RADAR RECEIVERS

Brand Owner (click to sort) Address Description
ED ELDES ELDES S.R.L. Via di Porto, 2/B I-50018 SCANDICCI (FI) Italy Radar receivers; Digital receivers for radar applications; Digital receivers for radar systems; satellite receiving apparatus, namely, satellite receivers; radio beacon receivers; integrated microwave receivers for radars; satellite processors; digital signal processors; application processors, namely signal processors; central processing units; radar apparatus, namely, radars and radar transmitters for the defense industry and for meteorological forecasting, measuring and monitoring; radar detectors; radar displays; radar antennas; radar receivers with amplifiers; radar simulators for the defense industry and for simulating meteorological forecasting, measuring and monitoring; simulators for radars and satellites for the defense industry and for simulating meteorological forecasting, measuring and monitoring; simulators for radar transmitters and satellite transmitters for the defense industry and for simulating meteorological forecasting, measuring and monitoring; meteorological instruments; weather information apparatus, namely, pressure sensors, humidity sensors, wind speed sensors; sensors used in meteorology for sensing pressure and humidity; computer software for managing and controlling satellites and radars, computer software for connecting satellites and radars with satellite and radar transmitters and receivers; computer hardware; remote control and remote control system for the management of radar installations and satellite installations; all of the aforementioned goods for use by the defense industry and in the field of meteorological forecasting, measuring and monitoring;Retrofitting of radars, radar installations and satellite installations; installation, assembly, maintenance and repair of satellite dishes; installation, assembly, maintenance and repair of radar installations, radars and satellite installations; installation, maintenance and repair of computer hardware; installation, maintenance and repair of telecommunication apparatus, namely cell phones, radars, satellite transmitters and radar transmitters; upgrading of computer hardware; all of the aforementioned services limited to the defense industry and to the field of meteorological forecasting, measuring and monitoring;Color is not claimed as a feature of the mark.;Retail and wholesale store services featuring radars, radar components, computer software and hardware, including online retail and wholesale store services; all of the aforementioned services limited to the defense industry and to the field of meteorological forecasting, measuring and monitoring;Analytical services utilizing radar, namely, microcomputers, for the analysis of meteorological data and data used in the field of defense; writing of computer software; software development, programming and implementation for others; design, installation, maintenance, repair and development of software; computer software development for others; software development; development of data processing software; updating and upgrading of computer software; updating of computer software for others; updating and adapting of computer programs according to user requirements; updating of software for data processing; computer software design; design of radars, radar receivers, satellite processors; all of the aforementioned services limited to the defense industry and to the field of meteorological forecasting, measuring and monitoring;
QUADRADYNE WHISTLER CORPORATION 16 Elizabeth Drive Chelmsford MA 01824 Radar Receivers;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A multistatic radar has a radar transmitter for illuminating a target with a radar signal. The target reflects the radar signal to three separate radar receivers, each performing a bistatic range measurement to the target. The three bistatic range measurements are combined in a quadratic equation having two solutions (roots). One solution (root) corresponds to a correct three dimensional target position with respect to the radar transmitter while the other is an incorrect three dimensional target position with respect to the radar transmitter. The incorrect three dimensional target position is identified and eliminated by comparing the three dimensional target position to the transmitter location, and the receiver locations. The incorrect three dimensional target position is also identified by the target altitude exceeding a threshold, typically set above 80,000 feet AGL.