FEDERALNOE GOSUDARSTVENNOE KAZENNOE VOENNOE OBRAZOVATELNOE UCHREZHDENIE VYSSHEGO OBRAZOVANIYA TIKHOO has a total of 22 patent applications. It increased the IP activity by 80.0%. Its first patent ever was published in 2017. It filed its patents most often in Russian Federation. Its main competitors in its focus markets measurement, transport and digital networks are BEHM ALEXANDER, GURUPRASAD VENKATA and PARTHUS UK LTD.
Statistical method of mimic protection of an over-the-horizon surface wave radar station
RU2746342C1
Method of recording noise emission of marine object
RU2746312C1
Method of detecting noise emission of marine underwater object
RU2733802C1
Method for improving the operational efficiency of an adaptive decametric radio communication system
RU2734664C1
Perforated outer surface of rotation body with combined holes and suction channel
RU2723914C1
Radio-hydroacoustic buoy on microcontrollers with base data of reference signals
RU2713507C1
Method for increasing interference immunity and carrying capacity of an adaptive sw radio communication system
RU2703406C1
Radio-hydroacoustic buoy on microcontroller with acoustic underwater communication unit
RU2694846C1
Method for formation of marine monitoring system with programmable neuron network control system
RU2697719C1
Marine monitoring system with programmable neuron network control system
RU2695527C1
Scalable system for detection and classification of marine targets with elements of artificial intelligence
RU2694848C1
Method of forming a scalable system for detecting and classifying sea targets with artificial intelligence elements
RU2695985C1
Neuron network system for detection and rapid identification of sea targets
RU2682088C1
Method of detection and neural network recognition of the signs of the fields of different physical nature generated by marine purposes
RU2681242C1
Intellectual system for detection and classification of marine targets
RU2680727C1
Correlation hydroacoustic lag
RU2681252C1
Hydro acoustic signals detection and their neural network classification system
RU2659347C1
Radio-acoustic buoy on microcontrollers
RU2659100C1
Large-scale radio-hydro acoustic system formation and application method for monitoring, recognizing and classifying the fields generated by the sources in marine environment
RU2659105C1
Large-scale radiohydroacoustic system of monitoring, recognizing and classifying fields generated by sources in marine environment
