General Electric Company

General Electric Corporation Gmbh

John Howard Lovelace, Ii

James E Pander

Ashish Puri

Thomas E O'Camb

Eric Harold Hedlund

Steven Loncher

Nicholas E Roddy

Richard Gerald Bliley

David Richard Gibson

Gregory John Fera

Thomas George Cook

Michael James Pierro

A method and system for managing communication of electronic data between a diagnostic service center and a plurality of mobile assets () generally remote relative to each other is provided. The electronic data comprises at least respective mobile asset data indicative of respective performance of the plurality of mobile assets. The mobile asset data used for detecting the presence of potential malfunctions which, if left uncorrected, would likely result in respective mission failures of the assets. The method allows for storing in a database () a list of respective cases to be processed. The method further allows for assigning to each case a respective download priority. A determining action allows for determining each case to be populated next with new mobile asset data based upon the assigned download priority. Respective executing actions allow for executing a download of the new mobile asset data between the diagnostic service center and a respective one of the mobile assets, and for executing predetermined analysis on the downloaded data for detecting the presence of respective potential malfunctions in the mobile assets. The download of data may be executed automatically whenever critical faults occur in the mobile assets.

Method and system for remotely managing communication of data used for predicting malfunctions in a plurality of machines

An analysis scheduler for scheduling the automatic processing of performance data through a plurality of analysis tools is disclosed. Performance data provided to some of the tools by the analysis scheduler may be specified to be within a predetermined (but variable) look-back period. The analysis tools identify faults and anomalous conditions and also create repair recommendations, and automatically create problem cases when conditions warrant, or update existing problem cases with additional data, all under control of the analysis scheduler. The problem cases are reviewed by a human user and then forwarded to the railroad for implementation.

Apparatus and method for performance and fault data analysis

A method and apparatus for modifying configuration information used to control an on-board monitor located aboard a locomotive. Under the control of a remote monitoring and diagnostic center, the on-board monitor periodically collects information from the locomotive and transmits it to the remote monitoring and diagnostic center. When it is desired to change some aspect associated with the data collection process (including the period during which the data is collected, the types of data collected, etc.), it is necessary to change the configuration file that controls the on-board monitor. The configuration file is changed at the remote monitoring and diagnostic center and then transmitted to the on-board monitor.

Configuration of a remote data collection and communication system

A method and system for managing communication of electronic data between a diagnostic service center and a plurality of machines generally remote relative to each other is provided. The electronic data is made up of respective machine data from selected machines. The machine data is used for detecting the presence of respective malfunctions which, if left uncorrected, would likely result in respective mission failures of the selected machines. The method allows for storing in a database a list of respective cases to be processed. The method further allows for assigning to each case a respective download priority. A determining step allows for determining each case to be populated next with new machine data based at least upon the assigned download priority. Respective executing steps allow for executing a download of the new machine data, and for executing predetermined analysis on the downloaded data for detecting the presence of respective malfunctions in the selected machines.

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Erie, PA, United States of America

John Howard Lovelace, Ii