CPP-and-DSA-Cipher-Schools (1).pptx summer training

Summer training

1. CPP and DSA Cipher Schools Submitted by Name – Jimi Bhagat Registration No. – 12314293 Course Code – CSE343

2. 6 Weeks Training Program Methodology 01 Foundational C++ Starting with the basics, participants mastered C++ fundamentals including variables, loops, functions, and core object-oriented programming concepts. 02 Advanced Data Structures & Algorithms The program progressively covered essential DSA topics such as Arrays, Strings, Recursion, Linked Lists, Trees, and Heaps, building a strong algorithmic foundation. 03 Practical Mini-Project: Event Reminder System Culminating the training, a console-based Event Reminder System was developed in C++, showcasing practical application of learned concepts. 04 Min heap & Features Uses a priority queue (min-heap) for efficient O(log n) insertion/deletion and O(1) retrieval of the next event. Events are stored as structs with date, time, and description..

3. Certificate

4. Introduction to the Project Overview Menu-driven console app using C++ and priority queue (min-heap). Problem Addresses forgotten tasks with a lightweight, offline solution. Objectives Efficient data structures, smart scheduling, optimized performance. Scope Comprehensive event management with various event types.

5. Approach 1 Problem Definition & Architecture Initiated by clearly defining project requirements, followed by architectural planning focusing on efficient data management with a min-heap. 2 Core Algorithm Development Developed the core logic, including the robust implementation of the min-heap for priority-based event handling and event structure. 3 User Interface & Interaction Designed an intuitive, menu-driven console interface for seamless user interaction, including event addition, viewing, and removal. 4 Validation & Optimization Rigorously tested the application for functionality, edge cases, and performance, ensuring reliability and a smooth user experience.

6. System Analysis & Design 01 Requirement Analysis Functional: Add, show, delete events; display all events; exit. Non-Functional: Efficiency (O(log n)), reliability, simplicity, portability, maintainability. 02 System Architecture Three-layered design: Input (console menu), Processing (priority queue for sorting), Output (display events). 03 Data Flow User input -> Data processing (priority queue operations) -> Output (displayed event details). 04 Data Structure Min-heap priority queue with custom comparator for chronological ordering.

7. Importance & Applicability Personal Productivity Organizes schedules, reduces missed appointments, improves time management. Educational Value Demonstrates practical DSA applications in real-world scenarios. Algorithm Optimization Showcases time and space complexity analysis, performance tuning. Data Science Incorporates features for analyzing scheduling patterns and optimizing time. This project aligns with the trend of automation and scheduling tools, offering a lightweight, offline alternative to complex calendar apps.

8. Sample Input/Output

9. Conclusion The Event Reminder Project successfully demonstrates the practical application of Data Structures and Algorithms (DSA) in C++ to solve a real-world scheduling problem. 1 Achievements Practical DSA application, efficient event management, user-friendly design, educational value. 2 Limitations Console-based only, in-memory storage, basic features (no notifications or recurring events). 3 Future Enhancements File handling/database integration, notification system, search functionality, GUI, extended scheduling features.

10. Thank You For more details, please refer to the full training report.