Andere Kunden interessierten sich auch für
![Study of Simulation Effectiveness in Modeling Heavy Combined Arms Combat in Urban Environments]( "Study of Simulation Effectiveness in Modeling Heavy Combined Arms Combat in Urban Environments")
Study of Simulation Effectiveness in Modeling Heavy Combined Arms Combat in Urban Environments63,99 €![Effective Intelligence in Urban Environments]( "Effective Intelligence in Urban Environments")
Effective Intelligence in Urban Environments63,99 €![Guerrilla Warfare Tactics in Urban Environments]( "Guerrilla Warfare Tactics in Urban Environments")
Guerrilla Warfare Tactics in Urban Environments20,99 €![An Investigation Into the Feasibility of Using a Modern Gravity Gradient Instrument for Passive Aircraft Navigation and Terrain Avoidance]( "An Investigation Into the Feasibility of Using a Modern Gravity Gradient Instrument for Passive Aircraft Navigation and Terrain Avoidance")
An Investigation Into the Feasibility of Using a Modern Gravity Gradient Instrument for Passive Aircraft Navigation and Terrain Avoidance63,99 €![Passive Ranging of Dynamic Rocket Plumes Using Infrared and Visible Oxygen Attenuation]( "Passive Ranging of Dynamic Rocket Plumes Using Infrared and Visible Oxygen Attenuation")
Passive Ranging of Dynamic Rocket Plumes Using Infrared and Visible Oxygen Attenuation64,99 €![Passive Ranging Using Atmospheric Oxygen Absorption Spectra]( "Passive Ranging Using Atmospheric Oxygen Absorption Spectra")
Passive Ranging Using Atmospheric Oxygen Absorption Spectra63,99 €![Geolocation of an Audio Source in a Multipath Environment Using Time-Of-Arrival]( "Geolocation of an Audio Source in a Multipath Environment Using Time-Of-Arrival")
Geolocation of an Audio Source in a Multipath Environment Using Time-Of-Arrival63,99 €
Low-power devices such as key fobs, cell phones, and wireless routers are commonly used to control Improvised Explosive Devices (IEDs) and as communications nodes for command and control. Quickly locating the source of these signals is difficult, especially in an urban environment where buildings and towers can cause interference. This research presents a geolocation system that combines the attributes of several proven geolocation and error mitigation methods to locate an emitter of interest in an urban environment. The proposed geolocation system uses a Time Difference of Arrival (TDOA) technique to estimate the location of the emitter of interest. Using multiple sensors at known locations, TDOA estimates are obtained by cross-correlating the signal received at all the sensors. A Weighted Least Squares (WLS) solution is used to estimate the emitter's location.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.