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Computer Science Principles: The Internet

Computer Science Principles: The Internet

59mBeginner2016-09-07

Authors

Doug Winnie

Doug Winnie

Principal Staff Author, Technology Education Evangelist

Course details

Computers can do a lot. But it's the Internet that makes them come alive, allowing users to communicate and share data all across the world, over millions of miles, in fractions of a second. The Internet forms the connection underlying all computing, governing how software and hardware—regardless of vendor—work together. Here Doug Winnie explains the history of the Internet and the technology underlying the web, including IP addressing, routing, web servers, URLs, and the languages that allow computers to "speak" to each other over the Internet, such as hypertext and HTML. And any conversation about the Internet isn't complete without a mention of security. Doug explains how encryption works and why it's important to keeping your data safe online.

This course is the second in our Computer Science Principles series, designed around the AP Computer Science Principles (CSP) curriculum. It is a great foundation for anyone, at any age, to prepare for careers in technology and computer science. Understanding basics like the Internet will help you understand the interplay between hardware, software, data, networks, and the people that use them.

Learning objectives
How the Internet was born
Sending and receiving information on a computer
IP addressing
DNS, routers, and packets
Identifying web servers with URLs
HTTP and HTML
Encrypting data that's sent over the Internet

Skills covered

Programming FoundationsSoftware DevelopmentOne-Off

Concepts

0. Introduction

  • 01 - Welcome
  • 02 - What you should know

1. Internet Basics

  • 03 - How the Internet was born
  • 04 - Who manages the Internet

2. Addressing and Routing Information

  • 05 - Sending and receiving information
  • 06 - The Internet Protocol and IP address
  • 07 - Scaling up the Internet from IPv4 to IPv6
  • 08 - The Domain Name Server and DNS
  • 09 - Routers and directing requests
  • 10 - Packets and fault tolerance
  • 11 - Reliability and TCP

3. Web Servers

  • 12 - Identifying a server with URLs
  • 13 - HTTP and requests
  • 14 - Hypertext and HTML
  • 15 - Remembering requests with cookies
  • 16 - Securing requests with SSL and TLS

4. Encryption

  • 17 - Caesar's cypher and keys
  • 18 - Improving security with longer keys
  • 19 - Symmetric and asymmetric keys

Conclusion

  • 20 - Goodbye

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