Project 1 - Creation of user defined data type to implement the user interfaces for working with ‘Set’ (Mathematical Set theory) using Linked List

Overview Project

This project aims to provide an efficient implementation of mathematical Set Theory using C programming language. The program will take two lists of data as input from the user and calculate the union and intersection of these two lists. The main objective of this project is to provide a user-friendly interface for performing set operations and to demonstrate the use of C programming language in mathematical computations. The program is designed to handle large datasets and to provide accurate and reliable results. Overall, this project will help users to perform set operations quickly and easily using a simple and intuitive interface.  

Goal 

The main goal of the project is to implement an interface for mathematical Set Theory using the C programming language.

Another goal of the project is to provide functions for finding the union and intersection of two lists of data, using the principles of Set Theory.

The project aims to provide efficient and reliable algorithms for Set Theory operations, while also making the interface user-friendly and easy to use.

Keyword highlight of the project

 The project involves creating two linked lists to store data, which can be of any data type.

Nodes can be inserted into each linked list in any order, and can be added to the beginning, end, or any position in the list.

The project includes a function to find the intersection of the two linked lists, which returns a new linked list containing only the nodes that appear in both lists.

Another function is implemented to get the union of the two linked lists, which returns a new linked list containing all the unique nodes from both lists.

The project can handle large amounts of data and can be extended to include additional linked list operations as needed

Deliverable of the project 

 Intersection of data of two lists: This involves identifying and extracting the elements that are common to both lists. The result is a new list containing only the shared elements.

Union of data of two lists: This involves combining the elements from both lists to create a new list that contains all the unique elements from both lists

Expected Outcome 

 Knowledge of creating nodes using linked lists: The project may involve creating nodes and linking them together to form a linked list data structure. This can help the student to gain a deeper understanding of how linked lists work and how to implement them in code.

Ability to get the intersection and union of data of two lists: The project may involve developing algorithms or functions to identify the shared elements between two lists and to combine the unique elements into a new list. The student can develop their skills in programming logic and problem-solving by working on this task.

Understanding of comparing the elements of two lists: The project may involve comparing the elements of two lists to identify similarities and differences between them. This can help the student to develop their skills in data analysis and programming logic.

Improved coding skills: Through the process of working on the project, the student can develop their coding skills in the programming language used for the project. This can help them to become more proficient in writing code, debugging errors, and understanding programming concepts.

Increased confidence in tackling complex problems: By working on the project, the student can develop their ability to tackle complex programming problems and to break them down into smaller, more manageable tasks. This can help them to become more confident in their ability to solve problems and to take on more challenging projects in the future.