AI Enabling Technologies
•
3 likes•934 views
This document discusses NVIDIA's deep learning technologies and platforms. It highlights NVIDIA's GPUs and deep learning software that accelerate major deep learning frameworks and power applications like self-driving cars, medical robotics, and natural language processing. It also introduces NVIDIA's deep learning supercomputer DGX-1 and embedded module Jetson TX1 for edge devices. The document promotes NVIDIA's deep learning events and career opportunities.
Recommended
Recommended
More Related Content
What's hot
What's hot (20)
Viewers also liked
Viewers also liked (20)
Similar to AI Enabling Technologies
Similar to AI Enabling Technologies (20)
More from WithTheBest
More from WithTheBest (20)
Recently uploaded
Recently uploaded (20)
AI Enabling Technologies
- 1. ALISON B LOWNDES AI DevRel | EMEA September 2016 ENABLING ARTIFICIAL INTELLIGENCE
- 2. 2 GE Revolution — The GPU choice when it really matters The processor of #1 U.S. supercomputer and 9 of 10 of world’s most energy-efficient supercomputers DGX-1: World’s 1st Deep Learning Supercomputer — The deep learning platform for AI researchers worldwide 100M NVIDIA GeForce Gamers — The world’s largest gaming platform Pioneering AI computing for self-driving cars NVIDIA Pioneered GPU Computing | Founded 1993 | $7B | 9,500 Employees The visualization platform of every car company and movie studio
- 3. 33 Deep Learning and Computer Vision GPU Compute NVIDIA GPU: MORE THAN GRAPHICS Graphics
- 4. 4 GPU Computing NVIDIA Computing for the Most Demanding Users Computing Human Imagination Computing Human Intelligence
- 5. 5
- 6. 7 HOW
- 8. 9 CUDA A simple sum of two vectors (arrays) in C GPU friendly version in CUDA Framework to Program NVIDIA GPUs __global__ void vector_add(int n, const float *a, const float *b, float *c) { int idx = blockIdx.x*blockDim.x + threadIdx.x; if( idx < n ) c[idx] = a[idx] + b[idx]; } void vector_add(int n, const float *a, const float *b, float *c) { for( int idx = 0 ; idx < n ; ++idx ) c[idx] = a[idx] + b[idx]; }
- 9. 10 EDUCATION START-UPS CNTKTENSORFLOW DL4J THE ENGINE OF MODERN AI NVIDIA DEEP LEARNING PLATFORM *U. Washington, CMU, Stanford, TuSimple, NYU, Microsoft, U. Alberta, MIT, NYU Shanghai VITRUVIAN SCHULTS LABORATORIES TORCH THEANO CAFFE MATCONVNET PURINEMOCHA.JL MINERVA MXNET* CHAINER BIG SUR WATSON OPENDEEPKERAS
- 11. 12 Long short-term memory (LSTM) Hochreiter (1991) analysed vanishing gradient “LSTM falls out of this almost naturally” Gates control importance of the corresponding activations Training via backprop unfolded in time LSTM: input gate output gate Long time dependencies are preserved until input gate is closed (-) and forget gate is open (O) forget gate Fig from Vinyals et al, Google April 2015 NIC Generator Fig from Graves, Schmidhuber et al, Supervised Sequence Labelling with RNNs
- 13. 14 Genetic Algorithms Solution emergence through iterative simulated competition and improvement ”..harnessing the subtle but profound patterns that exist in chaotic data” Kurweil
- 14. 15 WHY
- 15. 16 CNN + RNN NATURAL LANGUAGE PROCESSING
- 16. 17 “Natural language understanding and grounded dialogue systems will revolutionise our access to information and how we interact with computers and the web. The impact in business, law, policy making and science will be profound. It will also bring us closer to understanding human intelligence” Nando de Freitas, DeepMind
- 17. 18 Deep learning teaches robots China Is Building a Robot Army of Model Workers Amazon robot challenge winner counts on deep learning AI Japan Must Refocus From US -dominated AI to Integrating Deep Learning into Manufacturing
- 18. 19 Da Vinci medical robotics
- 20. 21 DEEP REINFORCEMENT LEARNING Motor PWM Sensory Inputs Perceptron RNN Recognition Inference Goal/Reward user task Short-termLong-term MOTION CONTROL AUTONOMOUS NAVIGATION
- 21. 22 GOOGLE DEEPMIND ALPHAGO CHALLENGE
- 22. 23 WORLD’S FIRST AUTONOMOUS CAR RACE 10 teams, 20 identical cars | DRIVE PX 2: The “brain” of every car | 2016/17 Formula E season
- 24. 25NVIDIA CONFIDENTIAL. DO NOT DISTRIBUTE. NVIDIA DEEP LEARNING PLATFORM DEVELOPERS DEEP LEARNING SDK DL FRAMEWORK (CAFFE, CNTK,TENSORFLOW, THEANO, TORCH…) DEPLOYMENT AUTOMOTIVE - DRIVEPX EMBEDDED - JETSON
- 25. 26 POWERING THE DEEP LEARNING ECOSYSTEM NVIDIA SDK accelerates every major framework COMPUTER VISION OBJECT DETECTION IMAGE CLASSIFICATION SPEECH & AUDIO VOICE RECOGNITION LANGUAGE TRANSLATION NATURAL LANGUAGE PROCESSING RECOMMENDATION ENGINES SENTIMENT ANALYSIS DEEP LEARNING FRAMEWORKS Mocha.jl NVIDIA DEEP LEARNING SDK developer.nvidia.com/deep-learning-software
- 26. 27 cuDNN Deep Learning Primitives IGNITING ARTIFICIAL INTELLIGENCE ▪ GPU-accelerated Deep Learning subroutines ▪ High performance neural network training ▪ Accelerates Major Deep Learning frameworks: Caffe, Theano, Torch ▪ Up to 3.5x faster AlexNet training in Caffe than baseline GPU Millions of Images Trained Per Day Tiled FFT up to 2x faster than FFT developer.nvidia.com/cudnn
- 27. 28 WHAT’S NEW IN CUDNN 5? LSTM recurrent neural networks deliver up to 6x speedup in Torch Improved performance: • Deep Neural Networks with 3x3 convolutions, like VGG, GoogleNet and ResNets • 3D Convolutions • FP16 routines on Pascal GPUs Pascal GPU, RNNs, Improved Performance Performance relative to torch-rnn (https://github.com/jcjohnson/torch-rnn) DeepSpeech2: http://arxiv.org/abs/1512.02595 Char-rnn: https://github.com/karpathy/char-rnn 5.9x Speedup for char-rnn RNN Layers 2.8x Speedup for DeepSpeech 2 RNN Layers
- 28. 29 DIGITSTM Quickly design the best deep neural network (DNN) for your data Train on multi-GPU (automatic) Visually monitor DNN training quality in real-time Manage training of many DNNs in parallel on multi-GPU systems Interactive Deep Learning GPU Training System developer.nvidia.com/digits
- 29. 3030 DEEP VISUALIZATION TOOLBOX IMAGE RECOGNITION
- 30. 31 DIGITS 4 • Object Detection Workflows for Automotive and Defense • Targeted at Autonomous Vehicles, Remote Sensing Object Detection Workflow developer.nvidia.com/digits https://devblogs.nvidia.com/parallelforall/
- 31. 32 NCCL ‘nickel’ A topology-aware library of accelerated collectives to improve the scalability of multi-GPU applications • Patterned after MPI’s collectives: includes all-reduce, all-gather, reduce-scatter, reduce, broadcast • Optimized intra-node communication • Supports multi-threaded and multi- process applications Accelerating Multi-GPU Communications github.com/NVIDIA/nccl
- 32. 33 GRAPH ANALYTICS with NVGRAPH developer.nvidia.com/nvgraph GPU Optimized Algorithms Reduced cost & Increased performance Standard formats and primitives Semi-rings, load-balancing Performance Constantly Improving
- 33. 34 Training Device Datacenter GPU DEEP LEARNING IS A NEW COMPUTING MODEL TRAINING Billions of Trillions of Operations GPU train larger models, accelerate time to market
- 34. 35 Training Device Datacenter GPU DEEP LEARNING IS A NEW COMPUTING MODEL DATACENTER INFERENCING 10s of billions of image, voice, video queries per day GPU inference for fast response, maximize datacenter throughput
- 35. 36 WHAT’S NEW IN DEEP LEARNING SOFTWARE TensorRT Deep Learning Inference Engine DeepStream SDK Deep Learning for Video Analytics 36x faster inference enables ubiquitous AND responsive AI High performance video analytics on Tesla platforms
- 36. 37 HARDWARE
- 37. 38 END-TO-END PRODUCT FAMILY FULLY INTEGRATED DL SUPERCOMPUTER DGX-1 For customers who need to get going now with fully integrated solution HYPERSCALE HPC Hyperscale deployment for deep learning training & inference Training - Tesla P100 Inference - Tesla P40 & P4 STRONG-SCALE HPC Data centers running HPC and DL apps scaling to multiple GPUs Tesla P100 with NVLink MIXED-APPS HPC HPC data centers running mix of CPU and GPU workloads Tesla P100 with PCI-E
- 38. 39
- 39. 40 Training Caffe Googlnet ILSVRC, 1.3M Images with 60 epochs Slash DL Training Time by 40% # of Days 3 Days Caffe Googlenet Training Time 1.9 Days 52 Days TITAN X PASCAL TITAN X MAXWELL CUDA cores 3584 3072 Boost Clock 1.53 GHZ 1.08GHZ Memory 12GB G5X 12GB G5 Memory Bandwidth (GB/s) 480 336 GFLOPS (INT8) 44 - GFLOPS (FP32) 11 7 TITAN X PERFORMANCE
- 40. 41
- 41. 42 TESLA P40 P40 # of CUDA Cores 3840 Peak Single Precision 12 TeraFLOPS Peak INT8 47 TOPS Low Precision 4x 8-bit vector dot product with 32-bit accumulate Video Engines 1x decode engine, 2x encode engines GDDR5 Memory 24 GB @ 346 GB/s Power 250W 0 20,000 40,000 60,000 80,000 100,000 GoogLeNet AlexNet 8x M40 (FP32) 8x P40 (INT8) Images/Sec 4x Boost in Less than One Year GoogLeNet, AlexNet, batch size = 128, CPU: Dual Socket Intel E5-2697v4 Highest Throughput for Scale-up Servers
- 42. 43 40x Efficient vs CPU, 8x Efficient vs FPGA 0 50 100 150 200 AlexNet CPU FPGA 1x M4 (FP32) 1x P4 (INT8) Images/Sec/Watt Maximum Efficiency for Scale-out Servers P4 # of CUDA Cores 2560 Peak Single Precision 5.5 TeraFLOPS Peak INT8 22 TOPS Low Precision 4x 8-bit vector dot product with 32-bit accumulate Video Engines 1x decode engine, 2x encode engine GDDR5 Memory 8 GB @ 192 GB/s Power 50W & 75 W AlexNet, batch size = 128, CPU: Intel E5-2690v4 using Intel MKL 2017, FPGA is Arria10-115 1x M4/P4 in node, P4 board power at 56W, P4 GPU power at 36W, M4 board power at 57W, M4 GPU power at 39W, Perf/W chart using GPU power TESLA P4
- 43. 44 NVLinkPascal Architecture New AI Algorithms COWOS with HBM2 Stacked Memory INTRODUCING TESLA P100 Five Technology Breakthroughs Made it Possible 16nm FinFET
- 44. 45 Device TESLA DEEP LEARNING PLATFORM TRAINING DATACENTER INFERENCING Training: comparing to Kepler GPU in 2013 using Caffe, Inference: comparing img/sec/watt to CPU: Intel E5-2697v4 using AlexNet 65Xin 3 years Tesla P100 40Xvs CPU Tesla P4
- 45. 46 Engineered for deep learning | 170TF FP16 | 8x Tesla P100 NVLink hybrid cube mesh | Accelerates major AI frameworks NVIDIA DGX-1 WORLD’S FIRST DEEP LEARNING SUPERCOMPUTER
- 46. 47 CUDA 8 – WHAT’S NEW Stacked Memory NVLINK FP16 math P100 Support Larger Datasets Demand Paging New Tuning APIs Standard C/C++ Allocators CPU/GPU Data Coherence & Atomics Unified Memory New nvGRAPH library cuBLAS improvements for Deep Learning Libraries Critical Path Analysis 2x Faster Compile Time OpenACC Profiling Debug CUDA Apps on Display GPU Developer Tools
- 47. 48
- 48. 49 NVIDIA DGX-1 SOFTWARE STACK Optimized for Deep Learning Performance Accelerated Deep Learning cuDNN NCCL cuSPAR SE cuBLAS cuFFT Container Based Applications NVIDIA Cloud Management Digits DL Frameworks GPU Apps https://devblogs.nvidia.com/parallelforall/nvidia-docker-gpu-server-application-deployment-made-easy/
- 49. 50 A SUPERCOMPUTER FOR AUTONOMOUS MACHINES Bringing AI and machine learning to a world of robots and drones Jetson TX1 is the first embedded computer designed to process deep neural networks 1 TeraFLOPS in a credit-card sized module
- 50. 5151 AT THE FRONTIER OF AUTONOMOUS MACHINES New use cases demand autonomy GPUs deliver superior performance and efficiency Onboard sensing and deep learning, enable autonomy x 2 x 3 x 4 x 1
- 51. 52 DIGITS Workflow VisionWorks Jetson Media SDK and other technologies: CUDA, Linux4Tegra, NSIGHT EE, OpenCV4Tegra, OpenGL, Vulkan, System Trace, Visual Profiler Deep Learning SDK NVIDIA JETPACK
- 52. 53 Develop and deploy Jetson TX1 and Jetson TX1 Developer Kit
- 53. 54 WRAP UP
- 55. 56 Getting started with deep learning developer.nvidia.com/deep-learning
- 56. 57 DEEP LEARNING & ARTIFICIAL INTELLIGENCE Sep 28-29, 2016 | Amsterdam www.gputechconf.eu #GTC16EU AUTONOMOUS VEHICLES VIRTUAL REALITY & AUGMENTED REALITY SUPERCOMPUTING & HPC GTC Europe is a two-day conference designed to expose the innovative ways developers, businesses and academics are using parallel computing to transform our world. EUROPE’S BRIGHTEST MINDS & BEST IDEAS GET A 20% DISCOUNT WITH CODE ALLOGTCEU2016 2 Days | 1,000 Attendees | 50+ Exhibitors | 50+ Speakers | 10+ Tracks | 15+ Hands-on Labs| 1-to-1 Meetings
- 57. COME DO YOUR LIFE’S WORK JOIN NVIDIA We are looking for great people at all levels to help us accelerate the next wave of AI-driven computing in Research, Engineering, and Sales and Marketing. Our work opens up new universes to explore, enables amazing creativity and discovery, and powers what were once science fiction inventions like artificial intelligence and autonomous cars. Check out our career opportunities: • www.nvidia.com/careers • Reach out to your NVIDIA social network or NVIDIA recruiter at DeepLearningRecruiting@nvidia.com