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Explore a wide range of free and certified Medical devices online courses. Find the best Medical devices training programs and enhance your skills today!
Explore building smarter, compact devices using the MAX32660 microcontroller. Learn about power efficiency, pin assignments, and development tools for creating innovative, size-constrained solutions.
Secure legacy devices, add cybersecurity, and integrate operational data into modern IIoT infrastructure using edge programmable industrial controllers for digital transformation initiatives.
Learn to share USB devices over IP using a Raspberry Pi, enabling remote access and flexible device placement. Ideal for VM configurations, centralized device management, and improved wireless coverage for USB peripherals.
Learn to interface with I2C devices like compasses, EEPROMs, and RTCs. Covers I2C basics, code implementation, and datasheet interpretation for Arduino projects.
Discover efficient cloud-based methods for IoT devices to quickly acquire accurate location data using GPS and cellular technologies, enhancing performance regardless of geographical position.
Explore medical illustration with Andrew Swift, showcasing ZBrush in his workflow. Learn industry insights, ask questions, and gain valuable tips for enhancing your own 3D modeling and digital sculpting techniques.
Learn to migrate IoT solutions to Azure IoT Hub, enhancing security, reliability, and scalability. Explore device-to-cloud communication, telemetry sending, and direct method responses using Python on a Raspberry Pi.
Explore Netflix's approach to achieving high performance in React.js while maintaining declarative architecture, focusing on techniques for 60fps rendering on low-power devices.
Explore software-hardware co-design for efficient TinyML systems, focusing on processing-in-memory accelerators to reduce power consumption and enhance AI inference in smart devices.
Explore streaming analytics for edge devices with Stream Analyze's platform. Learn to develop, deploy, and monitor edge AI solutions using real-time data processing and on-device intelligence.
Explore on-device learning for IoT devices with limited memory. Learn techniques for efficient model adaptation, quantization-aware scaling, and sparse updates to enable continuous learning on tiny hardware.
Explore AutoML for constrained devices with EON Tuner, optimizing tinyML models through pre-processing, DSP, and ML combinations while considering device limitations and real-world performance.
Explore a flexible multimodal learning framework for tiny devices, featuring depth separable layers and mixed precision quantization, with applications in COVID detection and object recognition.
Explore reinforcement learning for energy management in IoT wearables, focusing on tinyMAN's lightweight approach to achieve energy-neutral operation in harvesting devices.
Explore a semi-analytical simulation framework for power estimation in distributed on-sensor compute systems for AR/VR devices, focusing on smart image sensors and workload partitioning.
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