International Business Machines Corporation

Thomas Ward

Blake G Fitch

Rajaram B Krishnamurthy

Rahul Nahar

Kanayo Okonji

Hans-Juergen Eickelmann

Chanchal Saha

Jayapreetha Natesan

Michael Lapointe

Brad Hoover

Bhanwar Gupta

Chanchai Saha

Chester D Karwatowski

Visualizing event impact risk over time. At least one location of interest is identified on a geospatial map, and an event path is plotted on the geospatial map for an event over time. The event path includes actual and/or forecasted paths of the event. Along the event path, connected geospatial polygons are generated. The geospatial polygons represent actual and/or forecasted intensity of the event over time. A determination is made as to whether the connected geospatial polygons intersect one or more of the locations of interest indicating an impact risk for the event. Action are taken to reduce the impact risk for the location of interest.

Dynamic event depiction facilitating automatic resource(s) diverting

Methods, systems, and computer program products for identifying and evaluating risk alerts are provided. Aspects include receiving risk alert data comprising risk alerts from data sources, obtaining, by the processor, client geographical data comprising one or more locations of interest, wherein the one or more locations of interest comprise infrastructure resource for the client, determining one or more trusted data sources that are most relevant to define an impact of one or more risk events from the risk alert data affecting one or more locations of interest for the client based on the risk alert data and the client geographical data, determining impactful risk events that affect locations of interest for the client based on trusted risk alert data from the trusted data sources and the client geographical data, and displaying the trusted data sources, the one or more impactful risk events, and the one or more locations.

Identifying and evaluating risks across risk alert sources

Embodiments of the present invention provide a computer-implemented method for generating test plans based on test failure root causes or symptoms. The method generates a heat map of manufacturing process test failures based at least in part on historical test failures and prior repair actions. A database is searched for test failure records that are relevant to user input. Relevant test failure records are prioritized via an index score that is assigned based at least in part on proximity of the relevant test failure records to the user input. Failure records that have an index score that is higher than a threshold value are detected. Unstructured text data of each of the detected failure records is analyzed to identify relevant keywords and relevancy rates. A test solution priority list is displayed, via a GUI, in a window or view that is separate from the heat map.

Cognitive manufacturing systems test repair action

A supercomputer comprising a memory device and a plurality of interconnected hardware processors capable of performing parallel processing is coupled to a mainframe computer comprising one or more hardware processors. The supercomputer functions as a part of the mainframe computer's memory hierarchy.

Replacing mechanical/magnetic components with a supercomputer

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Highland, NY, United States of America

Thomas Ward