🔍 Introducing Wake Vision, a new dataset accelerating research and development in TinyML. → https://goo.gle/4gc6mH8 Wake Vision, roughly 100x larger than VWW, provides two training sets: ♦️ Large - prioritizes dataset size ♦️ Quality - prioritizes label quality Learn how Wake Vision can help you build better person detection models.
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The TECH INSIGHTS video project by Opto Engineering launched last week! If you haven’t watched it yet, now’s the perfect time! Our first episode, "What is a Vision System?", features Machine Vision Specialist Matthew Perry breaking down the basics for those new to machine vision science or simply curious to learn more. Matthew offers an accessible introduction to vision system components and how they work—ideal for anyone interested in the foundational knowledge of this exciting field. 🤓 To dive deeper, visit the Basics section on our website, and stay tuned—episode two is coming soon! #techinsights #machinevision #optoengineering
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Architecture is not only building and interiors. It requires many other skills to master the skill of design. Sketching is one of the most important one. It helps to develop ideas and bring it on paper. it is the easiest and quickest way to explain your thoughts. What do you think about this sketch?
Every skill develops with practice and creativity is one of them. Its just like a muscle, if we stop imaging and experimenting we will start loosing it with time.
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That's right, I have 2 talks at Embedded Vision Summit this year. If you are going to be working in SLAM, and would like to understand the fundamentals of how it works, come check out my intro presentation on May 23, 4:50p. #cadence #tensilica #intelligensystemdesign
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Using the built in accelerometer, Sway provides objective measures for balance, cognition and more, all through your own mobile device. With over 80 supporting research publications proving it's reliability and validity, there’s nothing better and more efficient than having this power in your pocket. Learn more: https://hubs.ly/Q02LBNbC0 #BalanceTesting #CognitiveTesting #BaselineTesting #AthleticTraining #AthleticTrainers #AT4ALL #AT
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🌟 New from #NVIDIAResearch: Weight-Decomposed Low-Rank Adaptation (DoRA). A groundbreaking advancement in fine-tuning technology that's set to revolutionize how we optimize pretrained models without increasing inference costs. 👀
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🌟 New from #NVIDIAResearch: Weight-Decomposed Low-Rank Adaptation (DoRA). A groundbreaking advancement in fine-tuning technology that's set to revolutionize how we optimize pretrained models without increasing inference costs. 👀
Introducing DoRA, a High-Performing Alternative to LoRA for Fine-Tuning | NVIDIA Technical Blog
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🌟 New from #NVIDIAResearch: Weight-Decomposed Low-Rank Adaptation (DoRA). A groundbreaking advancement in fine-tuning technology that's set to revolutionize how we optimize pretrained models without increasing inference costs. 👀
Introducing DoRA, a High-Performing Alternative to LoRA for Fine-Tuning | NVIDIA Technical Blog
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🌟 New from #NVIDIAResearch: Weight-Decomposed Low-Rank Adaptation (DoRA). A groundbreaking advancement in fine-tuning technology that's set to revolutionize how we optimize pretrained models without increasing inference costs. 👀
Introducing DoRA, a High-Performing Alternative to LoRA for Fine-Tuning | NVIDIA Technical Blog
-
🌟 New from #NVIDIAResearch: Weight-Decomposed Low-Rank Adaptation (DoRA). A groundbreaking advancement in fine-tuning technology that's set to revolutionize how we optimize pretrained models without increasing inference costs. 👀
Introducing DoRA, a High-Performing Alternative to LoRA for Fine-Tuning | NVIDIA Technical Blog
-
🌟 New from #NVIDIAResearch: Weight-Decomposed Low-Rank Adaptation (DoRA). A groundbreaking advancement in fine-tuning technology that's set to revolutionize how we optimize pretrained models without increasing inference costs. 👀
Introducing DoRA, a High-Performing Alternative to LoRA for Fine-Tuning | NVIDIA Technical Blog
