A Comparative Study of Web Application Design Models Using the Java Technologies 1st edition by Budi Kurniawan, Jingling Xue ISBN 3540213710 978-3540213710

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ISBN 10:       3540213710
ISBN 13: 978-3540213710
Author:         Budi Kurniawan, Jingling Xue 
 

A Comparative Study of Web Application Design Models Using the Java Technologies 1st Table of contents:

1. Introduction

   • 1.1 Overview of Web Application Development
   • 1.2 Importance of Java Technologies in Web Application Design
   • 1.3 Objectives of the Comparative Study
   • 1.4 Scope and Structure of the Paper

2. Background and Java Technologies for Web Development

   • 2.1 Evolution of Java in Web Development
   • 2.2 Key Java Technologies for Web Applications: JSP, Servlets, EJB, and Spring
   • 2.3 Java EE (Enterprise Edition) and Its Role in Web Application Design
   • 2.4 Comparison of Java with Other Web Development Technologies
   • 2.5 Tools and Frameworks in the Java Ecosystem for Web Development

3. Web Application Design Models

   • 3.1 Overview of Web Application Architecture
   • 3.2 Traditional Monolithic Architecture
   • 3.3 Client-Server Architecture
   • 3.4 Microservices Architecture
   • 3.5 MVC (Model-View-Controller) Design Pattern
   • 3.6 Event-Driven and Reactive Architectures
   • 3.7 Comparison of Web Application Architectures

4. Java Web Frameworks

   • 4.1 Java Server Pages (JSP) and Servlets
   • 4.2 Enterprise JavaBeans (EJB)
   • 4.3 Spring Framework: Spring MVC, Spring Boot, and Spring Cloud
   • 4.4 JavaServer Faces (JSF)
   • 4.5 Play Framework and Other Non-Java-based Frameworks
   • 4.6 Comparison of Java Web Frameworks Based on Features, Scalability, and Usability

5. Design Model 1: JSP and Servlets

   • 5.1 Architecture and Design Principles of JSP and Servlets
   • 5.2 Advantages and Disadvantages of JSP and Servlets
   • 5.3 Typical Use Cases for JSP and Servlets
   • 5.4 Performance and Scalability Considerations
   • 5.5 Example Web Application Using JSP and Servlets

6. Design Model 2: Spring Framework

   • 6.1 Overview of Spring Framework for Web Application Development
   • 6.2 Architecture and Core Components: Spring MVC, Spring Boot, and Spring Security
   • 6.3 Advantages of Using Spring for Web Development
   • 6.4 Disadvantages and Challenges of Spring Framework
   • 6.5 Performance, Security, and Scalability in Spring-Based Applications
   • 6.6 Example Web Application Using Spring Framework

7. Design Model 3: JavaServer Faces (JSF)

   • 7.1 Introduction to JSF for Web Application Development
   • 7.2 JSF Architecture: Managed Beans, Facelets, and Navigation Rules
   • 7.3 Benefits and Limitations of Using JSF
   • 7.4 Performance and Integration Challenges in JSF
   • 7.5 Example Web Application Using JSF

8. Design Model 4: Enterprise JavaBeans (EJB)

   • 8.1 Role of EJB in Java Web Application Architecture
   • 8.2 Types of EJB: Stateless, Stateful, and Singleton
   • 8.3 Benefits and Drawbacks of Using EJB
   • 8.4 Performance Considerations in EJB-Based Applications
   • 8.5 Example Web Application Using EJB

9. Design Model 5: Microservices Architecture Using Java

   • 9.1 Microservices Architecture: Principles and Benefits
   • 9.2 Implementing Microservices in Java Using Spring Boot and Spring Cloud
   • 9.3 Advantages and Challenges of Microservices in Web Application Design
   • 9.4 Performance, Scalability, and Fault Tolerance in Microservices
   • 9.5 Example Web Application Using Microservices Architecture

10. Comparative Analysis of the Java Web Application Design Models

    • 10.1 Comparison Criteria: Performance, Scalability, Security, and Maintainability
    • 10.2 Evaluation of JSP/Servlets, Spring, JSF, EJB, and Microservices Models
    • 10.3 Suitability of Each Model for Different Web Application Types
    • 10.4 Strengths and Weaknesses of Each Design Model
    • 10.5 Cost, Development Time, and Resource Considerations

11. Best Practices and Recommendations

    • 11.1 Choosing the Right Design Model Based on Project Requirements
    • 11.2 Guidelines for Improving Performance and Scalability
    • 11.3 Security Best Practices in Java Web Applications
    • 11.4 Enhancing Maintainability and Extensibility
    • 11.5 Future Trends in Java Web Application Design

12. Challenges and Open Issues

    • 12.1 Handling Complexity in Large-Scale Web Applications
    • 12.2 Managing Integration and Interoperability Between Different Java Technologies
    • 12.3 Evolving Java Technologies and Their Impact on Web Application Design
    • 12.4 Addressing Development and Maintenance Challenges

13. Conclusion

    • 13.1 Summary of Findings from the Comparative Study
    • 13.2 Final Thoughts on Java Web Application Design Models
    • 13.3 Future Research Directions in Java-Based Web Application Architectures
    • 13.4 Concluding Remarks on Selecting the Optimal Design Model
14.  

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