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Lessons from building an open-source, open-hardware artificial nose that uses TinyML to classify smells on a microcontroller and connect edge AI with IoT.
A technical talk on deploying image-based neural network inference on low-power multicore RISC-V processors using memory tiling and the AutoTiler tool.
Explore how brain-inspired neuromorphic circuits emulate neurons and synapses for robust, low-latency, ultra-low-power computation at the extreme edge.
Build TinyML applications with open-source Rune tooling, configuring models and deploying them through a QR-code workflow to Android and iOS phones.
A technical talk on SRAM-based in-memory computing, from analog memory-array circuits and ADCs to accelerator architectures for energy-efficient AI inference.
Shrinking hypervectors for efficient hyperdimensional computing on edge devices while preserving classifier accuracy and robustness.
Explore hls4ml’s open-source workflow for translating machine-learning models into low-power FPGA and ASIC implementations for real-time scientific devices.
How TinyML runtimes schedule neural-network workloads across heterogeneous cores while controlling memory, power, and data movement.
Explore how Adaptive AI addresses enterprise edge challenges and helps build and deploy tinyML models for smart devices.
Adaptive neural networks dynamically reduce memory and compute demands for agile TinyML inference.
A TinyML case study on turning a face-detection demo into robust, real-world commercial deployment on low-cost microcontrollers.
Explore how sparsity and the NeuronFlow multicore architecture enable low-latency, real-time AI applications at the edge.
Explores how open RISC-V platforms balance specialized hardware acceleration, flexibility, and sub-milliwatt power for TinyML at the extreme edge.
Learn advanced neural network quantization and compression techniques with Qualcomm’s AI Model Efficiency Toolkit for efficient edge-device AI.
Build an industrial tinyML application end to end, from sensor data collection and model training through quantization, anomaly detection, and deployment on an MCU.
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