Intuit, Inc.

Untuit Inc.

Gregory W Miller

Gang Wang

Kevin M McCluskey

Michael J Graves

Arien C Ferrell

Andre Felipe Luis

Joseph Elwell

Benny Venat Joseph

A computer-implemented method for estimating a likelihood of an individual qualifying for a benefit program includes obtaining a profile corresponding to the individual. The method also includes determining respective likelihoods that the profile would satisfy each completeness graph in a set of completeness graphs by running the profile against each completeness graph using an evaluation algorithm. Each completeness graph corresponds to a respective benefit program.

Methods, systems and computer program products for estimating likelihood of qualifying for benefit

A computer-implemented method for acquiring benefits qualification data includes obtaining a profile corresponding to the individual. The method also includes forming respective sets of unanswered questions in each completeness graph in a set of completeness graphs by running the profile against each completeness graph. The method further includes forming a union set of unanswered questions in the set of completeness graphs from the respective sets of unanswered questions in each completeness graph. Moreover, the method includes identifying a high priority unanswered question in the union set of unanswered questions using a prioritization algorithm. Each completeness graph corresponds to a respective benefit program.

Methods, systems and computer program products for prioritization of benefit qualification questions

A computer-implemented method for generating an explanation for a benefit qualification status change over different benefit qualification periods includes a computing device executing a benefit calculation engine. The benefit calculation engine operates on first and second benefit completeness graphs from respective first and second benefit qualification periods to perform first and second benefit qualification status determination. The first and second benefit completeness graphs each describe data dependent benefit qualification operations including a plurality of interconnecting functional nodes connected by one of a plurality of functions. The method also includes the computing device identifying the differences among nodes within the first benefit completeness graph and the second benefit completeness graph. The method further includes the computing device executing an explanation engine associated with the benefit calculation engine to generate a textual explanation identifying one or more differences among the nodes.

Methods, systems and computer program products for generating explanations for a benefit qualification change

A computer-implemented method for providing a notice regarding a benefit qualification status change includes receiving a change in a qualification requirement for a benefit program. The method also includes obtaining a completeness graph corresponding to the benefit program. The method further includes modifying the completeness graph based on the received change in the qualification requirement for the benefit program. Moreover, the method includes obtaining a profile corresponding to an individual. In addition, the method includes obtaining a first qualification status relating to the individual's qualification for the benefit program before the received change in the qualification requirement for the benefit program. The method also includes determining a second qualification status by running the profile against the modified completeness graph. The method further includes when the first and second qualification statuses are different, providing a notice for a corresponding benefit qualification status change.

Methods, systems and computer program products for generating notifications of benefit qualification change

A method and a system for implementing a configuration-based client-side flow control framework obtain and execute a script from a server to initialize the client-side framework on the client computer. The framework receives references to resources for the flow and references a flow configuration file on the server to identify the actual locations of the resources on the server. The framework then retrieves the actual implementation of the resources from the server and uses the actual implementations in reproducing views presented to the browser screen to represent navigation experience that the developer of a website to which users attempt to access desires the user to experience.

Methods, systems, and articles of manufacture for configuration-based client-side flow control framework for customizable user experience

Upon the initiation of a flow instance on a client computing device for navigating through a sequence of webpages, a client-side framework invokes various controllers and resolvers for dynamically creating views displayed in user's browsers. Resolvers resolve various resources required or desired for the webpages and obtain these various resources located on a remote host computer and transmits the obtained resources to the corresponding controllers to create one or more views as specified by the flow for display in the browser of the client computing device, without hard coding the locations of these resources in the webpages. The client-side framework provides an environment for specifying AB testing to place a part of the flow under an A/B test so as to generate different customizable user experiences in navigating through the webpages without using custom views.

Methods, systems, and articles of manufacture for configuration-based client-side resource resolution framework for customizable user experience

A client computing device identifies a model and data to be populated into the model of a webpage. The client computing device identifies a reference to a model definition resource and invokes a model definition resolver to identify the actual location of the model definition resource from a remote computer using the reference. The model definition resolver obtains the requested model definition resource from the remote computer using the actual location. The client computing device invokes one or more APIs to perform constraint enforcement on the identified data with respect to the identified model. Upon successful performance of constraint enforcement, the client computing device performs data binding for the data and the model and save the identified data, which may be further processed, into a repository of data models.

Methods, systems, and articles of manufacture for implementing model definition and constraint enforcement and validation

Upon the initiation of a flow instance on a client computing device for navigating through a sequence of webpages, a client-side framework invokes various controllers and resolvers for dynamically creating views displayed in user's browsers. Resolvers resolve various resources required or desired for the webpages and obtain these various resources located on a remote host computer and transmits the obtained resources to the corresponding controllers to create one or more views as specified by the flow for display in the browser of the client computing device, without hard coding the locations of these resources in the webpages. The client-side framework provides an environment for specifying A/B testing to place a part of the flow under an A/B test so as to generate different customizable user experiences in navigating through the webpages without using custom views.

Growing community of inventors

San Diego, CA, United States of America

Gregory W Miller