LTE simulations

Hi

Are you looking for a practical guide to explore LTE (4G) networks and protocols quickly?

Then you must go through the  “Advanced Network Simulations Simplified” book https://packt.link/AnilR from Packt. 

This book contains many practical hands-on activities related to a variety of technologies such as ranging from basic Wi-Fi to Wi-Fi 6 related Wi-Fi LANs and ad-hoc networks. 

Besides, this is the first book to cover LTE simulations using ns-3 for learning cell coverage, radio resources management, interference handling, handover algorithms, and setting up interesting LTE custom test scenarios including LTE HetNets simulations.

Using this guide you can quickly conduct following hands on activities for your engineering or research activities:

• Quickly setup LTE network topology for your experimentation. It covers how to deploy your setup in real time environments using building models, propagation loss models, and configuring all necessary parameters.
• Experiment with radio resources schedulers such as Round Robin, Proportional Fair, QoS aware, Channel quality aware, etc. This skill is highly important for Engineers or Researchers to optimally manage High cost limited spectrum resources.
• Learn how to offer fair throughout to all users using Proportional Fair scheduler
• Learn how to prioritize users traffic using QoS schedulers
• Learn how many users can be supported under specific bandwidth and what are the users experiencing bit-rates and latency.
• Learn how to produce heat maps using NS-3 REM plots. It is highly important for learning Deployment environments related to poor signal coverage regions and good signal coverage regions. It helps to tune cells' antenna transmission power and other Important parameters.
• You will also learn how to offer very high throughput to indoor users using a variety of small cells such as femto, pico under Macro base stations.
• Learn setting up Heterogeneous Networks and how to control network access using Closed Subscriber Groups.
• Experiment with LTE mobility scenarios.
• Learn how to configure LTE handover algorithms and tune important parameters to reduce handover delays and ping pong effects.
• Learn how to manage interference of a LTE network setup.
• Experiment with various interference algorithms using fractional frequency reuse techniques.

I hope you like the list of hands-on activities. Have your print copy and enjoy learning many interesting Wi-Fi, LTE and Internet networking technologies.

I am thankful and grateful to my teachers (Prof Bheemarjuna Reddy Tamma and Shri Badarinadh garu). I would like to thank all my family members for supporting me in all situations.

Kudos to the team at Packt, and A BIG THANKS to Vijin Boricha, Ashwin Kharwa, KHUSHBOO SAMKARIA, Divya Vijayan, Marylou De Mello, Sarvesh Jaywant, Nihar Kapadia, and Shrilekha Malpanii.

Thanks to god.

#LTE #radio resources managent #schedulers #mobility #handovers #heatmaps #HetNets #interference management #ns-3 simulations