COMP3334 Computer Systems Security 2021/22 Semester 2 Tutorial 3 Public-Key Cryptography Question 1 Extended Euclidean Algorithm Suppose m and b are integers. If GCD(b, m) = 1, b has a multiplicative inverse modulo m. That is, (b * b-1) mod m = 1. Below is an algorithm, named Extended Euclidean Algorithm, for finding the inverse […]
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MST Prim MST Kruskal MST Bor ̊uvka MST Disc Sync MST Sync MST 1 Sync MST 2 Sync MST 3 Sync MST Distributed MST Radu Nicolescu Department of Computer Science University of Auckland 14 Aug 2020 1/34 MST Prim MST Kruskal MST Bor ̊uvka MST Disc Sync MST Sync MST 1 Sync MST 2 Sync
Byz Problem Informal EIG Example Attributes Quiz TMR The Byzantine Agreement – An Introduction Radu Nicolescu Department of Computer Science University of Auckland 2 Sep 2020 1/30 Byz Problem Informal EIG Example Attributes Quiz TMR 1 The Byzantine agreement problem 2 Informal example 3 EIG tree 4 Example 5 Attributes 6 Quiz 7 Triple modular
程序代写代做代考 algorithm database graph Byz Problem Informal EIG Example Attributes Quiz TMR Read More »
Organisation Topics Graphs Basics Echo Echo+ Size Further Project Readings Introduction Radu Nicolescu Department of Computer Science University of Auckland 29 July 2020 1/46 Organisation Topics Graphs Basics Echo Echo+ Size Further Project Readings 1 Organisation 2 Distributed algorithms 3 Graphs and spanning trees revisited 4 Basics 5 Echo algorithm 6 Echo algorithm revisited 7
Time Scenario Lamp Vector Money Logical Clocks and Distributed Snapshots Radu Nicolescu Department of Computer Science University of Auckland 28 Aug 2020 1/31 Time Scenario Lamp Vector Money 1 Time in Distributed Systems 2 Sample Scenario 3 Lamport Logical Clock 4 Vector Logical Clock 5 Global Snapshot – Count Money 2/31 Time Scenario Lamp Vector
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DFS ClassicalDFS CidonDFS§1 CidonDFS§2 Bellman-Ford MIS Search Fundamentals Radu Nicolescu Department of Computer Science University of Auckland 31 July 2020 1/34 DFS ClassicalDFS CidonDFS§1 CidonDFS§2 Bellman-Ford MIS 1 Distributed DFS and BFS 2 ClassicalDFS 3 CidonDFS §1 4 CidonDFS §2 5 Bellman-Ford algorithm 6 Maximal Independent Set 2/34 DFS ClassicalDFS CidonDFS§1 CidonDFS§2 Bellman-Ford MIS Distributed
程序代写代做代考 algorithm graph DFS ClassicalDFS CidonDFS§1 CidonDFS§2 Bellman-Ford MIS Read More »
Time Scenario Lamp Vector Money Logical Clocks and Distributed Snapshots Radu Nicolescu Department of Computer Science University of Auckland 28 Aug 2020 1/31 Time Scenario Lamp Vector Money 1 Time in Distributed Systems 2 Sample Scenario 3 Lamport Logical Clock 4 Vector Logical Clock 5 Global Snapshot – Count Money 2/31 Time Scenario Lamp Vector
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Organisation Topics Graphs Basics Echo Echo+ Size Further Project Readings Introduction Radu Nicolescu Department of Computer Science University of Auckland 29 July 2020 1/46 Organisation Topics Graphs Basics Echo Echo+ Size Further Project Readings 1 Organisation 2 Distributed algorithms 3 Graphs and spanning trees revisited 4 Basics 5 Echo algorithm 6 Echo algorithm revisited 7
DFS ClassicalDFS CidonDFS§1 CidonDFS§2 Bellman-Ford MIS Search Fundamentals Radu Nicolescu Department of Computer Science University of Auckland 31 July 2020 1/34 DFS ClassicalDFS CidonDFS§1 CidonDFS§2 Bellman-Ford MIS 1 Distributed DFS and BFS 2 ClassicalDFS 3 CidonDFS §1 4 CidonDFS §2 5 Bellman-Ford algorithm 6 Maximal Independent Set 2/34 DFS ClassicalDFS CidonDFS§1 CidonDFS§2 Bellman-Ford MIS Outline
程序代写代做代考 algorithm graph DFS ClassicalDFS CidonDFS§1 CidonDFS§2 Bellman-Ford MIS Read More »
COMPSCI 711 1 radu/2020 Assignment 3 Assignment 1 required the design and develop a faithful sequential emulation of the Echo algorithm, based on classical function calls (no real distribution required), extended to determine the size of the network. Assignment 3 requires two sequential versions of Assignment 1, still based on functions calls (no real distribution
程序代写代做代考 clock algorithm COMPSCI 711 1 radu/2020 Read More »