Abstract: A system includes a processor, memory, and an analytics engine configured to receive an analytic program associated with analysis of a machine asset in an IIoT, display a UI to a user, the UI including a first field associated with an input parameter of the analytic program, a second field associated with an output field of the analytic program, and the plurality of data model fields, receiving an input associated with the first field on the UI identifying a selection of a first data model field of the plurality of data model fields, receiving an input associated with the second field on the UI identifying a selection of a second data model field of the plurality of data model fields, executing the analytic program using the first data model field as the input parameter, and storing the output of the analytic program based on the second data model field.

Abstract: A system and method for coupling asset management and analytics are disclosed. The method includes accessing a first asset management system storing corresponding asset data in a corresponding one of a first plurality of management data fields for each one of a first plurality of assets, identifying one of the first plurality of management data fields based on the corresponding language construct of the determined management data field, generating a first reference to the identified one of the first plurality of management data fields, and providing the first reference to the first analytics platform for use by the first analytics platform in retrieving the corresponding asset data of the identified management data field for use in a first analytics operation of the first analytics platform.

Abstract: A computer-implemented method includes receiving instructions to execute an analytic, wherein the instructions comprise one or more analytic inputs and a corresponding one or more uncertainty values, and wherein the analytic defines a continuous, monotonic mathematical function. The method includes executing the analytic using the one or more analytic inputs to determine one or more analytic outputs. The method also includes executing an uncertainty calculation to estimate one or more uncertainty outputs corresponding to the one or more analytic outputs, based, at least in part, on the one or more analytic inputs and the corresponding one or more uncertainty values. The method further includes providing the one or more analytic outputs as well as the corresponding one or more uncertainty outputs.

Abstract: A system for collecting and storing performance data for an engine is provided. The system includes one or more sensors configured to generate sensor data signals representative of one or more engine data performance parameters. The system further includes a data sampling component, a data quantizing component, a data storage sampling rate component, a data encoding component and a data storage component. The data sampling component is configured to sample the sensor data signals at a data sampling rate. The data quantizing component is configured to generate quantized data samples corresponding to the sampled sensor data signals. The data storage sampling rate component is configured to determine a data storage sampling rate for the quantized data samples, based on an analysis of at least a subset of the quantized data samples.

Abstract: Image objects within two-dimensional images are identified by locating boundary points that describe line segments that define a polygon outlining each object. Processing follows lines of pixels between boundary points to determine whether additional pixels are a part of the same image object by reference to a discriminator, such as color. Boundary points are thus identified for contiguous pixels and contiguous lines. Arm-like regions are identified by recursive analysis in a similar manner. The resulting boundary point list may serve to identify the image object, such as for labeling or tagging in web-based manuals, catalogs, and so forth.

Abstract: A system for collecting and storing performance data for an engine is provided. The system includes one or more sensors configured to generate sensor data signals representative of one or more engine data performance parameters. The system further includes a data sampling component, a data quantizing component, a data storage sampling rate component, a data encoding component and a data storage component. The data sampling component is configured to sample the sensor data signals at a data sampling rate. The data quantizing component is configured to generate quantized data samples corresponding to the sampled sensor data signals. The data storage sampling rate component is configured to determine a data storage sampling rate for the quantized data samples, based on an analysis of at least a subset of the quantized data samples.

Abstract: A method for generating an automated exploded view of an assembly of parts is presented. The method includes determining at least one sequence of viable directions of motion of at least one moving part in the assembly of parts. Computer-readable medium and systems that afford functionality of the type defined by this method are also contemplated in conjunction with the present technique.

Abstract: A portable data entry apparatus adapted to be carried by a user including a planar member having top and bottom surfaces. A data entry device is secured to the top surface of the planar member leaving a gap therebetween. A first member is detachably attached to the bottom surface and towards a first edge of the planar member, and a second member is secured to the bottom surface and away from the first edge, the second member enabling a user's forearm to support the data entry apparatus.

Abstract: A system and method for maintenance management for a given field asset is provided. The system comprises a portable computing device disposed on the field asset and adapted to store the complete maintenance history, service instructions, and related technical information for the given field asset and further adapted to retrieve at least one of a plurality of maintenance information corresponding to the given field asset and a communication network coupled to the portable computing device and to at least one source of maintenance information to provide updates to at least one of a plurality of maintenance information for use in servicing the given field asset.

Abstract: A portable data entry apparatus adapted to be carried by a user including a planar member having top and bottom surfaces. A data entry device is secured to the top surface of the planar member leaving a gap therebetween. A first member is detachably attached to the bottom surface and towards a first edge of the planar member, and a second member is secured to the bottom surface and away from the first edge, the second member enabling a user's forearm to support the data entry apparatus.

Abstract: The present invention analyses an existing legacy system, such as a Physician's Office Management System, and automatically extracts, reformats and sends required data to a service company, which may be for example, and insurance company. It begins by feeding the legacy system "seed data" and monitors the legacy system storage device to determine a "raw map" of where and how the seed data is stored. It then culls out multiple records, single records, inconsistent records in the raw map. Control flow information is also extracted. This indicates which fields are "key" fields and are used to extract other information. These key fields must be acquired before their related data. After the data is located and the order is determined, a script is automatically created to extract the data. The data is then extracted and reformatted in a predetermined format determined by the service company, and the required data is automatically sent, by conventional means, to the service company.