Showing posts with label Theory of computation. Show all posts
Showing posts with label Theory of computation. Show all posts

Saturday, July 15, 2023

Birthday Paradox and Birthday attack: how is it associated with Birthday?

Birthday Paradox:The birthday paradox, also known as the birthday problem, is a surprising phenomenon in probability theory. It states that in a group of relatively few people, the probability of two people sharing the same birthday is higher than what one might intuitively expect.The paradox arises from the fact that the number of possible pairs of people with the same birthday...

Pigeonhole principle application in Cryptography

 In cryptography, the pigeonhole principle is often applied to understand the limits and vulnerabilities of certain cryptographic techniques, specifically in the context of hashing and collision detection. Here are a couple of examples:1. Hash Function Collisions:A hash function takes an input and produces a fixed-size output called a hash value or hash code. The pigeonhole...

Pigeonhole principle application in Data Analysis and Statistics

 In data analysis and statistics, the pigeonhole principle can be utilized to analyze data distributions and identify patterns or anomalies. Here's an example:Suppose you have a dataset containing the ages of 101 individuals, ranging from 1 to 100 years. You want to determine if there are any duplicate ages in the dataset.Applying the pigeonhole principle, you have more...

Pigeonhole principle application in Scheduling and Time tabling

In the context of scheduling and timetabling, the pigeonhole principle can be applied to ensure that conflicts are avoided and resources are effectively allocated. Here's an example:Let's say you are scheduling classes for a university with 20 different courses, and each course needs to be assigned a time slot. The university has only 15 available time slots throughout the...

Pigeonhole principle and its applications

The pigeonhole principle, also known as the Dirichlet principle, is a fundamental principle in combinatorics and mathematics. Although it may not have direct applications in everyday practical life, it forms the basis for solving various problems across different fields. Here are a few examples where the concept of the pigeonhole principle is utilized:1. Scheduling and Timetabling:...