Abstract:
The present invention relates to a real time account control method and system that allows only eligible and authorized items to be purchased using the account. The present invention relates particularly to healthcare spending accounts such as flexible spending accounts and health reimbursement arrangements. The method can comprise the steps of: establishing at least one account, each account having an account holder; identifying at least one item eligible for purchase using one of the accounts; identifying at least one item authorized for purchase using one of the accounts; and, upon request to purchase an item using one of the accounts, authorizing the purchase for an amount not to exceed an available balance in that account only if the item is both an item identified as eligible for purchase and an item authorized for purchase.
Abstract:
A system and method that generates a hierarchical tree network and uses linear-plus-nonlinear learning algorithms to form a consensus view on a member's future health status. Each leaf in the hierarchical tree network is homogeneous in clinical characteristics, experience period, and available data assets. Optimization is performed on each leaf so that features and learning algorithms can be tailored to local characteristics specific to each leaf.
Abstract:
A stand-alone security system controlling access to secured information and self-service functionality for a sponsor organization, usable for Web-based and IVR-based self-service functions, having five primary facets: (1) contro l of access to secured information (2) enabling access to users having indirec t and direct relationships with the sponsor organization (3) distribution of security administration from a central information technology resource to users of the security system, (4) support for integration into different environments, and (5) support for system integrators. Key components of acce ss control include (1) association of a userID with one specific person, (2) identification of keys to data in back-end systems and association of those keys with the system users, (3) definition of pieces (segments) of an organization so that permissions are granted based on the pieces, (4) definition of user roles based on the functionality to which he has been giv en permission, (5) a single sign-on for a user with multiple reasons to use the system, and (6) support for direct and indirect assignment of business functions.
Abstract:
A system and method that generates a hierarchical tree network and uses linear-plus-nonlinear learning algorithms to form a consensus view on a member's future health status. Each least in the hierarchical tree network is homogeneous in clinical characteristics, experience period, and available data assets. Optimization is performed on each leaf so that features and learning algorithms can be tailored to local characteristics specific to each leaf.
Abstract:
A pharmacy benefits plan is designed such that covered that covered scripts are placed into Groups and allowances are provided for the purchase of scripts within each Group. Each Group comprises scripts for pharmaceuticals that provided medical benefits within a given time frame. A first Major Group is assigned to scripts for drugs that are prescribed for conditions that would otherwise result in further medical treatment and expense if said drugs were not taken by an insured. A second Major Group is assigned to scripts for drugs that are prescribed for conditions that would not normally result in subsequent medical costs if the drugs were not taken. Relatively high allowances are provided for scripts in said first Major Group such that the out-of-pocket costs of a given scrip will not be a barrier to said insured obtaining and taking said scripts. Relatively low allowances are provided for scripts in said second Major Group such that an insured will be further motivated to ask their doctor about low cost alternative drugs for a given treatment.
Abstract:
The present invention relates to a real time account control method and system that allows only eligible and authorized item to be purchased using the account. The system includes a point of sale system (20) having at least one input device (22) and a process system (26). The system also includes a transaction processor system (30) having data structures configured to contain eligible item identifiers (32), authorized item identifiers (34), transaction data detail (36) and a decision system (38) which use the information in the data structures to process transactions and provide transaction information to the point of sale system (20). The system further include at least one data communications network (42, 44) configured to provide communication between the point of sale system (20), the transaction processor system (30), and a financial card network (40).
Abstract:
A method for providing insurance coverage to a subscriber comprises offering an insurance policy to said subscriber wherein said insurance policy comprises providing allowances to pay for one or more expenses covered by said insurance policy and providing monetary credits to said subscriber for any unused portion of a given allowance where said monetary credits can be used to cover the cost of a subsequent allowed expense. The insurance policy may be a pharmacy benefits plan. The covered expenses may be pharmacy expenses. The allowed expenses may be medical expenses which qualify under section 213 of the US Internal Revenue code for payment by an employer without said subscriber having to declare said payment as taxable income.
Abstract:
The present invention relates to a system and method for automated extraction and display of past health care use to aid in predicting future health status. A system and method that converts raw medical and pharmacy claims data into Hierarchical Major Clinical Condition (HMCC) and Place of Treatment (POT) time-series data to facilitate the health assessment of a member’s total clinical conditions and aid in predicting his or her future health status. The HMCC categories are organized in body systems and likely disease progression to permit both spatio-temporal digital signal processing and the development of a dynamical learning system. Each medical and pharmacy claim of the member is mapped onto one or more HMCC/POT-time cells. At the end of mapping, multiple entries in each HMCC-time cell are accumulated with the temporal resolution determined as a function of group size and temporal fidelity required for model building. Individual HMCC/POT-time maps can be rolled up to a group level to facilitate employer-by-employer or market-by-market comparison so that clinical strategies can be tailored to each employer or geographic region. Multiple nonlinear visualization mapping algorithms are provided to cope with highly nonlinear nature of claims cost data.