Practical Communications

Practical CommunicationsPractical CommunicationsPractical Communications

Practical Communications

Practical CommunicationsPractical CommunicationsPractical Communications
  • Home
  • Blog
  • Contact Us
  • Ethics of Information
  • Science of Information
  • Theory of Information
  • Theory of Communication
  • Practical Communication
  • Information Literacy
  • Critical Thinking
  • Numbers
  • Language
  • Practical Information
  • The Future (Predictions)
  • Case Studies, Exercises
  • More
    • Home
    • Blog
    • Contact Us
    • Ethics of Information
    • Science of Information
    • Theory of Information
    • Theory of Communication
    • Practical Communication
    • Information Literacy
    • Critical Thinking
    • Numbers
    • Language
    • Practical Information
    • The Future (Predictions)
    • Case Studies, Exercises
  • Home
  • Blog
  • Contact Us
  • Ethics of Information
  • Science of Information
  • Theory of Information
  • Theory of Communication
  • Practical Communication
  • Information Literacy
  • Critical Thinking
  • Numbers
  • Language
  • Practical Information
  • The Future (Predictions)
  • Case Studies, Exercises

Information Technology

Introduction

what you will learn in this section/chapter

Jaquard's Loom

 Computers don't just count.  They can control.  And so Jaquard applied basic programming techniques to control his knitting looms - to great financial success. 

Gears and spindles

 Charles Babbage was a bit obsessed with developing a mechanical calculator. 


Pascal


Vannevar Bush


Gun laying -  War provides the incentive for some of the most spectacular advances in science and engineering.   

Electromechanical relays

Running a holiday sale or weekly special? Definitely promote it here to get customers excited about getting a sweet deal.

Tubes

 One day, a fellow noticed an odd effect while experimenting with an ordinary lightbulb... 

Transistors

 Much preparatory work had been done to get Shockley Brattain and ____ to the point where they successfully built a breadboard version of the first transistor. 

Chips

 Making a computer chip is deceptively simple and complex at the same time. 

Very large scale integration

Putting millions of transistors on a chip is normal these days.  With component sizes in the micron size range, we are running out of  room for further technical advances.  Moore's Law 


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