International Business Machines Corporation

Michael Jack Martine

Rick A Hamilton, Ii

Gregory J Boss

Kevin Charles Mcconnell

John Williams Miller

Ira L Allen

Stan Kevin Daley

Steven Mark Harrison

Mark Carter

Michael Andrew Rowe

Sarah Diane Green

An approach is provided for automatically performing claim preemptive subrogation. An intelligent agent in an artificial intelligence system is activated. An occurrence of a vehicular event is detected. Using the intelligent agent, a mesh network of devices positioned within an environment surrounding the vehicular event is established. Property, event, and environmental data describing the vehicular event is collected and stored in a blockchain node. A smart contract is established on the blockchain node. The smart contract provides authorized parties with an access to the stored property, event, and environmental data. Based on the stored property, event, and environmental data and rule(s), a preemptive subrogation is performed by determining a cause of the vehicular event.

Intelligent secure automation of claim preemptive subrogation

A method for browsing in a virtual environment includes generating a plurality of tag data collections from multiple tag data sources. A plurality of virtual online browsing modes are presented using a computer having data storage. A browsing mode is selected by a user, wherein the browsing mode specified includes tag data and preference data. The tag data collection is analyzed for tag data associated with the browsing mode data. At least one specified tag collection from the plurality of tag collections is generated using the selected browsing mode. Associated tag data is determined from the specified tag collection and a user's tag data. A tag data group is generated from the tag data collection analysis using the tag sets, and a three-dimensional virtual environment is generated and presented on the computer using the tag data group, which may present the user with a plurality of goods and/or services.

Tag along shopping

A method for determining a user intended number from a partial phone number includes steps for receiving a partial phone number, determining whether the partial phone number corresponds with at least one database number based on at least one selected criteria list and performing a system action based on the determination. The method may include prioritizing a list of database numbers that correspond to the partial number.

System and method for obtaining telecommunication access numbers

This disclosure outlines a method, which enables a vehicle driver to achieve increased fuel efficiency by implementing least-cost route planning based on terrain data and derived from advanced mapping, logging and location based services. Actual fuel efficiency is recorded and correlated by vehicle conditions, time of day and date, and then referenced to achieve the most accurate least-cost route plan for the intended destination.

Method and system for calculating least-cost routes based on historical fuel efficiency, street mapping and location based services

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Chapel Hill, NC, United States of America

Michael Jack Martine