Directories
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| Path | Synopsis |
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Package main implements an example of Blind Rotation (a.k.a.
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Package main implements an example of Blind Rotation (a.k.a. |
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reals_bootstrapping
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basics
Package main implements an example showcasing the basics of the bootstrapping for fixed-point approximate arithmetic over the reals/complexes.
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Package main implements an example showcasing the basics of the bootstrapping for fixed-point approximate arithmetic over the reals/complexes. |
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high_precision
Package main implements an example showcasing high-precision bootstrapping for high-precision fixed- point approximate arithmetic over the reals/complexes.
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Package main implements an example showcasing high-precision bootstrapping for high-precision fixed- point approximate arithmetic over the reals/complexes. |
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slim
Package main implements an example showcasing slim for bootstrapping for fixed-point approximate arithmetic over the reals/complexes numbers.
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Package main implements an example showcasing slim for bootstrapping for fixed-point approximate arithmetic over the reals/complexes numbers. |
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Package main showcases how lookup tables can complement fixed-point approximate homomorphic encryption to compute non-linear functions such as sign.
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Package main showcases how lookup tables can complement fixed-point approximate homomorphic encryption to compute non-linear functions such as sign. |
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Package main implements an example of smooth function approximation using Chebyshev polynomial interpolation.
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Package main implements an example of smooth function approximation using Chebyshev polynomial interpolation. |
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Package main implements an example of smooth function approximation using minimax polynomial interpolation.
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Package main implements an example of smooth function approximation using minimax polynomial interpolation. |
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Package main implements an example of vectorized polynomial evaluation.
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Package main implements an example of vectorized polynomial evaluation. |
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