Sale!

Simulation Codes of A New Hybrid CoMP Design for Cell Edge Users

130 £

This simulation code package generates and produces the figures shown in the paper titled “Improving the Performance of Cell-Edge Users in 6G and Beyond Networks by Utilizing Hybrid CoMP (H-CoMP) Transmission Design

Article PDF link: https://doi.org/10.46470/03d8ffbd.c796f15c  

 

  Contact us

Description

Simulation Codes of A New H-CoMP Design for Cell Edge Users in 6G and beyond.

Improving the Performance of Cell-Edge Users in 6G and Beyond Networks by Utilizing Hybrid CoMP (H-CoMP) Transmission Design

CoMP
Hybrid CoMP

Hybrid CoMP transmission design

Summary: The rapid growth of mobile traffic is driving the development of cellular communication technologies to massively improve high-end communication experiences such as high throughput, high reliability, and universal access. To accomplish these demands in a cellular environment is a huge challenge and it is more critical at the cell edges infected with interference. Moreover, if the users have poor channel conditions, they experience even more severe degradation due to inter-cell interference that creates a bottleneck in wireless systems. Besides, neither time/frequency division multiplexing nor power control has achieved the full promise of spectral efficiency. Due to differences in transmission power and channel gain in heterogeneous networks, interference cancellation-based transmission techniques have great opportunities to increase throughput. Therefore, to meet the quality of service (QoS) requirements, user equipments (UEs) must be assigned a significant amount of power. To address these requirements and challenges, we propose a novel hybrid coordinated multi-point (H-CoMP) design for cell-edge users to combat inter-cell interference (ICI), inter-user interference (IUI), and improve spectral efficiency. Specifically, channel-based precoders are designed to deal with ICI, remove channel effects and provide reliable communication to cell-edge users. Mathematical models and simulations highlight the inventiveness and efficiency of the proposed H-CoMP paradigm. The acquired results show the performance of the proposed solution and the ability to reduce system complexity leading to enhanced overall system performance.

 

Contributions of the Proposed H-CoMP Scheme:

1) Efficient usage of the network’s resources for transmissions to all users at cell edges with improved throughput.

2) Specially designed precoder matrices (A1, A2, A3, and A4) transmission design for eliminating inter-cell interference at cell edges resulting in significantly reducing complexity at the receiver side.

3) Joint transmission is employed to achieve multiplexing gain and reliability at cell edges.

4) The channel matrices are diagonal making the inverse procedure quite simple. As a result, the precoder matrices can be designed using a simple mathematical process.

Refund Policy

We firmly believe in and stand behind our product 100%, but we understand that it might not meet the needs of everyone all of the time. If you are unhappy with your purchase, or you have an issue that we are unable to resolve that makes the system unusable, we will be happy to consider offering a refund.
  • Refunds will be offered at our sole discretion and must meet all of the following conditions fully:
  • You are within the first 24 hours of the purchase of the product.
  • Your issue(s) comes from not being able to install the product properly or get the product to perform its basic functions.
  • You have attempted to resolve your issue(s) with our support team.
  • No refunds will be granted after the first 24 hours of the original purchase whatsoever.
  • Issues caused by 3rd party products, or other software will not provide grounds for a refund.
  • Refund requests for renewal subscription orders will not be entertained.

*PS: RS Products’s purchased with discount or sale offer are non-refundable

General Inquiries

There are no inquiries yet.