I suggest you take inspiration from your competitor's documentation on the topic. The only potential upside for me is the benefit of tax-loss-harvesting, since I do my own investing and stay in standard ETF index funds.…
There doesn't exist an addressable transparent LCD yet in mass quantities. But I'm working on a dimmed piece of plastic moving around on a stage. The computer vision is sorta straightforward actually.
Don't confuse the Optane SSD products (worse binned media over a slower NVMe link) with the higher-performance (and more expensive) Optane Persistent Memory product. For the latter, the latency looks to be…
For detecting a pulse from the face, I was able to get good results using pixel tracking and spatial averaging with no fancy math. However if illumination at all changed due to motion, it threw things off considerably…
I suggest you take inspiration from your competitor's documentation on the topic. The only potential upside for me is the benefit of tax-loss-harvesting, since I do my own investing and stay in standard ETF index funds.…
There doesn't exist an addressable transparent LCD yet in mass quantities. But I'm working on a dimmed piece of plastic moving around on a stage. The computer vision is sorta straightforward actually.
Don't confuse the Optane SSD products (worse binned media over a slower NVMe link) with the higher-performance (and more expensive) Optane Persistent Memory product. For the latter, the latency looks to be…
For detecting a pulse from the face, I was able to get good results using pixel tracking and spatial averaging with no fancy math. However if illumination at all changed due to motion, it threw things off considerably…