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Computer Science
Containerization and Orchestration
GPU Scheduling and Resource Management in Containerized Environments
1. Foundational Concepts
2. GPU Hardware Integration
3. Core Mechanisms for GPU Management in Kubernetes
4. GPU Allocation and Sharing Strategies
5. Advanced GPU Scheduling
6. Monitoring and Observability
7. Ecosystem and Tooling
8. Security and Compliance
9. Performance Optimization
10. Challenges and Future Directions
Ecosystem and Tooling
NVIDIA GPU Operator
Operator Architecture
Custom Resource Definitions
Controller Logic
Reconciliation Loops
Component Management
Driver Installation
Container Toolkit Deployment
Device Plugin Management
DCGM Exporter Setup
Lifecycle Operations
Installation Procedures
Upgrade Strategies
Rollback Mechanisms
Configuration Management
Troubleshooting
Common Issues
Diagnostic Tools
Log Analysis
Cloud Provider GPU Services
Amazon Web Services
EC2 GPU Instances
EKS GPU Support
Batch GPU Jobs
SageMaker Integration
Google Cloud Platform
Compute Engine GPUs
GKE GPU Node Pools
AI Platform Integration
TPU Alternatives
Microsoft Azure
GPU Virtual Machines
AKS GPU Support
Machine Learning Services
Batch GPU Computing
Multi-Cloud Considerations
Portability Challenges
Cost Optimization
Vendor Lock-in Avoidance
Machine Learning Platforms
Kubeflow
Pipeline Orchestration
GPU-Aware Scheduling
Model Serving
Experiment Tracking
MLflow
Experiment Management
Model Registry
Deployment Strategies
Ray
Distributed Computing
GPU Resource Management
Hyperparameter Tuning
Batch Processing Systems
Volcano Scheduler
Job Queue Management
Gang Scheduling
Fair-Share Policies
Plugin Architecture
Apache Spark on Kubernetes
GPU-Accelerated Spark
Dynamic Resource Allocation
Shuffle Service
Argo Workflows
GPU Workflow Orchestration
DAG Execution
Artifact Management
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8. Security and Compliance