🍔 Food Delivery Optimization System

Java-based algorithmic solution to prioritize food orders and find the most efficient delivery routes.

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🗂 Table of Contents

📖 Part 1 – Introduction

• 1.0 Scenario and Problem
• 2.0 Importance of Optimal Solution
• 3.0 Algorithm Suitability Review

🧠 Part 2 – Algorithm Design

• 4.0 Model Development of the Scenario
  • 4.1 Overview
  • 4.2 Delivery Prioritization for Food Orders
  • 4.3 Best Travelling Route
  • 4.4 Constraints and Challenges
• 5.0 Algorithm Design
  • 5.1 Overview
  • 5.2 Delivery Prioritization for Food Orders
  • 5.3 Best Travelling Route
  • 5.4 Example
• 6.0 Algorithm Specification

💻 Part 3 – Implementation of Algorithm

• 7.0 Coding
• 7.1 Algorithm Implementations
• 7.2 Algorithm Descriptions
• 7.3 Demonstration
• 7.4 Results
• 7.5 Analysis of Algorithms
  • 7.5.1 Correctness of the Algorithm
  • 7.5.2 Time Complexity Analysis

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🧰 Tech Stack

• 
• Algorithm Design
• Problem Solving
• Time & Space Complexity Analysis

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✍️ Notes

This project focuses on building an optimal food delivery algorithm using Java. It simulates order prioritization, route efficiency, and applies time complexity analysis for benchmarking algorithm performance.

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🚀 How to Run

javac FoodDelivery.java
java FoodDelivery

Table of Contents

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Part 1 – Introduction

• 1.0 Scenario and Problem
• 2.0 Importance of Optimal Solution
• 3.0 Algorithm Suitability Review

Part 2 – Algorithm Design

• 4.0 Model Development of the Scenario
• 4.1 Overview
• 4.2 Delivery Prioritization for Food Orders
• 4.3 Best Travelling Route
• 4.4 Constraints and Challenges
• 5.0 Algorithm Design
• 5.1 Overview
• 5.2 Delivery Prioritization for Food Orders
• 5.3 Best Travelling Route
• 5.4 Example
• 6.0 Algorithm Specification

Part 3 – Implementation of Algorithm

• 7.0 Coding
• 7.1 Algorithm Implementations
• 7.2 Algorithm Descriptions
• 7.3 Demonstration
• 7.4 Results
• 7.5 Analysis of Algorithms
• 7.5.1 Correctness of the Algorithm
• 7.5.2 Time Complexity Analysis