• Corpus ID: 195961290

Effect of Partial-Band Interference on Receiver Estimation of C/N0: Measurements

  title={Effect of Partial-Band Interference on Receiver Estimation of C/N0: Measurements},
  author={Jeffry T. Ross and Joseph L. Leva and Shawn W. Yoder},

Investigation on Figures-of-Merit of Signal Performance for Next Generation RNSS Signal Design

The signal design parameters and the figures of merit (FoMs) to be considered in designing a new RNSS signal are introduced, and their relationship in details is reviewed.

Effect of Partial-Band Interference on Receiver Estimation of C/N0: Theory

This paper considers two fundamentally different ways that receivers measure and report the effect of interference on signal quality, demonstrating that in non-white noise the measures are not the same.

Randomized Spectral Separation Coefficient for Short Code Acquisition Performance Evaluation

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Compact adaptive planar antenna arrays for robust satellite navigation systems

In den zuruckliegenden zwei Jahrzehnten ist die Abhangigkeit der Industriegesellschaft von satellitengestutzten Ortungssystemen, Navigationsdiensten und Zeitsignalen dramatisch gewachsen. Darauf

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The experimental results verified the feasibility and effectiveness of the proposed new generation signal structure evaluation system (NGSSES), which is flexible to configure, and the bandwidth and sampling rate can up to 250 and 150 MHz, respectively.

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The performance of PB is assessed in the presence of signal conditioning and the impact of front–end parameters, such as the number of bits used for quantisation and the gain of the automatic gain control, is analysed.

Principles of GNSS, Inertial, and Multisensor Integrated Navigation Systems, Second Edition

The book shows you how satellite, inertial, and other navigation technologies work, and focuses on processing chains and error sources.

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Advances in electronics and telecommunications are leading to complex systems able to efficiently use the available resources, but the complexity of such communications systems often prevents analytical characterizations, and figures of merit such as the Bit Error Rate (BER) are difficult to determine analytically.

Semi-Analytic Techniques for Fast MATLAB Simulations

The Monte Carlo framework involves simulations of the whole transmission-reception chain and the message recovered by the simulated receiver is compared to the original transmitted sequence, which allows one to determine the average number of transmission errors and compute the Bit Error Rate (BER).