Abstract: A transmitter device for use in a vehicular application includes a cable, an input port, a modulator, and an antenna device. The cable of the transmitter device receives power from a power source associated with a vehicle to power circuitry in the transmitter device. The input port of the transmitter device receives audio input from a user in the vehicle speaking into a microphone. The modulator device modulates the audio input received from the input port onto a carrier frequency to produce a modulated signal. The antenna device of the transmitter device receives the modulated signal and generates (e.g., transmits) a wireless radio signal to a radio receiver in the vehicle. The radio receiver in the vehicle is tuned to i) receive the wireless radio signal and ii) play the audio input received from the user over at least one corresponding speaker associated with the radio receiver.

Abstract: A set of hardware and/or software elements, typically embedded as part of the input or output device, which operate cooperatively to select from a set of personality parameters to enable the outputting of image data created by different sources to different output devices. Included is a method for printing from embedded devices to inkjet and laser printers with a print preview of images to display devices such as LCD or video screens. The invention provides color management and color adjustments along with built-in output device drivers to generate data required to operate different output devices. In this manner, a single imaging subsystem in a source devices can be used to drive a larger number of output devices. Similarly, a single output subsystem in an output device can be used to obtain data from a large number of source devices. The configuration personality parameters are provided in a compact format, yet image and color quality are optimized for each output device.

Abstract: An apparatus and method used to perform image rendering is capable of producing complex, high resolution images for a continuous synchronous raster image output device, such as a laser printer or a video display, using a minimum of random access memory. High level graphics instructions defining an image to be displayed or printed are provided by a processor executing an applications program. These instructions are interpreted to generate a set of graphics orders that are subsequently processed to create a bitmap image for output to a display or printer device. The graphics order processing system is independent of the central processor and thereby significantly reduces the central processor's image output overhead.

Abstract: An apparatus and method used to perform image rendering in a manner which is capable of producing complex, high resolution page images where a continuous synchronous raster image output device, such as a laser printer, using a minimum of random access memory. The invented technique decomposes basic graphics functions into a compact series of orders commands suitable for real time processing and then generates the output page image in real time. The graphic content of a page is defined in much less memory then the rendered image would otherwise require, but is in a form that can be processed and deliver to the output device at the speed required by the output device. This is accomplished by the use of graphics functions which are represented as low level primitives which can be converted to bit mapped images in real time.

Abstract: An apparatus and method used to perform image rendering is capable of producing complex, high resolution images for a continuous synchronous raster image output device, such as a laser printer or a video display, using a minimum of random access memory. High level graphics instructions defining an image to be displayed or printed are provided by a processor executing an applications program. These instructions are interpreted to generate a set of graphics orders that are subsequently processed to create a bitmap image for output to a display or printer device. The graphics order processing system is independent of the central processor and thereby significantly reduces the central processor's image output overhead.

Abstract: An apparatus and method used to perform image rendering in a manner which is capable of producing complex, high resolution page images where a continuous synchronous raster image output device, such as a laser printer, using a minimum of random access memory. The invented technique decomposes basic graphics functions into a compact series of orders commands suitable for real time processing and then generates the output page image in real time. The graphic content of a page is defined in much less memory then the rendered image would otherwise require, but is in a form that can be processed and deliver to the output device at the speed required by the output device. This is accomplished by the use of graphics functions which are represented as low level primitives which can be converted to bit mapped images in real time.