
Upload your resume pdf to Google Colab, open it with a pdf reader, and extract text from all pages using a for loop.
Learn tokenization for a resume analyzer by building a function that lowers text, removes punctuation, tokenizes words, and filters out stop words to extract essential keywords and skills.
Match resume keywords to predefined machine learning job keywords using token comparison and a for loop to identify matches and predict the resume score.
learn to build a resume analyzer that calculates a resume score by extracting text from pdfs, matching keywords, and revealing skills for machine learning job applications.
A hands-on session to build an ecommerce product category classification using logistic regression in Google Colab, importing pandas, nltk stopwords, tf-idf vectorization, and training with train-test split to evaluate accuracy.
Import the e-commerce dataset for product title and category classification using logistic regression by loading a csv with pandas read_csv, then view head and tail to inspect the 23,000 values.
Train a dataset with logistic regression by converting the cleaned title into numerical features using a tf-idf vectorizer, then split data into train and test sets and fit the model.
Learn to set up emotion detection from text using NLP in Google Colab by importing nltk, stopwords, multinomial Naive Bayes, tfidf vectorizer, transformers, pandas, and train-test split, then assess accuracy.
Build a dictionary mapping text to emotion for an NLP based emotion detection project, then convert the data into a pandas data frame.
Train the emotion dataset by separating features x and target y, using a vectorizer, splitting data with 0.2 test size and 42 random state, then train a multinomial nb classifier.
Predict emotion from text using a classifier and a hugging face pre-trained text classification model, then output scores for emotions like joy, anger, and sadness.
Set up a Google Colab notebook for an ad click prediction project using logistic regression, and import pandas, the logistic regression model, train_test_split, accuracy_score, and standard scaler.
Learn to train a dataset with logistic regression by splitting into train/test (80/20, random state 42), scale features with StandardScaler, and fit the model on x_train and y_train.
Import a diabetes dataset from csv into google colab with pandas; view top and bottom rows with head and tail to confirm 768 records and the outcome column (for classification).
learn to preprocess diabetes data by replacing zeros with NaN and imputing missing values with the mean for glucose, blood pressure, skin thickness, insulin, and BMI.
Complete the diabetes prediction project with logistic regression by generating the prediction from x_test and printing the output 00100, and report the 75 percent accuracy for the classifier.
Welcome to the "5 Days 5 Machine Learning Projects From Scratch" course, a fast-paced, hands-on learning experience designed to take you from theory to practice in just five days! This course is perfect for aspiring data scientists, machine learning enthusiasts, and professionals who want to enhance their portfolio with real-world projects.
Each day focuses on building a fully functional machine learning project from scratch, covering various domains and techniques to give you a well-rounded experience. By the end of this course, you’ll have completed five diverse projects, gaining invaluable skills in data preprocessing, model building, evaluation, and deployment. This course emphasizes practical skills, critical thinking, and hands-on implementation to ensure you’re job-ready.
What You’ll Build:
Day 1: Create Project Using Natural Language Processing.
Day 2: Create Project Using logistic regression and neural networks.
Day 3: Create Project Using Naive Bayes classification.
Day 4: Create Project Using Medical Image Prediction.
Day 5: Create Project For Ad Click Through Prediction.
Whether you’re a student, professional, or self-taught learner, this course equips you with the knowledge and confidence to tackle real-world machine learning problems. Acquire skills to confidently implement machine learning solutions in real-world scenarios. Start your journey today and transform your passion for machine learning into tangible expertise!
By the end of this course, you will have completed 5 fully functional Machine Learning Projects and gained confidence to develop your own machine learning solutions.