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on
1
Intro
2
The big opportunity in business
3
Challenges
4
Energy Efficiency
5
Instruction Level Acceleration
6
Parallelization
7
Other components
8
Parallelisation
9
Continuous Platform
10
Hardware Acceleration Engine
11
Hardware Concrete Engine
12
Hardware Processing Engine
13
Compute Engine
14
Binary Base Quantization
15
Binary Engine
16
Conclusion
17
Full system aspect
18
Alwayson intelligence
19
Power consumption
20
Inmemory accelerator
21
Low power IOs
22
Open platform
23
Sponsors
Description:
Explore the future of Extreme Edge AI in this 55-minute keynote address from the tinyML Summit 2021. Delve into the challenges and opportunities of pushing signal processing and machine learning towards sensors and actuators with sub-mW power budgets. Learn about the balance between general-purpose and highly specialized architectures, drawing from the extensive experience of the open PULP platform. Discover insights on instruction-level acceleration, parallelization, and domain-specific acceleration engines based on RISC-V processors. Examine various hardware acceleration techniques, including binary base quantization and in-memory accelerators. Gain a comprehensive understanding of the full system aspects, always-on intelligence, power consumption considerations, and the benefits of an open platform approach in the realm of TinyML.

Many Shades of Acceleration - An Open TinyML Platform Perspective

tinyML
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