Abstract: This invention describes methods of Audio Signal Personalized Enhancement for optimal listening to music. A combination of hearing test, audio signal compensation, and signal processing algorithms are implemented jointly in an audio Device. An audio signal is processed and tuned within the entire range of audible frequencies to actively compensate for both the characteristics of the listening device, and the specific hearing characteristics of the listener, resulting in a much improved music listening experience. A randomized self-test algorithm is used to analyze user's hearing ability in each ear within a preselected dynamic volume range at multiple frequencies spanning the audible spectrum.

Abstract: This invention describes methods of Audio Signal Personalized Enhancement for optimal listening to music. A combination of hearing test, audio signal compensation, and signal processing algorithms are implemented jointly in an audio Device. An audio signal is processed and tuned within the entire range of audible frequencies to actively compensate for both the characteristics of the listening device, and the specific hearing characteristics of the listener, resulting in a much improved music listening experience. A randomized self-test algorithm is used to analyze user's hearing ability in each ear within a preselected dynamic volume range at multiple frequencies spanning the audible spectrum.

Abstract: A system and method of executing an interpretive language in a system having a processing component with native software processes and a memory component. A hardware component is coupled with the processing component and the memory component. The hardware component assists with the processing of the interpretive language and the system is permitted to execute the native software processes of the processing component.

Abstract: A computer system for accelerated processing of stack oriented interpretive language instructions comprising a translator which establishes correlations between address values and core operations, a processing accelerator core for performing core operations, a cache memory for storing operand data, a control logic device for reading and writing operand data and for determining core operations corresponding with address values and an arithmetic logic unit for receiving data and performing core operations, being specified solely by address values.

Abstract: A machining cell and process for deburring root edges of a turbine blade. The machining cell defines a work area enclosing a robot to pick up and transport a blade package between working stations within the cell. A supply conveyor transports the part to an orienter station inside the cell where the part is checked for type and proper orientation prior to being picked up by the robot and moved to a deburring station. The robot manipulates the package into engagement with an active cutting tool to remove material from the root edges. The robot then transports the package to a brushing station located within the cell. The robot moves the package so that edges of the root are subjected to the abrasive action of a rotating brush wheel. The finished part is then transported by the robot to a discharge conveyor which feeds the finished part outside of the cell.