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《Applied Machine Learning Systems with Python and Real-World Datasets》
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Applied Machine Learning Systems with Python and Real-World Datasets
30 Chapters
View Course Samples Online
01
Course overview
applied ML systems, Python ecosystem, real-world dataset challenges, and end-to-end workflow.
ecosystem
real-world
02
Python environment and tooling
virtual environments, package management, Jupyter, IDEs, and reproducibility practices.
environment
environments
03
Data acquisition and ingestion
APIs, web scraping, databases, CSV/JSON/Parquet, and streaming sources.
acquisition
ingestion
04
Exploratory data analysis and visualization
pandas, matplotlib, seaborn, plotly, and profiling large datasets.
Exploratory
analysis
05
Data cleaning and preprocessing
missing values, outliers, encoding, scaling, and pipeline construction with scikit-learn.
cleaning
preprocessing
06
Feature engineering and selection
domain-driven features, transformations, dimensionality reduction, and feature stores.
selection
domain-driven
07
Supervised learning fundamentals
regression and classification with scikit-learn, model evaluation, and cross-validation.
Supervised
regression
08
Tree-based models and ensembles
random forests, gradient boosting, XGBoost, LightGBM, and hyperparameter tuning.
Tree-based
ensembles
09
Unsupervised learning
clustering, anomaly detection, and dimensionality reduction for real-world data.
Unsupervised
clustering
10
Time series analysis and forecasting
stationarity, ARIMA, Prophet, and feature-based approaches.
analysis
forecasting
11
Natural language processing
text preprocessing, vectorization, embeddings, and transformer-based models.
language
processing
12
Computer vision
image preprocessing, augmentation, CNNs, transfer learning, and object detection.
Computer
preprocessing
13
Model evaluation and validation
metrics, ROC/AUC, precision-recall, calibration, and statistical significance.
evaluation
validation
14
Hyperparameter optimization and AutoML
grid search, random search, Bayesian optimization, and neural architecture search.
Hyperparameter
optimization
15
Model interpretability and explainability
SHAP, LIME, partial dependence, and fairness auditing.
interpretability
explainability
16
MLOps fundamentals
CI/CD for ML, model versioning, experiment tracking, and model registries.
MLOps
CI/CD
17
Deployment patterns
batch, real-time, and streaming inference; REST APIs, gRPC, and serverless.
Deployment
patterns
18
Scaling ML systems
distributed training, data parallelism, model parallelism, and GPU acceleration.
distributed
training
19
Monitoring and maintenance
data drift, concept drift, performance monitoring, and retraining strategies.
Monitoring
maintenance
20
Data privacy and security
differential privacy, federated learning, encryption, and secure multi-party computation.
security
differential
21
Responsible AI
bias detection, fairness metrics, transparency, and ethical considerations in production.
Responsible
detection
22
Case study
predictive maintenance using sensor data from industrial equipment.
predictive
maintenance
23
Case study
customer churn prediction with tabular data and imbalanced classes.
customer
prediction
24
Case study
fraud detection in financial transactions with streaming data.
detection
financial
25
Case study
recommendation systems for e-commerce using collaborative filtering and content-based methods.
recommendation
e-commerce
26
Case study
medical image classification for diagnosis support.
classification
diagnosis
27
Case study
demand forecasting for retail supply chain optimization.
forecasting
optimization
28
Case study
sentiment analysis on social media data for brand monitoring.
sentiment
analysis
29
Case study
anomaly detection in network intrusion detection systems.
detection
intrusion
30
Capstone project
design, build, and deploy an end-to-end ML system on a real-world dataset.
Capstone
end-to-end
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