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Course Outline

Overview of DeepSeek Large Language Model Fine-Tuning

  • Examination of DeepSeek model architectures, including DeepSeek-R1 and DeepSeek-V3
  • Rationale for fine-tuning large language models within federal workflows
  • Distinction between fine-tuning methodologies and prompt engineering approaches

Dataset Preparation for Fine-Ting Processes

  • Acquisition and curation of domain-specific data sets
  • Techniques for data preprocessing and quality assurance
  • Tokenization strategies and dataset formatting standards for DeepSeek LLM integration

Configuration of the Fine-Tuning Environment

  • Allocation and configuration of GPU and TPU computing resources
  • Implementation of Hugging Face Transformers library with DeepSeek LLM components
  • Definition and management of hyperparameters for optimal model training

Execution of DeepSeek LLM Fine-Tuning

  • Implementation of supervised fine-tuning protocols
  • Utilization of Low-Rank Adaptation (LoRA) and Parameter-Efficient Fine-Tuning (PEFT) techniques to reduce computational overhead for government systems
  • Execution of distributed training across large-scale data sets

Performance Evaluation and Optimization of Fine-Tuned Models

  • Assessment of model accuracy using established evaluation metrics
  • Identification and mitigation of overfitting and underfitting conditions
  • Enhancement of inference latency and overall model efficiency for operational readiness

Deployment of Fine-Tuned DeepSeek Models in Production Environments

  • Preparation of models for API-based service delivery
  • Integration of fine-tuned models into government application ecosystems
  • Scaling infrastructure through cloud and edge computing capabilities to support high-volume requests

Application Scenarios and Sector-Specific Use Cases

  • Deployment of fine-tuned LLMs in finance, healthcare, and customer service sectors for government stakeholders
  • Analysis of industry case studies demonstrating operational efficacy
  • Review of ethical standards and compliance requirements for domain-specific AI models

Executive Summary and Future Strategic Directions

Requirements

  • Demonstrated proficiency in machine learning and deep learning frameworks
  • Knowledge of transformer architectures and large language model (LLM) applications
  • Competence in data preprocessing and model training methodologies

Audience

  • AI researchers investigating LLM fine-tuning for government
  • Machine learning engineers designing custom AI models
  • Senior developers deploying AI-driven solutions
 21 Hours

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