Udacity: Intro to Deep Learning with PyTorch:
Day 24 of #60daysofudacity
– Logistic Regression:
- Take your data
- Pick a random model
- Calculate the error
- Minimize the error, and obtain a better model
Lesson 2: Introduction to Neural Networks_I
Udacity: Intro to Deep Learning with PyTorch:
Day 21 of #60daysofudacity:
Lesson 2: Introduction to Neural Networks
sandwich club app
github: https://github.com/GinaHsu/sandwich-club
The project 1 of Udacity- Android Developer Nanodegree.
Start by downloading Udacity project starter code
Common Project Requirements: https://review.udacity.com/#!/rubrics/1348/view
Screen Density- Responsive UI
* The source information is from Udacity Nanodegree Program- Become an Android Developer *
Android Design Principles
* The source information is from Udacity Nanodegree Program- Become an Android Developer *
- Material Design for Android : Material Design is a design language incorporated in the Android Lollipop release.
- The Material Design specifications is a great place to start.
Sunshine app: highlight Today’s forecast
github: S11.01- NewListItemLayout , S11.02-TodayListItem , S11.03- DataBinding
* The source information is from Udacity Nanodegree Program- Become an Android Developer *
S11.01- Sunshine’s New Layout:
Count and Say
https://leetcode.com/problems/count-and-say/description/
My GitHub: Count And Say
- The nth level result is from counting each digit of the result of (n-1) th level.
String to Integer (atoi)
https://leetcode.com/problems/string-to-integer-atoi/description/
github: String to Integer(atoi)
Checking point:
- null or empty string
- white spaces
- +/- sign
- calculate real value
- handle min & max
Using StringBuffer solve Reverse Integer problem
LeetCode: https://leetcode.com/problems/reverse-integer/description/
The below Solution 1 is the most popular solution we can find online.
But here is another way (Solution 2) to solve the problem with StringBuffer.
The Solution 2 is easier to understand and the code is cleaner.
