Resources Contact Us Home
Unique space time adaptive system (USS)

Image Number 16 for United States Patent #7259714.

A method of detecting radar returns and measuring their parameters with or without clutter present and no clutter cancellation employed which includes transmitting at least one pulse; processing the returns surpassing a threshold detected in one range azimuth bin and by processing and separating out the returns based on their different range and azimuth. Another method includes transmission of many pulses and has minimum of one channel return surpassing detected threshold, which is detected in one range Doppler bin. The method also includes processing and thereby separating out the returns based on their different radial velocity and or azimuth and comparing the returns to a database of expected returns and adaptively processing returns that do not correspond to the expected returns. The method identifies the non-corresponding returns as indicative of at least one of clutter, land sea interface, clutter discretes and antenna sidelobe returns each without utilizing clutter cancellation.

  Recently Added Patents
System and method for providing security in browser-based access to smart cards
Test framework of visual components in a multitenant database environment
Composition for enhancing memory and mitigating neurodegeneration and method thereof
Storage system comprising multiple microprocessors and method for sharing processing in this storage system
Transmitting a synchronizing signal in a packet network
Semiconductor process
LED string with a capability to maintain a current path and LED unit thereof
  Randomly Featured Patents
Portable navigation device with TV function, processing module and operation method thereof
Liquid dispensing device
Process for forming visual display packages
Produce sterilization
Decorative band for a tire sidewall
Golf bag base
High-heat-resistive semiconductor device
Cartridge munition, particularly one of medium caliber
Power management scheme for software-defined radios