Systems and methods for probabilistically generating individually customized cognitive training sessions

A computing device comprising:

• a processor;
• a storage medium for tangibly storing thereon program logic for execution by the processor, the program logic comprising:
• (a) receiving logic, executed by a game selector on a computing device, for receiving game data with game probabilities and a game matrix;
• (b) determining logic, executed by the game selector, for determining whether there are novel games to be introduced in a session;
• (c) selecting logic, executed by the game selector, for:
• (i) if there are novel games to be introduced, selecting a game with a lowest session introduction number;
• (ii) if there are no novel games to be introduced, selecting a game with a predetermined probability;
• (d) adjusting logic, executed by the game selector, for adjusting probabilities via the game matrix;
• and
• (e) repeating logic, executed by the game selector, for repeating steps (b)-(d) until a predetermined number of games have been selected;

A non-transitory computer readable storage medium tangibly storing computer program instructions capable of being executed by a computer processor, the computer program instructions defining the steps of:

• determining, by a probability calculator executing on the computer processor, user data, priorities, and game data;
• calculating, by the probability calculator, initial probabilities that a neurocognitive game will appear in a session, the session comprising neurocognitive games selected for presentation to a user, the calculating based on the user data, the priorities, and the game data;
• communicating, by the probability calculator to a game selector, the initial probabilities, the game data, and a matrix controlling how likely a plurality of neurocognitive games will appear in the session;
• and
• selecting, by the game selector, a set of neurocognitive games for the session, the selecting based on the initial probabilities, the game data, and the matrix.

A non-transitory computer readable storage medium tangibly storing computer program instructions capable of being executed by a computer processor, the computer program instructions defining the steps of:

• (a) receiving, by a game selector executing on the computer processor, game data with game probabilities and a game matrix;
• (b) determining, by the game selector, whether there are novel games to be introduced in a session;
• (c) if there are novel games to be introduced, selecting, by the game selector, a game with a lowest session introduction number;
• (d) if there are no novel games to be introduced, selecting, by the game selector, a game with a predetermined probability;
• (e) adjusting, by the game selector, probabilities via the game matrix;
• and
• (f) repeating, by the game selector, steps (b)-(e) until a predetermined number of games have been selected.

A method comprising:

• determining, by a probability calculator executing on a computing device, user data, priorities, and game data;
• calculating, by the probability calculator, initial probabilities that a neurocognitive game will appear in a session, the session comprising neurocognitive games selected for presentation to a user, the calculating based on the user data, the priorities, and the game data;
• communicating, by the probability calculator to a game selector, the initial probabilities, the game data, and a matrix controlling how likely a plurality of neurocognitive games will appear in the session;
• and
• selecting, by the game selector, a set of neurocognitive games for the session, the selecting based on the initial probabilities, the game data, and the matrix.

A method comprising:

• (a) receiving, by a game selector executing on a computing device, game data with game probabilities and a game matrix;
• (b) determining, by the game selector, whether there are novel games to be introduced in a session;
• (c) if there are novel games to be introduced, selecting, by the game selector, a game with a lowest session introduction number;
• (d) if there are no novel games to be introduced, selecting, by the game selector, a game with a predetermined probability;
• (e) adjusting, by the game selector, probabilities via the game matrix;
• and
• (f) repeating, by the game selector, steps (b)-(e) until a predetermined number of games have been selected.