We derive a novel error probability formula for noncoherent detection of orthogonal binary frequency-shift keying with dual diversity and equal gain combining in the presence of slow, correlated, Rician time-selective fading. Numerical results indicate that: 1) fading correlation may produce a substantial performance loss and 2) the error performance of the noncoherent detector improves uniformly as the intensity of the line-of-sight signal component increases.
An error probability formula for noncoherent orthogonal binary FSK with dual diversity on correlated Rician channels / Vitetta, Giorgio Matteo; U., Mengali; D. P., Taylor. - In: IEEE COMMUNICATIONS LETTERS. - ISSN 1089-7798. - STAMPA. - 3:(1999), pp. 43-45.
An error probability formula for noncoherent orthogonal binary FSK with dual diversity on correlated Rician channels
VITETTA, Giorgio Matteo;
1999
Abstract
We derive a novel error probability formula for noncoherent detection of orthogonal binary frequency-shift keying with dual diversity and equal gain combining in the presence of slow, correlated, Rician time-selective fading. Numerical results indicate that: 1) fading correlation may produce a substantial performance loss and 2) the error performance of the noncoherent detector improves uniformly as the intensity of the line-of-sight signal component increases.
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