Andere Kunden interessierten sich auch für
![Characterizing the Impact of Precision Time and Range Measurements from Two-Way Time Transfer Systems on Network Differential GPS Position Solutions]( "Characterizing the Impact of Precision Time and Range Measurements from Two-Way Time Transfer Systems on Network Differential GPS Position Solutions")
Characterizing the Impact of Precision Time and Range Measurements from Two-Way Time Transfer Systems on Network Differential GPS Position Solutions63,99 €![Joint Precision Airdrop Systems Integrated into Strategic Brigade Airdrop]( "Joint Precision Airdrop Systems Integrated into Strategic Brigade Airdrop")
Joint Precision Airdrop Systems Integrated into Strategic Brigade Airdrop64,99 €![Inland Resupply Without a Road or Runway: Airdrop Solutions Including High-Altitude Precision Systems]( "Inland Resupply Without a Road or Runway: Airdrop Solutions Including High-Altitude Precision Systems")
Inland Resupply Without a Road or Runway: Airdrop Solutions Including High-Altitude Precision Systems64,99 €![A Future-Based Risk Assessment for the Survivability of Long Range Strike Systems]( "A Future-Based Risk Assessment for the Survivability of Long Range Strike Systems")
A Future-Based Risk Assessment for the Survivability of Long Range Strike Systems63,99 €![A Systems Engineering Approach to Analyzing Weather Input Sensitivities of the Joint Precision Air Drop System]( "A Systems Engineering Approach to Analyzing Weather Input Sensitivities of the Joint Precision Air Drop System")
A Systems Engineering Approach to Analyzing Weather Input Sensitivities of the Joint Precision Air Drop System64,99 €![Vision-Aided Autonomous Precision Weapon Terminal Guidance Using a Tightly-Coupled Ins and Predictive Rendering Techniques]( "Vision-Aided Autonomous Precision Weapon Terminal Guidance Using a Tightly-Coupled Ins and Predictive Rendering Techniques")
Vision-Aided Autonomous Precision Weapon Terminal Guidance Using a Tightly-Coupled Ins and Predictive Rendering Techniques63,99 €![Precision Engagement: Sharpening the Tip of the Spear]( "Precision Engagement: Sharpening the Tip of the Spear")
Precision Engagement: Sharpening the Tip of the Spear64,99 €
A key application of Laser Detection and Ranging (LADAR) systems is measurement of range to a target. Many modern LADAR systems are capable of transmitting laser pulses that are less than a few nanoseconds in duration. These short-duration pulses provide excellent range precision. However, randomness in the detected laser signals places limits on the precision. The goal of this dissertation is to quantify the range precision limits of LADAR systems. The randomness in the time between photon arrivals, which is called shot noise, is discussed in depth. System-dependent noise sources such as dark current and detector gain variation are considered. The e ect of scene-dependent parameters including background light, target obscuration, and target orientation is also discussed. Finally, noise mitigation strategies such as pulse averaging and gain equalization are described and tested on simulated and real LADAR data.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.