2022-04-15 14:48:08 +07:00
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b0VIM 8.2 #YbH% <00>} infidel pop-os /mnt/603865ec-04e2-4572-a274-b365c04c4f3a/nino/Projects/infidel_poly/README.md utf-8
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- [ ] Random Generators - [ ] Pointer management for polynomial indexes - [ ] Bitwise for array - [ ] Advance Operation (Inversion) - [ ] Basic Operation (Addition, Reduction, Multiplication, Division) - [ ] Basic Evaluation on generated equation ## Key Components ``` } NtruTernPoly; uint16_t neg_ones[NTRU_MAX_ONES]; <00> uint16_t ones[NTRU_MAX_ONES]; <00> uint16_t num_neg_ones; uint16_t num_ones; uint16_t N; typedef struct NtruTernPoly {
<00> ```c `NtruTernPoly` : Ternary polynomial, all coefficients are equal to -1, 0, or 1. <00> ``` } NtruIntPoly; <00> int16_t coeffs[NTRU_INT_POLY_SIZE]; <00> <00> uint16_t N; typedef struct NtruIntPoly {
<00> <00> ```c `NtruIntPoly` : Polynomial with 16-bit integer coefficients <00> Libntru use some custom data types declared in `types.h`. <00> ## Libntru Notes <00> - **Sanfoundry** : [C Program to Evaluate given polynomial equation](https://www.sanfoundry.com/c-program-polynomial-equation/)
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2022-04-15 14:20:51 +07:00
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<00> - **Libntru** : Polynomial multiplication and inversion [commit](https://github.com/tbuktu/libntru/commit/15423e7f5f44d5ef69cb4aa50eaa03c07a7ecad0) <00> ## References C polynomial library for ECC based cryptography. # infidel_poly
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