Have any question ?
+91 8106-920-029
+91 6301-939-583
team@appliedaicourse.com
Register
Login
COURSES
Applied Machine Learning Course
Diploma in AI and ML
GATE CS Blended Course
Interview Preparation Course
AI Workshop
AI Case Studies
Courses
Applied Machine Learning Course
Workshop
Case Studies
Job Guarantee
Job Guarantee Terms & Conditions
Incubation Center
Student Blogs
Live Sessions
Success Stories
For Business
Upskill
Hire From Us
Contact Us
Home
Courses
Yellow taxi Demand prediction Newyork city
Data Preparation: Time series and Fourier transforms.
Data Preparation: Time series and Fourier transforms.
Instructor:
Applied AI Course
Duration:
13 mins
Full Screen
Close
This content is restricted. Please
Login
Prev
Next
Data Preparation:Smoothing time-series data part2
Ratios and previous-time-bin values
Taxi demand prediction in New York City
1.1
Business/Real world problem Overview
9 min
1.2
Objectives and Constraints
11 min
1.3
Mapping to ML problem :Data
8 min
1.4
Mapping to ML problem :dask dataframes
11 min
1.5
Mapping to ML problem :Fields/Features.
6 min
1.6
Mapping to ML problem :Time series forecasting/Regression
8 min
1.7
Mapping to ML problem :Performance metrics
6 min
1.8
Data Cleaning :Latitude and Longitude data
4 min
1.9
Data Cleaning :Trip Duration.
7 min
1.10
Data Cleaning :Speed.
5 min
1.11
Data Cleaning :Distance.
2 min
1.12
Data Cleaning :Fare
6 min
1.13
Data Cleaning :Remove all outliers/erroneous points
3 min
1.14
Data Preparation:Clustering/Segmentation
19 min
1.15
Data Preparation:Time binning
5 min
1.16
Data Preparation:Smoothing time-series data.
5 min
1.17
Data Preparation:Smoothing time-series data part2
2 min
1.18
Data Preparation: Time series and Fourier transforms.
13 min
Base line models
2.1
Ratios and previous-time-bin values
9 min
2.2
Simple moving average
8 min
2.3
Weighted Moving average.
5 min
2.4
Exponential weighted moving average
6 min
2.5
Results.
4 min
Regression models:
3.1
Train-Test split & Features
3 min
3.2
Linear regression.
3 min
3.3
Random Forest regression.
4 min
3.4
Xgboost Regression
2 min
3.5
Model comparison.
6 min
3.6
Assignment.
6 min
Close