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Curves, codes, and cryptography
C.P. Peters
Discrete Mathematics
Coding Theory and Cryptology
Research output
:
Thesis
›
Phd Thesis 1 (Research TU/e / Graduation TU/e)
1234
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Dive into the research topics of 'Curves, codes, and cryptography'. Together they form a unique fingerprint.
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Weight
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Computer Science
Elliptic Curve
100%
Cryptography
80%
public key
40%
Explicit Formula
30%
Computer Cluster
20%
Birthday Attack
20%
Decoding Algorithm
20%
Speed-up
10%
Public-Key Cryptosystems
10%
Public-Key Cryptography
10%
Integer Factorization
10%
Ciphertext
10%
Compression Function
10%
Hashing
10%
Vector Multiplication
10%
Elliptic curve scalar multiplication
10%
Error Correction
10%
Hash Function
10%
Binary Linear Codes
10%
Information Set Decoding
10%
Scalar Multiplication
10%
Quantum Computer
10%
Quantum Cryptography
10%
Engineering
Cryptography
100%
Goppa Code
77%
Explicit Formula
33%
Lange
22%
Decoding Algorithm
22%
Nodes
11%
Quantum Computer
11%
Gauss
11%
Binary Code
11%
Quantum Cryptography
11%
Error Correction Capability
11%
Public Key Cryptography
11%
Linear Code
11%
Ciphertext
11%
Computer Cryptography
11%
Mathematics
Elliptic Curve
100%
Finite Field
27%
Explicit Formula
27%
Addition Law
27%
Scalar Multiplication
18%
Decoding Algorithm
18%
Linear Code
9%
Integer
9%
Running Time
9%
Arbitrary Field
9%
Binary Code
9%
Factorization
9%
Ciphertext
9%
Binary Field
9%
Hash Function
9%
Error Correction
9%
Matrix-Vector Multiplication
9%
Quantum Computer
9%