|Title||:||PERFORMANCE ANALYSIS OF FULL-DUPLEX DECODE-AND-FORWARD RELAY NETWORK WITH SPATIAL MODULATION|
|Release||:||January 19, 2021|
|File type||:||PDF, ePub, eBook|
|File||:||PERFORMANCE ANALYSIS OF FULL-DUPLEX DECODE-AND-FORWARD RELAY NETWORK WITH SPATIAL MODULATION-Nguyen Cuong.pdf|
|Last Checked||:||15 minutes ago|
ATTENTION WE ARE USING A NEW DOWNLOAD SYSTEMDownload Now!
Fantastic book by Nguyen Cuong, here is the cover and explanation of the book rutechno in our ebook search engine (epub, mobi, pdf).
rutechno is a blog for readers and book lovers. The contents of this blog include simple public domain links to content hosted on other servers on the network, such as box.com, mega.nz, Microsoft OneDrive, Jumpshare, Google Drive, dropbox, telegram groups, for which it was generally made a search carried out on the main search engines (Google, Bing and Yahoo).
For more information on rutechno read the Disclaimer. If you need to request the removal of one or more contents, you can use the disclaimer page or the page dedicated to DMCA.
In this paper, we analyze performance of the Full Duplex (FD) Decode-and-Forward relay network using Spatial Modulation (SM) technique, called SM-FD relay network, in the (SICj). Based on mathematical calculation, the exact expressions of Outage Probability (OP), Symbol Error Probability (SEP) and Ergodic Capacity of the SM-FD relay network is presence of Residual Self-Interference (RSI) due to imperfect Self-Interference Cancellation derived over Rayleigh fading channel. Impacts of RSI, number of received antennas and data transmission rate on the system performance are also investigated and compared with those of the SM Half-Duplex (SM-HD) relay network. Finally, the analytical results are validated by Monte-Carlo simulation.
Thanks for looking this details of Nguyen Cuong - PERFORMANCE ANALYSIS OF FULL-DUPLEX DECODE-AND-FORWARD RELAY NETWORK WITH SPATIAL MODULATION. If the information we present is useful to you, rutechno, will be very grateful if you want to share with your family.
R.M. HyttinenRead More
Andy HertzfeldRead More
Nguyen CuongRead More
Jeremy LiRead More
Daniel J. BarrettRead More
Nick VandomeRead More