Abstract: A method and a system for providing real-time assistance to users in achieving their personalized health goals through a mobile phone with an integrated software application by uploading the photographs to a secured database of the software application of the mobile phone provided with specific text comments or requests placed in appropriately classified input queues for assigning to a qualified nutritionist or an Artificial Intelligence (AI) Program for analyzing the uploaded photographs and generating specific modifications to the food items on the photograph of a meal by applying the user-specific weight-loss/meal modification rules, displaying the analysis information and the specific modifications on the food items to the user on the mobile phone screen.

Abstract: A method and a system for providing real-time assistance to users in achieving their personalized health goals through a mobile phone with an integrated software application by uploading the photographs to a secured database of the software application of the mobile phone provided with specific text comments or requests placed in appropriately classified input queues for assigning to a qualified nutritionist or an Artificial Intelligence (AI) Program for analyzing the uploaded photographs and generating specific modifications to the food items on the photograph of a meal by applying the user-specific weight-loss/meal modification rules, displaying the analysis information and the specific modifications on the food items to the user on the mobile phone screen.

Abstract: A method and a system for providing real-time assistance to users in achieving their personalized health goals through a mobile phone with an integrated software application by uploading the photographs to a secured database of the software application of the mobile phone provided with specific text comments or requests placed in appropriately classified input queues for assigning to a qualified nutritionist or an Artificial Intelligence (AI) Program for analyzing the uploaded photographs and generating specific modifications to the food items on the photograph of a meal by applying the user-specific weight-loss/meal modification rules, displaying the analysis information and the specific modifications on the food items to the user on the mobile phone screen. The system and method also comprises a container, a partition plate, a closable lid for storing the food items that are rejected by the nutritionist or the AI and a placemat printed with colored squares patterns.

Abstract: A method and a system for providing real-time assistance to users in achieving their personalized health goals through a mobile phone with an integrated software application by uploading the photographs to a secured database of the software application of the mobile phone provided with specific text comments or requests placed in appropriately classified input queues for assigning to a qualified nutritionist or an Artificial Intelligence (AI) Program for analyzing the uploaded photographs and generating specific modifications to the food items on the photograph of a meal by applying the user-specific weight-loss/meal modification rules, displaying the analysis information and the specific modifications on the food items to the user on the mobile phone screen. The system and method also comprises a container, a partition plate, a closable lid for storing the food items that are rejected by the nutritionist or the AI and a placemat printed with colored squares patterns.

Abstract: A method and a system for providing real-time assistance to users in achieving their personalized health goals through a mobile phone with an integrated software application by uploading the photographs to a secured database of the software application of the mobile phone provided with specific text comments or requests placed in appropriately classified input queues for assigning to a qualified nutritionist or an Artificial Intelligence (AI) Program for analyzing the uploaded photographs and generating specific modifications to the food items on the photograph of a meal by applying the user-specific weight-loss/meal modification rules, displaying the analysis information and the specific modifications on the food items to the user on the mobile phone screen. The system and method also comprises a container, a partition plate, a closable lid for storing the food items that are rejected by the nutritionist or the AI and a placemat printed with colored squares patterns.

Abstract: A method and a system for providing real-time assistance to users in achieving their personalized health goals through a mobile phone with an integrated software application by uploading the photographs to a secured database of the software application of the mobile phone provided with specific text comments or requests placed in appropriately classified input queues for assigning to a qualified nutritionist or an Artificial Intelligence (AI) Program for analyzing the uploaded photographs and generating specific modifications to the food items on the photograph of a meal by applying the user-specific weight-loss/meal modification rules, displaying the analysis information and the specific modifications on the food items to the user on the mobile phone screen. The system and method also comprises a container, a partition plate, a closable lid for storing the food items that are rejected by the nutritionist or the AI and a placemat printed with colored squares patterns.

Abstract: A response down-trend level applicable to a user may be determined based on the user's responses to one or more medication reminders. Different levels of the response down-trend may be associated one or more different parties to alert. The particular parties to alert may be determined based upon the current response down-trend level associated with the user. The response-down trend level associated with a user may be determined by calculating a response-down trend value based on the user's responses to one or more medication reminders and comparing the response-down trend value to one or more threshold value of one or more response-down trend levels. In response to determining that a user has reached a particular response-down-trend level, a party associated with the particular response-down-trend level is contacted.

Abstract: Techniques and systems are described hereafter for reducing medical non-adherence by (1) developing the adherence-profile of a member, (2) using the profile to automatically generate a set of interventions, (3) categorizing, prioritizing and selecting the interventions, (4) incorporating the selected interventions into a personalized member user interface page, (5) serving the selected interventions to the member at the appropriate times via multiple channels, (6) observing and measuring member responses, (7) recording member responses in a database and analyzing the responses, (8) adapting the interventions, based on the analysis, to keep the member actively engaged, (9) escalating the interventions if the member response is inadequate, (10) updating the member's adherence profile based on analysis of the database, (11) providing member reports to authorized parties for purposes of paying member incentives, predicting member's utilization of high-cost healthcare services, etc.

Abstract: Techniques for reducing non-compliance of medication use are described. The techniques involve generating and storing an identifier for a specific dosage instance of a specific patient, and creating a package that includes a mechanism for conveying the identifier. Once the package is created, a set of one or more medications that are prescribed to be taken by the specific patient at the specific dosage instance are placed in the package. The set of medications within the package in a manner that prevents the identifier from being perceived from the mechanism until the package is opened. Once opened, the identifier is perceived and communicated back to an automated compliance system.

Abstract: Techniques for reducing non-compliance of medication use are described. The techniques involve generating and storing an identifier for a specific dosage instance of a specific patient, and creating a package that includes a mechanism for conveying the identifier. Once the package is created, a set of one or more medications that are prescribed to be taken by the specific patient at the specific dosage instance are placed in the package. The set of medications within the package in a manner that prevents the identifier from being perceived from the mechanism until the package is opened. Once opened, the identifier is perceived and communicated back to an automated compliance system.

Abstract: Techniques and systems are described hereafter for reducing medical non-adherence by (1) developing the adherence-profile of a member, (2) using the profile to automatically generate a set of interventions, (3) categorizing, prioritizing and selecting the interventions, (4) incorporating the selected interventions into a personalized member user interface page, (5) serving the selected interventions to the member at the appropriate times via multiple channels, (6) observing and measuring member responses, (7) recording member responses in a database and analyzing the responses, (8) adapting the interventions, based on the analysis, to keep the member actively engaged, (9) escalating the interventions if the member response is inadequate, (10) updating the member's adherence profile based on analysis of the database, (11) providing member reports to authorized parties for purposes of paying member incentives, predicting member's utilization of high-cost healthcare services, etc.

Abstract: Techniques and systems are described hereafter for reducing medical non-compliance by (1) developing the compliance-profile of a member, (2) using the profile to automatically generate a set of interventions, (3) categorizing, prioritizing and selecting the interventions, (4) incorporating the selected interventions into a personalized member user interface page, (5) serving the selected interventions to the member at the appropriate times via multiple channels, (6) observing and measuring member responses, (7) recording member responses in a database and analyzing the responses, (8) adapting the interventions, based on the analysis, to keep the member actively engaged, (9) escalating the interventions if the member response is inadequate, (10) updating the member's compliance profile based on analysis of the database, (11) providing member reports to authorized parties for purposes of paying member incentives, predicting member's utilization of high-cost healthcare services, etc.

Abstract: Techniques for reducing non-compliance of medication use are described. The techniques involve generating and storing an identifier for a specific dosage instance of a specific patient, and creating a package that includes a mechanism for conveying the identifier. Once the package is created, a set of one or more medications that are prescribed to be taken by the specific patient at the specific dosage instance are placed in the package. The set of medications within the package in a manner that prevents the identifier from being perceived from the mechanism until the package is opened. Once opened, the identifier is perceived and communicated back to an automated compliance system.