Главная
Study mode:
on
1
Julia for simple medical statistical analysis
2
Using Distributions in Julia
3
Lesson 01_01 Introducing Julia
4
Lesson 01_02 Introducing the juliabox notebook
5
Lesson 01_03 Something other than Hello World
6
Lesson 01_04 How to code 1 plus 1 in Julia
7
Lesson 01_05 A more functional way of coding 1 plus 1
8
Lesson 01_06 Multiplication before addition
9
Lesson 01_07 Rounding and common divisors and multiples
10
Lesson 01_08 Trigonometric functions and sign values
11
Lesson 01_09 Comparing values
12
Lesson 01_10 Roots exponentials and logarithms
13
Lesson 01_11 Complex numbers
14
Lesson 01_12 Plotting with Gadfly
15
Lesson 02_01 Introducing the concept of types
16
Lesson 02_02 Super and subtypes
17
Lesson 02_03 Abstract and concrete types
18
Lesson 02_04 Creating your own types
19
Lesson 03_01 Ternary operators
20
Lesson 03_02 Boolean switching
21
Lesson 03_03 For loops
22
Lesson 03_04 If statements
23
Lesson 03_05 Combining for loops and if statements using continue
24
Lesson 03_06 Comprehensions
25
Lesson 03_07 Collections
26
Lesson 03_09 While statements
27
Lesson 04_01 Introduction to Julia functions
28
Lesson 04_02 Single expression functions
29
Lesson 04_03 Multiple expression functions
30
Lesson 04_04 Arguments with default values and keyword arguments
31
Lesson 04_05 Functions with a variable number of arguments
32
Lesson 04_06 Passing arrays as functions
33
Lesson 04_07 Type parameters
34
Lesson 04_08 Stabby functions and do blocks
35
Lesson 04_09 Functions as arguments and nested functions
36
Lesson 04_10 Multiple dispatch
37
Lesson 05_01 Collections
38
Lesson 05_02 Arrays
39
Lecture 05_03 Modifying arrays
40
Lesson 05_04 Matrices
41
Lesson 05_05 Sets
42
Lesson 05_06 Tuples
43
Lesson 05_07 Dictionaries
44
Lesson 06_01 Strings
45
Lesson 06_02 Introduction to strings
46
Lesson 06_03 Substrings
47
Lesson 06_04 Characters
48
Lesson 06_05 Splitting and combining strings
49
Lesson 06_06 Converting between numbers and strings
50
Lesson 06_07 Replacing sections of a string
51
Lesson 06_08 Regular expressions
52
Package Gadfly 01 Introduction to Julia Gadfly
53
Package Gadfly 02 Layers Themes Titles Labels and Saving
54
Package Gadfly 03 DataFrame Data and Boxplots
55
Package Gadfly 04 Density plots Histograms and Violin plots for @JuliaLanguage
56
Package Gadfly 05 QQ plots for @JuliaLanguage
57
Package Gadfly 06 Scatter plots Lines More examples
58
Project 1 Section 1 Part 1
59
Project 1 Section 1 Part 2 The research question
60
Project 1 Section 1 Part 3 Literature search
61
Project 1 Section 1 Part 4 Study type
62
Project 1 Section 1 Part 5 Variables required to answer research question
63
Project 1 Section 1 Part 6 Stating the research hypotheses
64
Project 1 Section 1 Part 7 Protocol and ethics
65
Project 1 Section 1 Part 8 Data collection design
66
Project 1 Section 1 Part 9 Google forms
67
Project 1 Section 2 Part 1
68
Project 1 Section 2 Part 2
69
Project 1 Section 2 Part 3
70
Project 1 Section 2 Part 4
71
Project 1 Section 2 Part 5
72
Project 1 Section 2 Part 6
73
Project 1 Section 2 Part 7
Description:
Dive into an extensive 8-hour tutorial series on the Julia programming language, covering everything from basic syntax to advanced concepts. Learn how to perform simple medical statistical analysis, work with distributions, and utilize the JuliaBox notebook. Master fundamental programming concepts like arithmetic operations, trigonometric functions, complex numbers, and plotting with Gadfly. Explore Julia's type system, control flow structures, functions, collections, and string manipulation. Gain hands-on experience with practical projects, including designing research questions, conducting literature searches, and collecting data using Google Forms. By the end of this comprehensive series, you'll have a solid foundation in Julia programming and its applications in scientific computing and data analysis.

The Julia Computer Language

Add to list
#Programming #Programming Languages #Julia #Data Science #Data Visualization
1 of 73

Julia for simple medical statistical analysis