lessons for the zth game and the training volume adjustment coefficient of each of the Y lessons for the zth game respectively, and then obtains the expected training volume of the Y lessons for the zth game.

15. The lesson plan execution device as described in claim 14, wherein the composite lesson plan selection module further includes: a training period percentage calculation module electrically connected to the original training volume calculation module, which calculates the ratio between the training period of the z-th lesson plan and one of the daily training periods required by the user, thereby obtaining the training period percentage of the z-th lesson plan.

16. The lesson plan execution device as described in claim 15, wherein the original training quantity calculation module calculates the product of the percentage of the training period of the z-th lesson plan and the synergy of the training orientation of each of the Y groups of lesson plans, as the original training quantity of each of the Y z-th lessons plan.

17. The lesson plan execution device as described in claim 14, wherein the Y lesson plan execution stages are all located between the lowest level of a system of lesson plans and the highest level of a system of lesson plans.

18. The lesson plan execution device as described in claim 17, wherein the composite lesson plan selection module further comprises: an elevation / depreciation adjustment module electrically connected to the lesson plan completion calculation module, the training result calculation module, and the training quantity adjustment coefficient calculation module, wherein the module selectively updates each of the Y lesson plan execution levels based on the completion level of the (z-1)th training lesson plan, a lesson plan completion elevation threshold, a lesson plan completion depreciation threshold, and the similarity of the Y sets of lesson plans between the sth system selectable lesson plan and the Y system selectable lesson plans, wherein the lesson plan completion elevation threshold is higher than the lesson plan completion depreciation threshold.

19. A training system comprising: a sensing device for sensing during a (z-1)th lesson training session to generate a (z-1)th game sensing result; and a lesson execution device comprising: a lesson execution module for executing a (z-1)th game training lesson during the (z-1)th lesson training session and for executing a (z-1)th game training lesson during a (z)th lesson training session, wherein the (z-1)th game training lesson is a (s)th system-selectable lesson from a set of Y system-selectable lessons; a concentration calculation module electrically connected to the sensing device and the lesson execution module for calculating concentration during the (z-1)th game training session based on the (z-1)th game sensing result; and a lesson selection module electrically connected to the lesson execution module and the concentration calculation module, comprising: a heterogeneous lesson selection module electrically connected to the lesson execution module; A composite lesson plan selection module is electrically connected to the lesson plan execution module; and a selection strategy judgment module is electrically connected to the concentration calculation module, the heterogeneous lesson plan selection module, and the composite lesson plan selection module. The selection strategy is based on a comparison between the concentration during the (z-1)th training session and a preset concentration threshold. The module uses either the heterogeneous lesson plan selection module or the composite lesson plan selection module to select the tth system-selectable lesson plan from the Y system-selectable lesson plans as the training lesson plan for the zth session. Here, z is a positive integer greater than 1, s, t, and Y are all positive integers, and s and t are both less than or equal to Y.

20. A lesson plan execution method applied to a lesson plan execution device, wherein the lesson plan execution method comprises the following steps: executing a (z-1)th game training lesson plan during a (z-1)th lesson plan training period, wherein the (z-1)th game training lesson plan is a (s)th system-selectable lesson plan among Y system-selectable lesson plans; calculating a concentration level during the (z-1)th game training period based on a (z-1)th game sensing result corresponding to the (z-1)th lesson plan training period; selecting a (t)th system-selectable lesson plan from the Y system-selectable lesson plans as a (z)th game training lesson plan based on a comparison between the (z-1)th game training concentration level and a preset concentration threshold; and executing the (z)th game training lesson plan during a (z)th lesson plan training period, wherein z is a positive integer greater than 1, s, t, and Y are all positive integers, and s and t are both less than or equal to Y.