Introduction to Programming
Benjamin Lind
International Laboratory for Applied Network Research
Disclaimer
The material on the following pages is intended for the HSE Applied Network Research laboratory.
The advice that follows stems from personal experience in programming for social science research problems and may violate or misrepresent conventions used in computer science.
Why Program?
- Flexibility
- Data
- Methods
- Replication
- Awareness
- Developing problem-solving skills
Programming Solves Problems
- Requires defining
- The problem
- Smaller problems within it
- Relationships between problems
- Required inputs
- Size and type
- Desired outputs
- Size and type
- Previously created relevant work
- The problem
- This process somewhat mirrors the research process
Platforms
R
- Relative advantages
- Made for statisticians
- Network modeling libraries
- Relative disadvantages
- Made by statisticians
- Terrible language, especially for beginners
- Inconsistent practices
- Data types and formats less transparent
R
R with minimal C++
- Relative advantages
- C/C++ highly influential
- Requires close attention to problem
- Fast
- Relative disadvantages
- More difficult, not user-friendly
- Takes longer to write, compile
- Typos can be very problematic
- We will avoid advanced topics
- Requires two languages simultaneously
- More difficult, not user-friendly
R with minimal C++
Julia
- Relative advantages
- Made with recent data analysis tasks in mind
- User-friendly language
- Can call Python, C/C++, MATLAB, Mathematica
- Fast
- Relative disadvantages
- New language
- Limited network functions
- Requires careful attention to data types
Julia
Python
- Relative advantages
- Widespread usage
- Good network libraries
- User-friendly language
- Can call most languages
- Relative disadvantages
- Statistics was not the initial aim
- No network modeling libraries
Python
Data Types
Data Shapes
Logical Expressions
Functions
Loops
Classes
ANRIntroProgramming
By Benjamin Lind
