Abstract: A method of operating a computer to automatically produce production control software for a natural gas engine controller or a diesel engine controller is provided. The method includes the steps of (1) as a function of user input, defining a set specifications of the controller; and (2) producing control software to operate the controller as defined by the specifications.

Abstract: A method of operating a computer to produce control software for a hydraulic system is provided. The hydraulic system includes a pump, at least one valve, a motor and an electronic controller. The method includes the steps of defining a set of valve features of the electronic controller as a function of user input; and producing control software to operate the controller as specified by said set of valve features.

Abstract: A method of operating a computer to automatically produce production control software for a natural gas engine controller (104) on a machine is provided. The controller (104) is adapted to control a natural gas engine (106). The method includes the steps of (1) as a function of user input, defining a set of controller (104); and (2) producing control software to operate the controller (104) as defined by the specifications.

Abstract: A method of operating a computer to automatically produce control software for an information manager on a machine is provided. The information manager is adapted to display information relating to the machine. The method includes the steps of (1) as a function of operator input, defining a set of information manager specifications; and (2) producing control software to operate the information manager as specified by said specifications.

Abstract: An electronic control for controlling a high idle set value of equipment having an engine is disclosed. The control includes an electronic controller electrically connected to a rocker switch comprising a high idle switch and a low idle switch. An engine speed sensor and a decelerator pedal position sensor are electrically connected to the electronic controller. The electronic control permits the equipment operator to program a desired high idle set point value. The control thereafter produces an engine speed command based on the high idle set point value. A decelerator pedal is provided to permit the equipment operator to reduce the engine speed command value below the high idle set point value.

Abstract: A recognition system for comparing energy distributions of incombing emitters with known frequency spectrums is shown. Frequency spectrum analysis of randomly generated signals produces references against which the incoming communication wave may be checked. the recognition system recognizes a plurality of subchannel modulation types. Since there are many different subchannel modulation types in use today, small tactical weapons systems must recognize a number of different signals. Once certain parameters describing each subchannel modulation type are provided to the recognition system, the spectrum analysis of the subchannel modulation types is stored for subsequent use. This system provides for recognizing various FSK signals, PSK signals and OOK signals, as well as being adaptable to tracking other signals which are defined in terms of certain parameters.