Задачи по дискретной математике для контрольных и самостоятельных работ. Булевы функции. Васильев А.В - 13 стр.

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11. Представить функцию f в виде полинома Жегалкина.
11.1. f = (01010001)
11.2. f = (10011000)
11.3. f = (01001100)
11.4. f = (00100110)
11.5. f = (00010011)
11.6. f = (10001001)
11.7. f = (11000100)
11.8. f = (01100010)
11.9. f = (00110001)
11.10. f = (00011010)
11.11. f = (00001101)
11.12. f = (10000110)
11.13. f = (01000011)
11.14. f = (10111100)
11.15. f = (01011110)
11.16. f = (00101111)
11.17. f = (10010111)
11.18. f = (11001011)
11.19. f = (11100011)
11.20. f = (11110001)
11.21. f = (01010111)
11.22. f = (10101011)
11.23. f = (11010101)
11.24. f = (11101010)
11.25. f = (01110101)
11.26. f = (10111010)
11.27. f = (01101001)
11.28. f = (10010110)
11.29. f = (00011110)
11.30. f = (11010010)
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11. Представить функцию f в виде полинома Жегалкина.
 11.1. f = (01010001)
 11.2. f = (10011000)
 11.3. f = (01001100)
 11.4. f = (00100110)
 11.5. f = (00010011)
 11.6. f = (10001001)
 11.7. f = (11000100)
 11.8. f = (01100010)
 11.9. f = (00110001)
11.10. f = (00011010)
11.11. f = (00001101)
11.12. f = (10000110)
11.13. f = (01000011)
11.14. f = (10111100)
11.15. f = (01011110)
11.16. f = (00101111)
11.17. f = (10010111)
11.18. f = (11001011)
11.19. f = (11100011)
11.20. f = (11110001)
11.21. f = (01010111)
11.22. f = (10101011)
11.23. f = (11010101)
11.24. f = (11101010)
11.25. f = (01110101)
11.26. f = (10111010)
11.27. f = (01101001)
11.28. f = (10010110)
11.29. f = (00011110)
11.30. f = (11010010)



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