CS379 Machine learning – 20210621f

I’ve done machine learning before but in C++, but my professor is specifically requesting all the coding work be done in python which i have no expertise in whatsoever. With work, traveling due to work, and other classes to take, i can’t really sit down for long enough to do these at an adequate level needed and need some assistance for them to be completed. All of the assignments are just pulling data from databases or tables. ——- IP1 Using the provided dataset that represents the Titanic disaster, create both an unsupervised clustering algorithm to describe the data and a simple supervised classification prediction to determine who might survive. Implement your algorithms in Python. Submit 2 Python files with roughly 50-80 lines of code each and 1 MS Word document (or Jupyter Notebook). ——- IP3 For this task, use this dataset, and create a machine learning algorithm that predicts credit card fraud. You may use any algorithm you like. Be sure to include the Python code (i.e. you must implement the algorithm in Python) to ingest, prepare, model, and show the results of the algorithm. Submit 1 Python code file of 100-200 lines and 1 Word document. Python Application: The student should write a Python application to implement a machine learning algorithm. Credit Fraud Prediction: The student implements credit fraud detection measures in the python application. Algorithm Selection: The student selects suitable algorithm for credit fraud detection. Organization: Assignment presents information logically and is clearly relevant to the topic. ——– IP4 For this project, you will use the dataset Alice in Wonderland book to create a long short-term memory (LTSM) algorithm to generate text. Please implement your algorithm in Python. Submit 1 Python code file of 80-200 lines. Python Application: The student should write a Python application to create key-values. Long Short-Term Memory Algorithm: The student should explain how an application could work in a distributed environment. LTSM Output: The student should show output from the application that is generated text. Dataset Themes: The student should show that they have identified themes such as characters or other insightful information from the dataset. Requirements: 3-5 pages for each, not including cover page and resource page Code file must include a file header that includes the following information at a minimum: Your name, date, course, and description of the code. Code must be well-commented and in your own words. Explain your decisions and what the code is doing. Capture and record results and screenshots in a Word document. You may use any algorithm you like. You must implement the algorithm in Python to ingest, prepare, model, and show the results of the algorithm. Use a training, testing, and validation approach that allows for the algorithm to be run on future unseen data. Code must be well-commented – explain your decisions and what the code is doing – it is far better to overcommit than under comment. Capture and record results and screenshots in a Word document (alternatively, you can submit a Jupyter Notebook that includes everything). Code must be well-commented – explain your decisions and what the code is doing. Code file must include a file header that includes the following information at a minimum
Your name
Date
Course
Description of the code Your name Date Course Description of the code Capture and record results and screenshots in a Word document (alternatively, you can submit a Jupyter Notebook that includes everything). You may use any algorithm you like. You must implement the algorithm in Python to ingest, prepare, model, and show the results of the algorithm. Use a training, testing, and validation approach that allows for the algorithm to be run on future unseen data.
Code must be well-commented – explain your decisions and what the code is doing – it is far better to overcommit than under comment.
Capture and record results and screenshots in a Word document (alternatively, you can submit a Jupyter Notebook that includes everything). Code must be well-commented – explain your decisions and what the code is doing.
Code file must include a file header that includes the following information at a minimum
Your name
Date
Course
Description of the code
Capture and record results and screenshots in a Word document (alternatively, you can submit a Jupyter Notebook that includes everything).