systolic

Most TPU designs have been based around systolic arrays, which for matrix ops have a quadratic speedup.

Why does it matter whether the matrix multiplication units inside the AI Engine are a systolic array or not?

Not to rain on your parade, but who has their cholesterol, HDL cholesterol, and systolic blood pressure measurements at hand?

JAX is designed from the start to fit well with systolic arrays (TPUs, Nvidia's tensor cores, etc), which are extremely energy-efficient.

If you seal a hole well enough (stronger than the systolic pressure of the heart), it will prevent any blood from leaking out.

Sodium only has the ability to impact blood pressure by 2-3mmHg diastolic and 5mmHg systolic, so limiting its of very little value for most[2].

Volume pumped each cycle * (systolic pressure - diastolic pressure) / time.

It is extremely difficult to lose significant amounts of blood at a pressure below 50-60 systolic in a subject who is compensating by vasoconstricting.

If you know of a DSP or systolic array or processor or what have you for doing this, I'm ALL ears.

There's other ideas for architectures besides this basic systolic array idea.

Super cool to tape out a nearly 500MHz systolic array!!!

They would need dedicated systolic blocks, which they aren't getting.

"Systolic array" actually means something more specific than "repeated structures on a die." Again, I'd suggest referencing the various HotChips presentations.

A lot of them are based on systolic arrays, which are like a configurable pipeline through which data is "pumped" rather than a general purpose CPU or GPU with random memory access.

So I have an old fashioned "Salter" inflatable BP cuff unit that takes a few AA batteries, that I take readings on sporadically, and as I am borderline problematic (the diastolic number is usually a little high, systolic is not amazing but could be worse, no meds currently) I'm kinda/sorta looking at something that can keep track a bit more often and less intrusively.

A an automated blood pressure cuff is a device that, well, I don't know how it works, but wikipedia says it "They do not measure systolic and diastolic pressures directly, per se, but calculate them from the mean pressure and empirical statistical oscillometric parameters", whatever that means, and produces some blood pressure numbers as output.

Systolic arrays still have a future in true embeded devices: radar processing is a good example.