Maximizing resource efficiency in a high-performance AI cluster requires matching GPU capabilities to job requirements. Allocating GPUs based on compute intensity ensures that resource-intensive tasks (e.g., large models or datasets) run on high-performance GPUs (e.g., NVIDIA A100 or H100), while lighter tasks use less powerful ones (e.g., V100). NVIDIA's Multi-Instance GPU (MIG) and GPU Operator in Kubernetes support this strategy by allowing dynamic partitioning and allocation, optimizing utilization and throughput across the cluster.
A priority queue (Option A) focuses on deadlines but may underutilize GPUs if low-priority jobs are resource- heavy. Allocating all GPUs to one job (Option B) wastes resources when smaller jobs could run concurrently.
Geographic proximity (Option D) reduces latency in distributed setups but doesn't address compute efficiency within a cluster. NVIDIA's emphasis on workload-aware scheduling in DGX and cloud environments supports Option C as the best approach.