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 Duration 21 hours

Course Outline

Foundations of Ollama Scaling

  • Analyzing Ollama’s architecture and its implications for scaling
  • Identifying typical bottlenecks in multi-user setups
  • Establishing best practices for infrastructure preparation

Resource Management and GPU Tuning

  • Strategies for maximizing CPU and GPU efficiency
  • Addressing memory and network bandwidth constraints
  • Defining resource limits at the container level

Containerized Deployment with Kubernetes

  • Encapsulating Ollama within Docker containers
  • Executing Ollama across Kubernetes clusters
  • Implementing load balancing and service discovery mechanisms

Autoscaling and Batching Mechanisms

  • Formulating autoscaling policies tailored to Ollama
  • Utilizing batch inference to boost throughput
  • Balancing latency requirements against throughput goals

Reducing Latency

  • Analyzing inference performance through profiling
  • Implementing caching and model warm-up procedures
  • Minimizing I/O and inter-service communication overhead

Monitoring and System Observability

  • Connecting Prometheus for metric collection
  • Developing visualization dashboards using Grafana
  • Configuring alerts and incident response protocols for Ollama

Cost Control and Scalability Planning

  • Allocating GPUs with a focus on cost efficiency
  • Evaluating cloud versus on-premises deployment options
  • Developing strategies for sustainable long-term scaling

Conclusion and Future Directions

Requirements

  • Proficiency in Linux system administration
  • Comprehensive understanding of containerization and orchestration principles
  • Exposure to machine learning model deployment workflows

Target Audience

  • DevOps Engineers
  • ML Infrastructure Specialists
  • Site Reliability Engineers

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