Abstract: A method for multi-platform parallel or real-time machine programming is provided. The method comprises specifying a parallel machine definition code defining a plurality of signal or data processing components and a communication of data or signals between the components, automatically converting the code into computer instructions for execution on an essentially sequential, non-parallel computer processor, a parallel execution of the instructions on the sequential processor and automatically converting the code into hardware programming data for providing parallel hardware operation according to the code, by including, in the hardware programming data, event control circuitry specification, priority control circuitry specification and buffering control circuitry specification to ensure that the hardware operation matches the execution on the sequential computer processor.

Abstract: A method for multi-platform parallel or real-time machine programming is provided. The method comprises specifying a parallel machine definition code defining a plurality of signal or data processing components and a communication of data or signals between the components, automatically converting the code into computer instructions for execution on an essentially sequential, non-parallel computer processor, a parallel execution of the instructions on the sequential processor and automatically converting the code into hardware programming data for providing parallel hardware operation according to the code, by including, in the hardware programming data, event control circuitry specification, priority control circuitry specification and buffering control circuitry specification to ensure that the hardware operation matches the execution on the sequential computer processor.

Abstract: A communications apparatus has an interface unit, interface unit with at least one input/output device and a computer. The input/output device is responsive to the computer to present clinical information to a care giver and non-clinical information to a patient. At least one server operatively connected to the interface unit provides customer services to assist the care giver and patient to use the apparatus. The system automatically guides the user through the process required to accomplish the desired result. Where the user prefers, as indicated by the user's activation of a “operator assist” feature or where the system cannot resolve the user's inquiry in the absence of operator assistance, the user is connected to a live operator. Such a connection is made using voice over internet or other techniques, so that it is not necessary to provide a separate telephone connection.