Mar 14, 2008 · Specifically, the cases considered are Nakagami-m, Rice, and Hoyt fading on both branches, but with not necessarily identical parameters, and ...

Specifically, the cases considered are. Nakagami-m, Rice and Hoyt fading on both branches but with not necessarily identical parameters, and mixed. Nakagami-m/ ...

Abstract— The exact symbol error rates of several M-ary modulation schemes are obtained in a unified manner for mobile radio receivers employing dual-branch ...

Specifically, the cases considered are Nakagami-m, Rice and Hoyt fading on both branches but with not necessarily identical parameters, and mixed Nakagami-m/ ...

Exact Performance Analysis of Dual-Branch Coherent Equal-Gain Combining in Nakagami- , Rician, and Hoyt Fading ; journal e-ISSN : 1939-9359 ; DOI, 10.1109/TVT.

Specifically, the cases considered are Nakagami-m, Rice, and Hoyt fading on both branches, but with not necessarily identical parameters, and mixed Nakagami-m/ ...

Exact performance analysis of dual-branch coherent equal-gain combining in Nakagami-m, Rice and Hoyt fading · Engineering. Proceedings. IEEE SoutheastCon, 2005.

Exact Performance Analysis of Dual-Branch Coherent Equal-Gain Combining in Nakagami- $m$, Rician, and Hoyt Fading · On the Statistical Analysis of Equal Gain ...

Abstract—Motivated by the importance of Nakagami- (Rice) and Nakagami- (Hoyt) statistical models to describe channel fading in land, mobile, terrestrial, ...

Mar 3, 2011 · ... coherent improved-gain ... Exact performance analysis of dual-branch coherent equal–gain combining in Nakagami–m, Rician, and Hoyt fading.