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New transmission schemes for the next generation of 5G cellular communications: Massive MIMO and Heterogeneous Networks

Status: Completed

General Objective: CEDIA member Institutions in the new transmission schemes, Massive MIMO and Heterogeneous Networks for the next generation of 5G cellular networks.

Participants:

  • Martha Cecilia Walls Walls
  • Jorge Eduardo Carvajal Rodriguez
  • Christian José Tipantuña Tenelema
  • Byron Paul Maza Chalán
  • Marco Vinicio Morocho Yaguana
  • Manuel Fernando Quinones Cuenca
  • Francisco Alberto Sandoval Norena
  • Darwin Fabian Astudillo Salinas
  • Kenneth Samuel Palacio-Baus

Organizers:

  • EPN
  • UTPL
  • UC

Investigation area:

  • Mobile Communications,
  • 5G Cellular Networks,
  • Massive MIMO,
  • heterogeneous networks,
  • Femtocell systems.

Contents:

  • MIMO systems (8 hours)
  • Introduction to MIMO (Multiple-Input Multiple-Output) systems
  • Decomposition of the M×N MIMO channel into N independent AWGN channels
  • Schemes based on channel knowledge: Linear Zero Forcing Beamforming and Interference Alignment
  • The big problem: knowledge of the channel in transmission
  • Introduction to Massive MIMO
  • Massive MIMO systems (8 hours)
  • Massive MIMO check on uplinks/downlinks
  • Massive MIMO in FDD (Frequency Division Duplexing) systems
  • Massive MIMO in TDD (Time Division Duplexing) systems
  • Power Control
  • Advantages of Massive MIMO
  • Open issues in Massive MIMO. Brainstorming.
  • Blind Interference Alignment (8 hours)
  • Introduction to Blind Interference Alignment
  • Blind Interference Alignment on the Broadcast Channel
  • Blind Interference Alignment on a channel with interference
  • Multiplexing gain, noise increase, coherence time in Blind Interference Alignment.
  • Discussion and future work.
  • Information Theory and Blind Interference Alignment in cellular networks (8 hours)
  • Review of information theory concepts
  • Optimal Blind Interference Alignment on the Broadcast channel
  • Demonstrate optimum in multiplexing/diversity gain
  • Discussion and future work
  • Review of Blind Interference Alignment concepts
  • Blind Interference Alignment in homogeneous cellular networks
  • Blind Interference Alignment in heterogeneous cellular networks
  • Discussion and future work.
  • Blind Interference Alignment in Massive MIMO (8 hours)
  • Parameter optimization. Power, coherence time...
  • Use of Blind Interference Alignment in Massive MIMO. Limitations and advantages
  • Interaction of MIMO systems with heterogeneous networks.
  • Discussion and future work.
  • Simulations (To be distributed throughout the course)
  • Review of the concepts of Massive MIMO and Blind Interference Alignment
  • Schema Simulation in MATLAB
  • Conclusions and Future Work