I had to buy the house before I could buy anymore shares but she’ll probably still moan that I’ll be buying more shares. Can never winI hope she doesn’t make your life hell for buying a house instead of a bunch of new shares next week.
Sorry itso,This slmple principle should be a patent?
ipXchange on LinkedIn: #ai #disruptivetechnology #embeddedworld #brainchip #techinnovation #llm…
BrainChip's Akida Pico Brings LLMs to the Edge At embedded world Exhibition&Conference in Texas, BrainChip ’s Todd Vierra unveiled the revolutionary Akida…www.linkedin.com
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Hanns-Christian Hanebeck on LinkedIn: #supplychain #transportation #truckl #innovation
#supplychain #transportation Why are supply chains so difficult to manage? First of all, I probably need to clarify what I mean by difficult. Essentially, you…www.linkedin.com
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I think they forgot to mention Edge ai on this article!Starkey CEO Brandon Sawalich Talks New Edge AI Hearing Aid In New Interview — Forbes
Earlier this month, hearing aid maker Starkey announced its all-new Edge AI hearing aid.apple.news
ipXchange on LinkedIn: #ai #disruptivetechnology #embeddedworld #brainchip #techinnovation #llm…
BrainChip's Akida Pico Brings LLMs to the Edge At embedded world Exhibition&Conference in Texas, BrainChip ’s Todd Vierra unveiled the revolutionary Akida…www.linkedin.com
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This David Wyatt guy, might be able to think more clearly, if he removes the carrot from his arse..He is basically calling it a scam, no more spiking than his hair after a rough pillow.
That's an outright lie, and he should be forced to apologize or kicked out on Linkedin.
...and this shows an asynchronous clock divider – nothing special besides the worst asynchronous behavior.Sorry itso,
The drawing is just one of several, that one illustrating the analog multiplication element. I chose this to illustrate the analog part of the neuron where the multiplication is accumulated in the capacitor.
The digital part includes a row of flip-flops to count the spikes from the corresponding row as shown, for example, in:
US2023115373A1 ACCUMULATOR FOR DIGITAL COMPUTATION-IN-MEMORY ARCHITECTURES 20211013
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The actual invention is defined in the claims of the patent, but these are are often in arcane patentese.
I haven't looked into these patents in detail, but it looks like Qualcomm are using single-bit, or possibly 2-bit, analog multipliers which, together with the digital summation, would largely circumvent the problems with manufacturing repeatability (variations in the size/spacing of the capacitor plates). The error effect of the variations escalates exponentially with the number of bits per neuron.