Deploying CNNs for video analytics on resource-constrained edge nodes demands systematic co-optimization of accuracy, latency, energy, and privacy. A comprehensive methodological framework encompasses both posttraining and training-time compression, alongside principled lightweight architecture design. Uniform, symmetric, and power-of-two quantizers can be formalized, ranging from the techniques of network pruning, filter and channel pruning, knowledge distillation, lightweight design, etc.

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Model Deployment for Edge Video Analytics

  • Tong Bai

摘要

Deploying CNNs for video analytics on resource-constrained edge nodes demands systematic co-optimization of accuracy, latency, energy, and privacy. A comprehensive methodological framework encompasses both posttraining and training-time compression, alongside principled lightweight architecture design. Uniform, symmetric, and power-of-two quantizers can be formalized, ranging from the techniques of network pruning, filter and channel pruning, knowledge distillation, lightweight design, etc.