THE CONVERTED HYDROACOUSTIC ARRAY “MG-10M” – A BASIC MODULE FOR A DEEP WATER ν-TELESCOPE
The possibility of converted hydroacoustic arrays to create a module of deep water ν-Telescope is discussed. The array MC-10M is good tool to start the first real ocean experiments to investigate the problem of detecting neutrinos with energy 1018 eV. Technical parameters and systems which are necessary to create the module are presented. The Mediterranean Sea is an appropriate area for the first experiments due to existing of a deep underwater sound channel and stable high temperature. Some estimation of possible detecting volumes is presented. This project is continuation of works of authors in this direction, started in 1997.
Since about twenty years, the otoneurology functional exploration possesses auditory tool to analyze objectively the state of the nervous conduction of additive pathway. In this paper, we present a new classification approach based on the Hidden Markov Models (HMM) which used to design a Computer aided medical diagnostic (CAMD) tool that asserts auditory pathologies based on Brain-stem Evoked Response Auditory based biomedical test, which provides an effective measure of the integrity of the auditory pathway. Case study, experimental results and comparison with a conventional neural networks models have been reported and discussed.