ОПЫТ ИСПОЛЬЗОВАНИЯ АППАРАТНОЙ ПЛАТФОРМЫ "ГРИФОН" ДЛЯ РЕШЕНИЯ АКУСТИЧЕСКИХ ЗАДАЧ

The creation of a set of computer hardware, associated with the common management and use of system-wide resources and software designed to handle hydroacoustic information is an urgent task. This is due to the further improvement of the characteristics of newly developed marine vehicles and systems. The article deals with the use of elements of the high-speed heterogeneous computing platform Griffon in the construction of specialized computing systems and the implementation of algorithms for processing hydroacoustic information. Potential capabilities of the equipment are discussed, demonstrating the prospects of creating computers based on the Griffon hardware platform with high parameters and minimal mass-size characteristics. The article proposes variants of algorithms specially designed for increasing the statistical efficiency and processing taking into account the influence of the sound propagation medium. The comparative characteristics and capabilities of the Griffon platform for creating various special computers for both stationary and mobile, including autonomous, hydroacoustic computer systems are presented.