Java and Data Structures

Practicals

This subject will make you familiar with Java programming language but that is not important. Important thing is Data Structures. In my opinion data structures should have been separate subject and should have carried out with C++. Following are the practicals which include basic Java Programs to complex Data Structure Programs.

1. Type Casting
2. Simple Calculator
3. Method Overloading
4. Method Overriding
5. Single Inheritance
6. Multipls Inheritance
7. Hierarchical Inheritance
8. Hybrid Inheritance
9. Interface
10. String Operations
11. Constructor
12. Matrix Operations
13. Threading and Multithreading
14. File Operations
15. Random Access Files
16. Sorting the Names
17. Stack
18. Queue
19. Circular Queue
20. Singly Link List
21. Doubly Link List
22. Hashing Technique
23. Binary Search Tree
24. Heap Sort
25. Insertion Sort
26. Selection Sort
27. Bubble Sort
28. Merge Sort
29. Graph

Tools

To execute above programs you will need to setup java environment. This video will help you doing same by setting up JDK.

To write a program any text editor is sufficent however to complete large project full featured IDE is useful. Below are the few IDE's that I can recommend.

• Eclipse
• Netbeans

Learning Resources

Books

• Core Java For Beginners
• Java 2: The Complete Reference
• Data Structures
• Data Structures with Java

Tutorials

This subject covers two things first is Java Programming and second is data structures. We can implement data structures with almost any programming language and since you have learned C++ I will suggest you below course track to master this subject and hence divide tutorials in two.

Also there are many good courses available online so please search it on youtube and google.

Java Tutorials

• Intro to Java Programming
• Java Programming Tutorials

Data Structures Tutorials

• Data Structures And Algorithms
• Quest Data Structure
• Quest - Data Structures Thro. C++

Quantitative Techniques

Practicals

Practicals of Quantitative Techniques implement mathematical concept programatically using tool known as scilab. Following is the index of our QT repo.

1. Bisection
2. False Position
3. Newton Raphson
4. Trapezoidal rule
5. Simpson’s 1/3^rd rule
6. Simpson’s 3/8^th rule
7. Euler’s method
8. Modified Euler’s method
9. Runge-kutta 2^nd order
10. Runge-kutta 4^th order

Tools

We used scilab to run above programs. You can also download it.

Learning Resources

Books

• Introductory Methods of Numerical Methods
• Fundamentals of Mathematical Statistics

Tutorials

Below is the playlist of basic scilab tutorials. If you search for specific tutorial on youtube or google you can find it.

Embedded Systems

Practicals

Practicals conducted for this subjects are not hands on physically rather practicals are virtual implementation of physical embedded systems using simulation. Programs for same are written in Assembly C. Following are the practicals present inside our ES repo.

1. Time Delay
2. Binary Counter
3. Generating Square Wave
4. Generating Triangular Wave
5. Generating Sine Wave
6. Stepper Motor

Tools

We have not used 8051 directly rather we used simulator for 8051 and for that we used Proteus integrated with Codevision. We have written programs in C language for simulation.

Here you can download software.

Learning Resources

Books

• Go Embedded
• Introduction to Embedded Systems
• Programming Embedded Systems in C and C++

Tutorials

• Embedded Systems Programming
• Embedded Systems Lectures