* Logic Gates on [http://en.wikipedia.org/wiki/Logic_gate wikipedia]: You can skip the Universal Logic Gate section, the De Morgan section, and the remaining sections until the end.
* Logic Gates on [http://en.wikipedia.org/wiki/Logic_gate wikipedia]: You can skip the Universal Logic Gate section, the De Morgan section, and the remaining sections until the end.
* [http://math.hws.edu/TMCM/java/xLogicCircuits/ A good introduction on the Logic Circuit Simulator] (from [[CSC103 Lab #1 2012 | Lab #1]])
* [http://math.hws.edu/TMCM/java/xLogicCircuits/ A good introduction on the Logic Circuit Simulator] (from [[CSC103 Lab #1 2012 | Lab #1]])
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* [http://cs.smith.edu/classwiki/index.php/CSWiki_Howto A "HowTo"] document for creating simple Wiki pages
code: Translating from one system of values to another system.
Electricity
The Binary System: a system where the only two numbers available are 0 and 1. Every operation that we can do in decimal, with 10 digits, we can also do in binary.
The Transistor: A switch controlled by electricity.
Two giants for computer science:
George Boole (1779-1848): logic expression = boolean expression. Logic: creating formulas where variables are combined by operators. The variables are boolean variables, the operators are logic operators. Any formula can be represented with a combination of just three operators: AND, OR, and NOT.
Claude Shannon (1916-2001): writes a Master's thesis at MIT in 1948, which states that any binary numerical computation can be performed using logic expressions and logic operators.
George Boole (1779-1848): logic expression = boolean expression. Logic: creating formulas where variables are combined by operators. The variables are boolean variables, the operators are logic operators. Any formula can be represented with a combination of just three operators: AND, OR, and NOT.
Claude Shannon (1916-2001): writes a Master's thesis at MIT in 1948, which states that any binary numerical computation can be performed using logic expressions and logic operators.
