Abstract: An audio decoding and reading system comprises a computing module, a high-fidelity module, and a buffer-memory assembly which is between the computing module and the high-fidelity module. The buffer-memory assembly is intended to store a sliding segment of a digital audio stream which is transmitted by the computing module to the high-fidelity module. In this manner, a speed of processing of said digital audio stream by a digital-to-analog converter of the high-fidelity module, can be independent of a speed of production of said digital audio stream by the computing module. An improved sound emission quality results from this decoupling.

Abstract: An audio decoding and reading system comprises a computing module, a high-fidelity module, and a buffer-memory assembly which is between the computing module and the high-fidelity module. The buffer-memory assembly is intended to store a sliding segment of a digital audio stream which is transmitted by the computing module to the high-fidelity module. In this manner, a speed of processing of said digital audio stream by a digital-to-analog converter of the high-fidelity module, can be independent of a speed of production of said digital audio stream by the computing module. An improved sound emission quality results from this decoupling.

Abstract: A method of sending multimedia streams to a multimedia peripheral of a computer, including a processor able to operate in user mode and in supervisor mode, a storage medium readable by the processor and storing a multimedia module, the method of sending comprising an implementation, by the multimedia module executed by the processor in supervisor mode, of an allocation, of a reception and of a sending.