An introduction to number theory with cryptography / James S. Kraft and Lawrence C. Washington.

"A CRC title, part of the Taylor & Francis imprint, a member of the Taylor & Francis Group, the academic division of T&F Informa plc."

chapter 1 Introduction / James S. Kraft Lawrence C. Washington -- chapter 2 Divisibility / James S. Kraft Lawrence C. Washington -- chapter 3 Linear Diophantine Equations / James S. Kraft Lawrence C. Washington -- chapter 4 Unique Factorization / James S. Kraft Lawrence C. Washington -- chapter 5 Applications of Unique Factorization / James S. Kraft Lawrence C. Washington -- chapter 6 Congruences / James S. Kraft Lawrence C. Washington -- chapter 7 Classical Cryptosystems / James S. Kraft Lawrence C. Washington -- chapter 8 Fermat, Euler, and Wilson / James S. Kraft Lawrence C. Washington -- chapter 9 RSA / James S. Kraft Lawrence C. Washington -- chapter 10 Polynomial Congruences / James S. Kraft Lawrence C. Washington -- chapter 11 Order and Primitive Roots / James S. Kraft Lawrence C. Washington -- chapter 12 More Cryptographic Applications / James S. Kraft Lawrence C. Washington -- chapter 13 Quadratic Reciprocity / James S. Kraft Lawrence C. Washington -- chapter 14 Primality and Factorization / James S. Kraft Lawrence C. Washington -- chapter 15 Geometry of Numbers / James S. Kraft Lawrence C. Washington -- chapter 16 Arithmetic Functions / James S. Kraft Lawrence C. Washington -- chapter 17 Continued Fractions / James S. Kraft Lawrence C. Washington -- chapter 18 Gaussian Integers / James S. Kraft Lawrence C. Washington -- chapter 19 Algebraic Integers / James S. Kraft Lawrence C. Washington -- chapter 20 The Distribution of Primes / James S. Kraft Lawrence C. Washington -- chapter 21 Epilogue: Fermat's Last Theorem / James S. Kraft Lawrence C. Washington.