• No results found

AntoniosPitarokoilis OntheperformanceofMassiveMIMOsystemswithsinglecarriertransmissionandphasenoise

N/A
N/A
Protected

Academic year: 2021

Share "AntoniosPitarokoilis OntheperformanceofMassiveMIMOsystemswithsinglecarriertransmissionandphasenoise"

Copied!
2
0
0

Loading.... (view fulltext now)

Full text

(1)

Link¨oping Studies in Science and Technology Thesis No. 1618

On the performance of Massive

MIMO systems with single carrier

transmission and phase noise

Antonios Pitarokoilis

Licentiate Thesis in Communication Systems Link¨oping 2013

(2)

Division of Communication Systems Department of Electrical Engineering (ISY) Link¨oping University, SE-581 83 Link¨oping, Sweden

An to n io s P it ar ok oilis O n t he p e rf o rm a nc e o f M a s s iv e M IM O s y s t e m s w it h s ing le c a rrie r t ra ns m is s io n a nd pha s e no is e L in k ¨op in g 2013

References

Related documents

Link¨ oping Studies in Science and Technology Licentiate Thesis

Materials at extreme conditions exhibit properties that differ substantially from ambient conditions. High pressure and high temperature expose anharmonic, non-linear behavior, and

The effect of oscillator phase noise on the sum-rate performance of large multi-user multiple-input multiple-output (MU-MIMO) systems, termed as Massive MIMO, is studied. A

The achievable rate performance of a frequency-selective Massive MIMO uplink is studied in the presence of phase noise and estimated channel im- pulse responses is also analyzed..

Link¨oping Studies in Science and Technology Licentiate Thesis

In this picture MD i denotes a modeling domain, ID j denotes an implementation domain and PDS denotes polynomial dy- namical systems (over finite fields).... In figure 2 we receive

From a control theory users point of view, tempo- ral algebra offers a straight forward way of translat- ing informal verbal specification into a formal alge- braic specification

To explore the usefulness of symbolic and algebraic methods, we use polynomials over finite fields (see section 2) applied to DEDS with industrial sized complexity: The landing