Self-Assessment on ML Knowledge and Experience
The self-assessment on ML knowledge and experience is based on the common 7 steps of machine learning (ML): 1. Data Collection: Gather and prepare a dataset. 2. Data Preprocessing: Clean and format the data. 3. Split Data: Divide it into training and testing sets. 4. Model Selection: Choose the appropriate algorithm. 5. Model Training: Teach the model on the training data. 6. Model Evaluation: Assess performance on the testing data. 7. Model Deployment: Implement the model in real-world applications and maintain it as needed. Self-assessment: evaluating our knowledge and experience in each step of the machine learning process. Data Collection: 1: No experience, unfamiliar with data collection. 2: Limited experience, but can collect simple datasets. 3: Moderate experience, can collect and preprocess data effectively. 4: Proficient, experienced in collecting diverse datasets. 5: Expert, can handle complex data collection scenarios. Data Preprocessing: 1: Minimal knowledge, need help with data cleaning. 2: Some familiarity with data cleaning techniques. 3: Can handle basic data cleaning tasks. 4: Proficient in data preprocessing, can deal with complex datasets. 5: Expert in data cleaning and transformation. Split Data: 1: No understanding of data splitting. 2: Familiar with the concept but need guidance. 3: Can split data into training and testing sets. 4: Experienced in data splitting strategies (e.g., cross-validation). 5: Expert in data partitioning and cross-validation techniques. Model Selection: 1: Little knowledge, unsure how to choose models. 2: Basic understanding, but difficulty selecting models. 3: Can choose models for simple problems. 4: Proficient in selecting models for various tasks. 5: Expert at model selection and tuning. Model Training: 1: Limited experience, not familiar with model training. 2: Some understanding but require assistance. 3: Can train models on straightforward datasets. 4: Proficient in training a variety of models. 5: Expert in training complex models and deep learning.