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Cyber Physical Networks Free Course from KTH Royal Institute of Technology

  
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Cyber-Physical Networks

Become knowledgeable about the main challenges, principles, solutions, and applications of communication networks for cyber-physical systems.

In this course, you will learn about the future evolution of communication networks towards so-called machine-type applications, also referred to as cyber-physical systems. You will be equipped with the basics to design, implement and dimension such networks according to application needs. Most of this knowledge represents the underlying principles driving the most current evolution of information networking. This evolution necessitates the reconsideration and redesign of major parts of communication networks to make them suitable for modern applications like robot and drone coordination, control of automation machinery or also augmented reality applications.

The course provides an overview of the underlying principles of this future evolution towards cyber-physical networks, while also discussing open research problems and societal implications of such networks.

  • Be able to identify and explain the requirements of control applications and cyber-physical systems (CPS) with respect to networking solutions.
  • Be able to match design principles of cyber-physical networks to different application requirements.
  • Understand and explain the consequences of massive and/or critical wireless networking for the higher layers of communication systems
  • Be able to identify major open research challenges in the context of cyber-physical networks and their implications in meeting societal challenges

HOW TO ENROL>>

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COMPUTER NETWORKS VIDEO TUTORIALS

Curriculum For This Course
49 Lessons 04:38:00 Hours
Introduction
00:06:24 Hours
IP Addressing
00:16:29 Hours
Network Protocol
00:32:23 Hours
  • Network Protocol00:03:00
  • FTP (File Transfer Protocol), SFTP, TFTP Explained00:07:54
  • POP3 vs IMAP – What’s the difference?00:07:50
  • ARP Explained – Address Resolution Protocol00:04:22
  • TCP vs UDP Comparison00:04:37
  • ICMP and TRACERT (traceroute) networking commands00:04:40
Network Servers
00:23:35 Hours
  • DHCP Explained – Dynamic Host Configuration Protocol00:10:10
  • What is a DNS Server | Domain Name Server / System Explained | How Internet Works00:05:54
  • How a DNS Server (Domain Name System) works.00:06:05
  • Proxy Server00:01:26
Switch & VLAN
00:05:45 Hours
  • Animation of working of Switch | How switch works00:01:07
  • VLAN Explained00:04:38
Routing
00:21:40 Hours
  • Hub, Switch, & Router Explained – What’s the difference?00:07:22
  • Modem vs Router – What’s the difference?00:07:00
  • Animation of Router working while Forwarding Packets in Networks00:01:20
  • Animation of Working of Router | How router works00:02:45
  • What is Network Router, Ping Test and Tracert Test?00:03:13
NAT & Port Forwarding
00:13:30 Hours
  • NAT Explained – Network Address Translation00:04:26
  • Port Forwarding Explained00:09:04
Firewall
00:27:39 Hours
  • Firewall – Software and Hardware Explained | Network Security00:02:10
  • How firewalls work | Network firewall security | firewall security00:03:29
  • Types of firewall | network firewall security00:05:19
  • Firewall limitations – Software and Hardware – Disadvantages| Network Security00:03:43
  • Hardware Firewall vs Software Firewall | Network Security00:01:59
  • What is a Proxy Server? | How to access blocked websites | How proxy server gives us Privacy00:04:45
  • What is a DMZ? (Demilitarized Zone)00:06:14
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