Julia is a high-level dynamic programming language designed for technical computing such as numerical analysis and computational science. It generates native machine code via LLVM for multiple platforms, combining the convenience of Python with the performance of C. Julia is used for applications like web development, numerical computing, and cloud computing by combining features such as fast performance, dynamic typing, multiple dispatch, and support for parallelism.

2. Designer & Developer
 Jeff Bezanson
 Alan Edelman
 Stefan Karpinski
 Viral B.Shah

3. What is Julia?
 Julia is a high-level general purpose dynamic programming language.
 It was designed to address the needs of high performance numericals
analysis and computational science.
 It usable for client and server web use.
 It is low level system programming or as a specification language.

4. How does it work?
 Julia generates native machine code for multiple platform via LLVM.
 julia> a=2
o/p-2
 julia> typeof(a)
o/p-Int64

5. Julia Editor & IDES
Juno Sublime Text Vim
Atom Plugin Sublime Text Plugin Vim plugin

6. FEATURES
 Fast performance similar to C.
 Dynamic type system.
 JIT compilation using the LLVM compiler framework.
 Multiple dispatch.
 Design for parallelism and cloud compting.

7. Why Julia?
 Julia combines python’s convenience with c performance.
 Julia breaks resistance transition layer barrier between C and PYTHON.
C PYTHON
 Execution Speed
 Code Development
Time

8. APPLICATIONS
 Julia used in web development with speed freaks.
 Julia excels at numerical computer.
 Julia also used in cloud computing.

9. THANK YOU