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 Duration 14 hours

Course Outline

Introduction

TensorFundamentals

  • Definition of TensorFlow
  • Core capabilities of TensorFlow

Artificial Intelligence Overview

  • Computational approaches to psychology
  • Computational perspectives in philosophy

Machine Learning Principles

  • Theoretical frameworks for computational learning
  • Algorithmic methods for processing computational experience

Deep Learning Concepts

  • Artificial neural network architecture
  • Differentiation between deep learning and machine learning

Development Environment Setup

  • Installation and configuration of TensorFlow

TensorFoundamentals

  • Implementation of graph nodes
  • Utilization of the Keras API

Fraud Detection Applications

  • Data ingestion and persistence operations
  • Feature engineering processes
  • Data labeling protocols
  • Data normalization techniques
  • Dataset partitioning for testing and training
  • Input image formatting standards

Predictive Analysis and Regression

  • Model loading procedures
  • Visualization of predictive outcomes
  • Construction of regression models

Classification Systems

  • Development and compilation of classifier models
  • Model validation through training and testing

Summary and Conclusions

Requirements

  • Proficiency in Python programming

Intended Audience

  • Data Scientists

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