Abstract: A method for controlling the operation of at least one hydraulic component of a work vehicle may generally include storing, with a computing device, a first electro-hydraulic setting and a second electro-hydraulic setting for the hydraulic component. The first electro-hydraulic setting may be associated with at least one of a pre-defined speed setting or a pre-defined sensitivity setting. The second electro-hydraulic setting may be associated with at least one of an operator-defined speed setting or an operator-defined sensitivity setting. In addition, the method includes receiving an input associated with an operator's selection of the first electro-hydraulic setting or the second hydraulic setting and controlling the operation of the hydraulic component in accordance with the first electro-hydraulic setting or the second electro-hydraulic setting based on the operator's selection.

Abstract: A display system for use in a vehicle, the display system including first and second controllers in communication with each other and a display mounted in the vehicle. The display is communicatively coupled to the second controller and has a display area. The first controller executes the steps of incorporating a pattern in a set of data thereby producing a dataset; and communicating the dataset to the second controller. The second controller executes the steps of receiving the dataset from the first controller; rendering a graphic from the dataset; and making the rendered graphic available to the display for display in the display area. The first controller then additionally executes the steps of reading the rendered graphic; and evaluating the rendered graphic to see if the pattern has been correctly processed by the second controller.

Abstract: A method for controlling the operation of at least one hydraulic component of a work vehicle may generally include storing, with a computing device, a first electro-hydraulic setting and a second electro-hydraulic setting for the hydraulic component. The first electro-hydraulic setting may be associated with at least one of a pre-defined speed setting or a pre-defined sensitivity setting. The second electro-hydraulic setting may be associated with at least one of an operator-defined speed setting or an operator-defined sensitivity setting. In addition, the method includes receiving an input associated with an operator's selection of the first electro-hydraulic setting or the second hydraulic setting, and controlling the operation of the hydraulic component in accordance with the first electro-hydraulic setting or the second electro-hydraulic setting based on the operator's selection.