Blind asynchronous MIMO CDMA receiver with transmit diversity
A blind near–far resistant MIMO array receiver, incorporating the concept of orthogonal transmit diversity, is proposed for asynchronous multipath DS-CDMA systems. With the integration of the ant...
A blind near–far resistant MIMO array receiver, incorporating the concept of orthogonal transmit diversity, is proposed for asynchronous multipath DS-CDMA systems. With the integration of the ant...
Microscopic spectrum control technique using carrier interferometry for one-cell reuse single carrier TDMA system
Proposed is a microscopic spectrum control technique using carrier interferometry for adaptive modulation based one-cell reuse single carrier TDMA systems. To enhance interference immunity, adaptive s...
Proposed is a microscopic spectrum control technique using carrier interferometry for adaptive modulation based one-cell reuse single carrier TDMA systems. To enhance interference immunity, adaptive s...
Exact distribution of Poisson shot noise with constant marks under power-law attenuation
Electron. Lett. -- 12 October 2006 -- Volume 42, Issue 21, p.1237–1238
doi:10.1049/el:20061704
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Considered is a wireless network where nodes transmitting simultaneously at some common power are located at the points of a Poisson process in the infinite plane. In the case of a pure power-law path loss model, the probability distribution of the interference power sum at an arbitrary reference point is evaluated exactly. In particular, when the attenuation exponent equals 4, the distribution in closed form is obtained.
| History: | Received 1 June 2006 |
| Permalink: | http://dx.doi.org/10.1049/el:20061704 |
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