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In January 2011, the FCC approved a conditional waiver to allow the company to use its spectrum for land-based-only LTE communications if the company resolved GPS interference. [43] The GPS industry, aviators and military claimed the company's use of its spectrum would interfere with their communications. [44] In February 2012, the FCC proposed ...
It's not the first "solution" that LightSquared has proposed for the GPS interference issue that's gotten in the way of its LTE network rollout, but the company's now touting a new "simple ...
GPS jamming is a particular type of GNSS interference. Under ITU rules, countries are obliged to eliminate harmful interference through GPS jamming and spoofing, but the ITU lacks effective enforcement measures. [2] The ICAO legal framework requires that countries should implement appropriate prevention and mitigation of GPS jamming and ...
In the UK Ofcom now permits the use of GPS/GNSS Repeaters [31] under a 'light licensing' regime. Due to the potential for both natural and man-made noise, numerous techniques continue to be developed to deal with the interference. The first is to not rely on GPS as a sole source.
There have been reports of a rise in GPS interference around the world, particularly sinc ... Estonia has accused neighbouring Russia of jamming GPS navigation devices in airspace above the Baltic ...
Ultra-wideband [17] [53] (UWB): reduced interference with other devices; Infrared (IR): previously included in most mobile devices; Gen2IR (second generation infrared) Visible light communication [10] [54] (VLC), as LiFi: can use existing lighting systems; Ultrasound: [18] waves move very slowly, which results in much higher accuracy
GPS interference is now taking place at lower altitudes and in a wider area than six months ago, the head of the Finnish Pilots' Association's safety and security committee told Reuters.
In areas where signal reception would normally be strong, other factors can have an effect on reception or may cause complete failure (see RF interference). From inside a building with thick walls or of mostly metal construction (or with dense rebar in concrete), signal attenuation may prevent a mobile phone from being used.