Abstract: A method for transferring electronic chart data during aerial vehicle operations to an avionics system is disclosed. The method includes: receiving an electronic chart file for an electronic chart; identifying a plurality of data elements in the electronic chart that contain information content for flight crew entry into avionics systems; translating each identified data element into a control element having one or more values that an avionics system will understand; associating at least one control element with an avionics system; displaying the electronic chart with the control elements; displaying a data entry graphical element, responsive to user selection of the at least one control element; and transferring avionics information from the selected control element to an avionics system associated with the control element responsive to selection of at least one selectable graphical element to change a state of an avionics system associated with at least one control element.

Abstract: A method for transferring electronic chart data during aerial vehicle operations to an avionics system is disclosed. The method includes: receiving an electronic chart file for an electronic chart; identifying a plurality of data elements in the electronic chart that contain information content for flight crew entry into avionics systems; translating each identified data element into a control element having one or more values that an avionics system will understand; associating at least one control element with an avionics system; displaying the electronic chart with the control elements; displaying a data entry graphical element, responsive to user selection of the at least one control element; and transferring avionics information from the selected control element to an avionics system associated with the control element responsive to selection of at least one selectable graphical element to change a state of an avionics system associated with at least one control element.

Abstract: A portable device for automating data analytics includes a configurator module, wherein the configurator module when plugged into a client device enables a user of the client device to configure a plurality of parameters. The portable device further includes a Rapid Operational Visibility (ROVi) engine for automating data analysis. The ROVi engine performs automating data capture from a plurality of data sources based on configured parameters. Further, the ROVi engine creates a data model automatically. The ROVi engine automates creation of interfaces, automates generation of a semantic layer, and enables the user to create customized analytical reports.