<--- Back to Details
First PageDocument Content
Computational hardness assumptions / Group theory / Cryptographic protocols / Modular arithmetic / Discrete logarithm / Cyclic group / Diffie–Hellman problem / Prime number / Order / Abstract algebra / Algebra / Finite fields
Date: 2010-09-16 10:24:31
Computational hardness assumptions
Group theory
Cryptographic protocols
Modular arithmetic
Discrete logarithm
Cyclic group
Diffie–Hellman problem
Prime number
Order
Abstract algebra
Algebra
Finite fields

Counting in number theory Finite cyclic groups

Add to Reading List

Source URL: www.math.dartmouth.edu

Download Document from Source Website

File Size: 867,14 KB

Share Document on Facebook

Similar Documents

Algebra / Abstract algebra / Group theory / Mathematics / Coset / Group / Subgroup / Discrete logarithm / Finite field / Generating set of a group / Modular arithmetic / Field

ECE/CS498: Applied Cryptography Instructor: Andrew Miller, TA: Kevin Liao Lecture 1: Group Theory 1

DocID: 1xVrN - View Document

Concurrent computing / Communication / Concurrency / Edsger W. Dijkstra / Synchronization / Gene regulatory network / Preemption / Thread / Metaphysics / Systems science / Computing

Group Henzinger Software Systems Theory Systems Biology Group members

DocID: 1xV3x - View Document

Algebra / Abstract algebra / Group theory / Mathematics / Coset / Group action / Representation theory / Topological group / Quotient group / Lie algebra representation / Group / Lie algebra

Lecture notes: Basic group and representation theory Thomas Willwacher February 27, 2014 2

DocID: 1xUQE - View Document

Network performance / Abstract data types / Operations research / Concurrency control / Monitor / Queueing theory / Queue / Statistical theory / Probability and statistics / Economy

SPNs:  Network  Reconstruction  Theory and  Speedup  Using  Neural  Networks   Balaji  Prabhakar  and  Mendel  Rosenblum Self-­‐Programming  Networks  Research  Group Stanf

DocID: 1xTIn - View Document

Software development / Aspect-oriented software development / Aspect-oriented programming / Computing / AspectJ / Pointcut / Join point / FindBugs / Aspect / Aspect weaver

XFindBugs: eXtended FindBugs for AspectJ Haihao Shen, Sai Zhang, Jianjun Zhao, Jianhong Fang, Shiyuan Yao Software Theory and Practice Group (STAP) Shanghai Jiao Tong University, China A code

DocID: 1xTFA - View Document