Abstract: A method determines the most effective motivator at inducing a user to engage in a digital mental health intervention. The user is exposed to a first motivator that prompts the user to perform the intervention. The motivator can be a video, audio tape, textual explanation or quiz-like game. Intervention and motivator parameters are monitored to assess user engagement both with the first motivator and in performing the intervention. An intervention delivery model is personalized to the user based on both parameters. The intervention delivery model is used to determine the efficacy of the first motivator at motivating the user to perform the intervention. The intervention and motivator parameters are compared to an intervention engagement threshold and a motivator engagement threshold. If either or both parameters are below the corresponding threshold, the intervention delivery model is used to select a second motivator. The user is then exposed to the second motivator.

Abstract: Method and System for Enabling Responsive Cognitive Behavioral Therapy by automatic monitoring of patients' behavior, determining significant changes of behavior and the progress of therapy and engaging with patients and/or therapists.

Abstract: Method and System for Enabling Responsive Cognitive Behavioral Therapy by automatic monitoring of patients' behavior, determining significant changes of behavior and the progress of therapy and engaging with patients and/or therapists.

Abstract: A computer implemented method and system for scheduling moment-based tasks associated with a medical treatment and computer program thereof. The method includes receiving by at least one patient a moment-based list of tasks as a patient's instruction specifying when a number of given tasks should be performed; assigning for each task of said list of tasks an amount of time or time normal zone indicating an optimal period of time to perform a given task; and assigning, for each time normal zone, a previous time zone and a subsequent time zone of the time normal zone indicating that said task also can be done. In case of overlapping of time normal zones and/or previous or subsequent time zones for a given number of tasks of a same type an algorithm is executed in order to resolve the conflicts between said overlapped tasks.