COMPUTING

COMPUTING

1. COMPUTATIONAL THINKING!

   • TAKE A COMPLEX PROBLEM , UNDERSTAND IT AND DEVELOP A SOLUTION!
   • 4 TECHNIQUES
     • DECOMPOSITION
       • BREAKS DOWN A PROBLEM
         • MAKES IT EASIER TO SOLVE
           • BREAKING DOWN PROBLEMS INTO SMALL PARTS CAN BE LOOKED IN DETAIL
     • PATTERN RECONITION
       • IT INVOLVES FINDING PATTERNS / SIMERLARITIES IN DECOMPOSED PROBLEMS TO MAKE IT EASIER SOLVING PROBLEM
         • PROBLEMS ARE EASIER TO SOLVE WITH PATTERN BECAUSE WE CAN USE THE SAME PROBLEM-SOLVING SOLUTION
           • IF WE DON'T IT WILL SLOW US DOWN
     • ABSTRACTION
     • ALGORITHMS
       • A SEQUENCE OF LOGICAL INSTRUCTIONS TO HELP SOLVE A PROBLEM

2. DESIGN CRITIRIA

   • PIRCIPALS AND STAMPERS DESIGNS SHOULD MEET IN DESIGNING A SYSTEM

3. INSTRUCTION

   • A SINGLE ACTION THAT CAN BE PROFORMED

4. PROGRAMMING

   • THE PROSSES OF WRITING A COMPUTER SOFTWARE

5. PROGRAM

   • SEQUENCES OF INSTRUCTIONS

6. VARIABLE

   • THIS IS A MEMORY LOCATION WHERE VALUES ARE STORED

7. SPECIFICATION

   • DETAIL OF THE REQUIRMENTS OF THE PRODUCT