Advanced Java is improved by the utilization of ordinary JDK together with a variety of IDEs such as:

• Eclipse with EE plugin
• For the NetBean IDE, it is free and open source which supports Java EE frameworks among others. 

In conclusion, JDeveloper is a free IDE for integrating with different Oracle products built around Java EE applications.

To commence Java EE (Advanced Java), use these steps: 

1. Prerequisites:

   • Core Java Knowledge

   • Install Java Development Kit

2. Set Up Your Development Environment:

   • Select an Integrated Development Environment (IDE) that has IntelliJ IDEA, Eclipse, NetBeans & JDeveloper (Oracle).

3. Learn Java EE Concepts such as Java Servlets and JavaServer Pages (JSP), EJB (Enterprise JavaBeans) & JPA (Java Persistence API)
4. Explore Java EE Frameworks like Spring Framework (Spring MVC, Spring Boot, and Spring Data), JavaServer Faces (JSF) & ORM (Object-Relational Mapping).
5. Build Sample Projects
6. Utilize Online Resources like Official Documentation, Tutorials and Courses & Books.
7. Join the Java Community to seek help and share knowledge.

In order to practice Advanced Java effectively and strengthen your understanding, turning to a few strategies is advised, those are:

Hands-on Project Development:

• Start With Small Projects, Grow Gradually
• Find Online Project Ideas
• Contribute to Open-Source Projects
• Build Personal Projects

Practice and Experimentation:

• Set Aside Dedicated Practice Time
• Experiment with Code
• Break Down Complex Problems
• Test Your Code Thoroughly

Community and Collaboration:

• Join Online Forums and Communities
• Attend Meetups and Conferences
• Find a Mentor or Coding Buddy

Additional Tips:

• Focus on Code Readability
• Practice Debugging
• Stay Updated with New Technologies

You can hone your Advanced Java Skills effectively and become a more proficient Java developer by following these strategies and dedicating consistent effort to practice.

In Advanced Java, JDK is an essential tool. It gives you the basic building blocks of all Java apps – such as compilers, or libraries – no matter how complicated they are. It’s like the ABC for any form of literature.

Advanced Java offers various advantages which are as follows:-

• Upgrade your applications
• Tailored for scale
• Integrating is simplified by Advanced Java
• High in Demand & Value

You can have various choices for studying Advanced Java up to this point:

1. Structured Learning:

• Online Courses
• Bootcamps

1. Self-Paced Learning:

• Java EE Tutorials
• Books

1. Additional Resources:

• Online Communities
• Project-Based Learning
• Contribute to Open-Source Projects

The best way to go varies based on how you learn , how much money you can spend and the amount of time you can commit. You can mix various methods to have a rich learning practice.

Basic Java: 

• Focus on: The foundation for Java Programming. 
• Ideas: The basic syntax is built using Object Oriented Programming principles, Exception Handling, Data Structures, Algorithms among others. 
• Types: Other applications include building general-purpose applications such as simple calculators or desktop games. 
• Lessons: Learning resources such as tutorials from several websites, simple courses for beginners and various books.

Advanced Java (Java EE): 

• Focus on: Complex enterprise applications 
• Ideas: Frameworks/libraries for JDBC, web services (SOAP, REST), security, scalability, system integration. 
• Types: Enterprise apps, Web apps, E-commerce platforms, large scale data processing. 
• Lessons: Online tutorials,Java EE courses, Java EE books for experienced programmers.

You may be wondering about the advanced level of programming language between Java and C++; however, the following information can help you choose one over the other.

C++ 

• Closer to the Hardware

• Steeper Learning Curve

• Flexibility in designing methods

Java

• High-level concepts
• Focus on OOP
• Platform Independent