Gift-Wrapping Algorithmus: Konvexe Hülle Berechnung
Implementierung und Analyse des Jarvis-March-Algorithmus
Life and Logic
Science, Future and controversy
Weekly Problem: Gift Wrapping
Weekly Problem: Knitting Patterns
Knitting Patterns: Turing Completeness and Computational Textiles Knitting Patterns as Computational Systems: Turing Completeness in Textile Production An exploration of the formal computational properties of knitting pattern languages The relationship between knitting patterns and computational systems extends beyond superficial analogy.
Read moreWeekly Problem: The Grid
Consider a 4×4 grid where each cell can be either selected or not selected. Two cells cannot both be selected if they share an edge (top, right, bottom, or left).
Read moreWeekly Problem: Balls into Bins
Probability theory: Throwing balls into bins Imagine you’re at a carnival game where you’re blindfolded and asked to throw balls into bins. Simple enough, right? But here’s where it gets interesting: this simple game is actually a powerful model for
Read moreWeekly Problem: Traffic
You’re managing a busy intersection where cars arrive from the north and east. Each direction gets a 30-second green light. Your goal is to decide which direction should get the green light next to minimize the total waiting time
Read moreWeekly Problem: The Card Sequence Problem
Problem Statement
You have three cards numbered 1, 2, and 3. You shuffle them and place them face down in a row.
Question: What is the probability that at least one card is in its correct position (i.e., card number matches its position)?
Read moreWeekly Problem: Fallacy Fallacy
Understanding the Fallacy Fallacy Test your knowledge about the fallacy fallacy – the mistake of assuming that if an argument contains a fallacy, its conclusion must be false.
Read moreWeekly Problem: Geometric Maze Optimization
Weekly Problem no.14: Beethoven’s 5th!
Cryptophonic Challenge: Beethoven’s Victory Code The Cryptophonic Challenge: Beethoven’s Victory Code Click to Start Audio Engine 🎵 Decode the Victory Symphony Level: 1/3 Current Mission: Decode the famous rhythm that became a symbol of victory… Attempts remaining: 3 30s lockout
Read moreThe Dining Philosopher’s Problem
Weekly Problem No. 6 The Dining Philosophers Problem is a classic computer science problem that illustrates challenges in resource sharing and deadlock avoidance. The Setup Five philosophers are seated around a circular table. In front of each philosopher is a
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