Randomized Spectral Separation Coefficient for Short Code Acquisition Performance Evaluation

Unequal Code-Length Code Structure for Better Acquisition Performance in Weak Signal Environment

In this paper, a new PRN code optimal design based on unequal-length code modulation is proposed. The better performance of code acquisition in weak signals will be achieved by using this method, because the crosscorrelations between different signals have been sliding, thus suppressing multiple access interference effectively. Theoretical analysis and simulation show that this design has predi...

Performance Evaluation of Confidence Intervals for Ordinal Coefficient Alpha

Theoretical Performance Evaluation of Inorganic (Non Pd-Based) Membranes for Hydrogen Separation

The aim of this work theoretical study is to theoretically investigate a inorganic membrane assisted purifcation process of an H2-rich stream derived from a conventional methanol steam reforming stage. In particular, a black-box model for multicomponent gas mixture purifcation is dev...

CDMA Downlink Code Acquisition Performance in Frequency-Selective Fading Channels

| In this paper, the performance of some code acquisition schemes are studied in the downlink of DS-CDMA systems. The conventional matched lter, the minimum variance method, the MUSIC algorithms and the eigenvector method based delay acquisition schemes are studied in a frequency-selective fading channel. The three last algorithms are based on diierent estimation schemes for the inverse of the ...

Fractional Sampling Improves Performance of UMTS Code Acquisition

An improved technique with a fractional sampling based on two samples per chip, according to the Nyquist criterion, has been employed by the authors to enhance the performance in the code synchronization of UMTS (or W-CDMA) systems. In this paper, we investigate on the theoretical rationale of such a promising behavior. The performance is analyzed for several wireless channels, in the presence ...