Ucm1cs5220adv Application Programming In Java Final P 414657

Ucm1cs5220adv Application Programmingin Javafinal Presentationsunae Sh

UCM 1 CS5220 Adv Application Programming in Java Final Presentation Sunae Shin UCM Final Presentation & Implementation ï† Presentation (25 points) ï† Implementation (25 points) UCM Presentation ï† Prepare a presentation file and record your presentation. ï† At the end of your presentation, you must run your software and demonstrate functionalities. ï† Your presentation should be 10-15 minutes (maximum 15 minutes including demo). ï† There can be one or more presenter. ï† Available resources for recording your presentation: – Zoom ( – Panopto Video (available on blackboard) – CamStudio ( – free screen recording software UCM Implementation ï† The completed and functional software. ï† Requirement – Show three or more of the major topics (generics, multithreading, networking, JavaFX, database, JSP, etc.) ï† Also, proper amount of functionalities need to be included. UCM Submissions ï† Due on Week 15 (2:30pm, Thursday, April 30, 2020) ï† No late submissions!! ï† Upload all files (video and source code) on the Blackboard. – Video – one video file – Source codes – one zip file (zip all your codes) ï† A submission link will be available under the week15 folder. UCM Presentation Format ï† A cover page contains – Course title – Project title – All team-member names (Full name) UCM Presentation ï† Introduction – Domain knowledge - Existing systems ïƒ With problems found – Objectives ï† Requirements – Functional requirements – Non-Functional requirements – Use case diagram UCM Presentation ï† Design – Class diagram ïƒ Completed diagram – Sequence diagram ïƒ For two important scenarios ï† Algorithms & Data structures ï† Software product demo (5 ~ 7minutes) – Show your product UCM Evaluation ï† Content – Clarity of content – Quality of content ïƒ Did the overall presentation have an introduction, a stated objective, a body with supporting material, and a definite conclusion ï† Demo ï† Delivery – Professional and confident – Effective use of time for presentation – Clear voice with good pace – Response to questions

Paper For Above instruction

The final presentation and implementation of an advanced Java application require a comprehensive approach that demonstrates technical proficiency, clear communication, and practical functionality. This paper outlines the essential components for preparing and executing a successful final project presentation, along with the development and demonstration of a robust Java application incorporating multiple advanced topics.

Introduction and Domain Knowledge

The presentation begins with an introduction that provides context for the project, including domain knowledge and an analysis of existing systems. Identifying current limitations and problems within existing solutions sets the stage for defining the project’s objectives. For example, if developing a multimedia management system, one might review current media libraries, emphasizing issues like limited scalability or poor user interface design. These insights justify the need for a custom application that addresses these deficiencies using advanced Java programming techniques.

Objectives and Requirements

The project objectives should be clearly articulated. The primary goal is to develop a functional software application that demonstrates mastery of at least three major topics such as generics, multithreading, networking, JavaFX, databases, or JSP. Functional requirements include features like user login, multimedia browsing, or real-time updates, depending on the application domain. Non-functional requirements cover usability, performance, scalability, security, and maintainability. A use case diagram visualizes how users interact with the system, highlighting key functionalities and workflows.

Design Phase

The design section features detailed UML diagrams, including a class diagram depicting the system’s architecture, with classes, attributes, methods, and relationships. Sequence diagrams illustrate critical user interactions and system responses for two important scenarios, such as user registration and real-time data processing. The choice of algorithms and data structures must be justified—for example, using hash maps for quick data retrieval or multithreading for parallel task execution—highlighting their relevance to performance and efficiency.

Implementation and Demo

The culmination of the project involves deploying a working software product that integrates the key topics demonstrated during the presentation. A practical demonstration lasting 5–7 minutes showcases core functionalities beyond static slides, emphasizing usability, responsiveness, and robustness. For instance, if developing a chat application, demonstrate message exchanges, real-time updates, and user interface interactions. Ensure the video recording captures the application’s uses accurately, with clear visuals and explanations.

Presentation Content and Delivery

The effectiveness of the presentation hinges on clarity and quality of content. A well-structured presentation includes an introduction, clear objectives, supporting explanations, and a conclusive summary. Delivery should be professional, confident, and engaging. Time management is critical to ensure all aspects—introduction, design, demo, and Q&A—are adequately covered. Good voice projection, appropriate pacing, and active responses to questions enhance overall professionalism and impact.

Conclusion

Successfully presenting an advanced Java application involves meticulous planning, thorough implementation, and effective communication. By demonstrating mastery over multiple topics—such as JavaFX for UI, threading for performance, and database integration for data management—and communicating the project goals and outcomes clearly, developers can showcase their technical skills and project understanding. The combination of a compelling presentation and a functional, well-designed application leaves a lasting impression on evaluators and stakeholders.

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