English | MP4 | AVC 1280×720 | AAC 48KHz 2ch | 1h 09m | 138 MB
Regardless of the size, form, or implementation of a network, a fundamental goal of any network design is to meet the key performance metrics. In this course, Ryan Hu shows you the principles of network design, topologies, and performance evaluation, and how to test your design with network simulations. Ryan shows you how to create and evaluate simulated networks with ns-3 scripts, leveraging network technologies like Ethernet, Wi-Fi, and 5G, and provides hands-on exercises and challenges so you can apply the basic principles of network performance evaluation in your custom simulations.
Table of Contents
Introduction
1 Simulate networks to improve performance
2 What you should know
Network Design Basics
3 Network design overview
4 Hierarchical network design
Network Performance Basics
5 Network performance overview
6 Latency and jitter
7 Packet loss
8 Bandwidth and throughput
Network Simulations with ns-3
9 Overview of network simulations with ns-3
10 Create a point-to-point network
11 Create an application in the point-to-point network
12 Create a star network
13 Create a mesh network
14 Simulate an Ethernet
15 Simulate a Wi-Fi network
16 Simulate a 5G network
Network Performance Evaluation
17 Performance evaluation principles
18 Use Flow Monitor for performance evaluation
19 Use tracing and data collection for performance evaluation
20 Challenge Generate trace files
21 Solution Generate trace files
Conclusion
22 Next steps
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