High Performance Deep Learning on Edge Devices With
summary
Apache MXNet ships a mobile runtime under 10 MB and shows a full vision network running near real time on a Raspberry Pi, using optimizations like separable convolutions and quantized weights and deploying models from a model zoo. Training scales linearly to 256 GPUs and inference benefits from 80% sparsity with little accuracy loss. Greengrass enables hub‑and‑spoke local learning where Raspberry Pis send captures to a Jetson that refines and pushes improved models back, reducing cloud bandwidth and latency.
AI-written summary · about
chapters (24)
- 0:00Intro
- 3:21Motivating Examples
- 5:49Peep Learning Frameworks
- 6:38Apache MXNet | Flexible Programming
- 7:53Apache MXNet | On Mobile Devices
- 10:55Apache MXNet | Easy to Get Started
- 12:00The Metal: Heterogeneity
- 12:53The Metal: Performance Gap
- 14:27The Models: Where is Our Cost?
- 15:46Cheaper Convolutions: Winograd
- 16:51Cheaper Convolutions: Separable Convolutions
- 18:14Depth Separable Convolutions in MS
- 18:56Fewer Parameters: Quantization
- 20:25Fewer Parameters: Weight Pruning Prune unused weights during training
- 21:09Weight Pruning in MXNet
- 22:52Fewer Parameters: Tensor Decompositions
- 23:55Table of Model Optimization Techniques
- 24:46Edge Model Optimization Benefits The Cloud
- 26:13The Challenge For Artificial Intelligence: SCALE
- 27:17AWS Tools for Deep Learning
- 28:12AWS Deep Learning AMI: One-Click Deep Learning
- 29:25AWS IoT and AWS Greengrass
- 30:01Manage and Monitor Models on The Fly
- 31:05Local Learning Loop
related talks
37mDeep Learning Neural Network Acceleration at the Edge
49mEnable IoT with Edge Computing and Machine Learning
15mDesign Compact Deep Learning Models: Small is the New Big
27mModel Serving at the Edge Made Easier
55mUsing TensorFlow for Performing Deep Learning at the Edge
48mThe Power of Edge AI: Revolutionizing Future of Real-Time, Autonomous Processing
28mMachine Learning on the Edge
20mApache MXNet, a highly memory efficient deep learning framework
