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1
Introduction
2
Presentation
3
Machine Learning at the Edge
4
Finger and Hand Gesture Recognition
5
TI Sensor Tag
6
Arm Cortex M3
7
Fitness Tracking
8
Wearable SOC Trends
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heterogeneous SOCs
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Tensorflow Lite
11
Architecture
12
Accelerators
13
Universal Accelerators
14
Software Defined Hardware
15
GovTech IoT Stack
16
Scalable Compilation
17
Application Scenario
18
Questions
19
Singapore Smart City Ranking
20
Smart Nation Initiative
21
Heterogeneity
22
Fundamental Problems
23
Compilers
24
Role of Compilers
25
Thank you
26
Sponsor
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ARM
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Cortex
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Media Partners
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Conclusion
Description:
Explore system software approaches for machine learning at the edge in this tinyML Asia 2020 conference talk. Delve into the challenges and opportunities of deploying ML on mobile and IoT devices, focusing on compiler and runtime software strategies to maximize hardware potential. Learn about deep neural network optimizations, workload partitioning, and voltage-frequency scaling techniques for orchestrating on-chip compute resources. Discover how these methods can achieve low-power, real-time edge ML performance across various applications, from gesture recognition to fitness tracking. Gain insights into the evolving landscape of heterogeneous system-on-chips, TensorFlow Lite architecture, and the role of compilers in addressing fundamental problems in edge computing.

System Software for Machine Learning at the Edge - tinyML Asia 2020

tinyML
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