Category: Machine Learning

  • Clustering and Manifold Learning

    see attached file, dataset be provided in a link because its too large here.

    hello, these are the files, please confirm that you can access them, thanks.

  • Clustering and Manifold Learning

    see attached file, dataset will be provided in a link because its too large here.

  • Clustering and Manifold Learning

    see attached file, dataset will be provided in a link because its too large here.

  • Need help understanding AI and machine learning concepts

    I am studying artificial intelligence and machine learning and need a clear explanation of the main concepts, including supervised learning, unsupervised learning, neural networks, and model training. Please explain each topic in simple terms with examples, real-world applications, and step-by-step reasoning. If possible, include common algorithms, advantages, limitations, and how AI systems learn from data.

  • Clustering using k-means, k-medoids, and hierarchical cluste…

    See the attached files.

    Requirements: long | Python

  • Final report

    I have to make the final report for this assignment
    There are previous stuff we worked on as a group

    I need to just do the final report on the tasks for feature 2 only not the other features

  • task 4 project

    I need the feature 2 for task 4

    please domn’t use AI and I have the previous docs I will attach it

  • Supervised and Unsupervised Machine Learning using KNIME

    I have fully build the model in KNIME. All I need is report doing the analysis for both supervised and unsupervised (feel free to change the model if its week but I surely build it correctly)

    1) Supervised assignement:

    a) Develop a supervised learning machine learning model.

    b) Perform a thorough analysis of the dataset and the machine learning output.

    NOTE: It appears that if you use the test and truth file, the Predictor note predicts correctly for most of the values. A file formatting error seems to be causing the Numeric Scorer to output very large, incorrect values.

    Solution: Please use a table partitioner. Split the Train dataset into 70/30. Use the 30% of the data for the regression predictor. Do not use the test and truth file at all.

    Submit outputs from the Numeric Scorer as we have done in prior studies.

    ——————-

    Report Structure

    a) Descriptive Statistics (25 points)

    b) General Analysis of the dataset, and any patterns you observe (25 points)

    c) Model Scores (25 points)

    d) Analysis of the model score (25 points)

    2) Unsupervised assignement :

    Here is the dataset to use for this assignment.

    The guidance for this assignment is the same as the prior Supervised Learning assignment.

    The sample Dataset summarizes the usage behavior of about 9000 active credit cardholders during the last 6 months. The file is at a customer level with 18 behavioral variables.

    Variables of Dataset
    Balance
    Balance Frequency
    Purchases
    One-off Purchases
    Installment Purchases
    Cash Advance
    Purchases Frequency
    One-off Purchases Frequency
    Purchases Installments Frequency
    Cash Advance Frequency
    Cash Advance TRX
    Purchases TRX
    Credit Limit
    Payments
    Minimum Payments
    PRC Full payment
    Tenure
    Cluster

    The sample Dataset summarizes the usage behavior of about 9000 active credit cardholders over 6 months. The file is at a customer level with 18 behavioral variables.

    WHAT IS MARKET SEGMENTATION?

    In marketing, market segmentation is the process of dividing a broad consumer or business market, typically consisting of existing and potential customers, into subgroups based on shared characteristics.

    Objective : This case requires developing a customer segmentation to give recommendations like saving plans, loans, wealth management, etc. on target customer groups.

    ——————

    Be elaborate with your analysis.

    Report Structure –

    a) Descriptive Statistics (25 points)

    b) Model Metrics (25 points)

    c) General analysis of the dataset, patterns you observe (25 points)

    d) Analysis of the model metrics (25 points)

  • Task3 Project

    I have a specific part of this project and we have been working on it for the past couple weeks
    now we have part 3 and I don’t really know what to do but i’ll give you all what we have done so far
    we are working on feature 3 i’ll attach everything here

    I will also provide the project slides so you understand what we need to do for task3 and I only need it for feature 3
    and I only need Task3

  • Implement missing functions
  • Compress images + compute/plot MSE
  • Apply PCA (2D + reconstruction + plots)
  • Requirements: long | .doc file | Python