Assignment List

1.  Assignment 1 (Merge Sort) uses Divinde-And-Conquer Approach

Design and implement a sorting algorithm using Merge Sort to efficiently arrange customer orders based on their timestamps. The solution should handle a large dataset (up to 1 million orders) with minimal computational overhead. Additionally, analyze the time complexity and compare it with traditional sorting techniques.

Using C

Using Cpp

Assignment 2 (Quick Sort) 

Movie Recommendation System Optimization

A popular OTT platform, StreamFlix, offers personalized recommendations by sorting movies based on user preferences, such as IMDB rating, release year, or watch time popularity. However, during peak hours, sorting large datasets slows down the system.

As a backend engineer, you must: ● Implement Quicksort to efficiently sort movies based on various user-selected parameters. ● Handle large datasets containing of movies while maintaining fast response times

Using C

Using CPP

Assignment 3: Knapsack Algorithm

Scenario: Emergency Relief Supply Distribution

A devastating flood has hit multiple villages in a remote area, and the government, along with NGOs, is organizing an emergency relief operation. A rescue team has a limited- capacity boat that can carry a maximum weight of W kilograms. The boat must transport critical supplies, including food, medicine, and drinking water, from a relief center to the affected villages.

Each type of relief item has:

● A weight (wi) in kilograms.

● Utility value (vi) indicating its importance (e.g., medicine has higher value than food).

● Some items can be divided into smaller portions (e.g., food and water), while others must be taken as a whole (e.g., medical kits).

As the logistics manager, you must:

1. Implement the Fractional Knapsack algorithm to maximize the total utility value of the supplies transported.

2. Prioritize high-value items while considering weight constraints.

3. Allow partial selection of divisible items (e.g., carrying a fraction of food packets).

4. Ensure that the boat carries the most critical supplies given its weight limit W.