Von Neumann

757 views

Published on

Data Abstraction

0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total views
757
On SlideShare
0
From Embeds
0
Number of Embeds
38
Actions
Shares
0
Downloads
11
Comments
0
Likes
0
Embeds 0
No embeds

No notes for slide

Von Neumann

  1. 1. Von Neumann M E M O R Y C P U
  2. 2. Direcciones de Memoria M E M O R Y C P U 0CB5:0100 0CB5:0104 0CB5:0105 0CB5:0106 0CB5:0107 OCB5:0108
  3. 3. 1GL: Binario 11111110 00000110 00000000 00010010 10010000 10010000 11001101 00100000 00000000 C P U 0CB5:0100 0CB5:0101 0CB5:0102 0CB5:0103 0CB5:0104 OCB5:0105 0CB5:0106 0CB5:0107 0CB5:0108
  4. 4. Hexadecimal FE 06 00 12 90 90 CD 20 00 C P U 0CB5:0100 0CB5:0101 0CB5:0102 0CB5:0103 0CB5:0104 OCB5:0105 0CB5:0106 0CB5:0107 0CB5:0108
  5. 5. 2GL: Lenguaje Ensamblador 0CB5:0100 FE060012 INC BYTE PTR [1200]
  6. 6. 2GL: Lenguaje Ensamblador 0CB5:0100 FE060012 INC BYTE PTR [1200] 0CB5:0104 90 NOP
  7. 7. 2GL: Lenguaje Ensamblador 0CB5:0100 FE060012 INC BYTE PTR [1200] 0CB5:0104 90 NOP 0CB5:0105 90 NOP 0CB5:0106 CD 20 INT 20
  8. 8. Data-Abstraction M E M O R Y C P U
  9. 9. 3GL: FORTRAN M E M O R Y C P U X : = X + 1
  10. 10. 5GL: M E M O R Y C P U X : = X + 1 (+ Saldo 1)
  11. 11. 4GL: M E M O R Y C P U X : = X + 1 Incrementar Saldo

×