The Conduit® Thinkerface® Pro Band will contain a small 90B dense local model that pre-screens your Conduit® NeuroTokens® stream for compliance against the Conduit® Acceptable Usage Policy applicable for your region and subscription tier.

If non-compliance is detected you'll be promptly notified via a small current applied to the Conduit® ThinkRight® Human Training Electrodes embedded within your band. Intensity and duration are dynamically adjusted until compliance is restored.

Even better, because this all happens on-device before your Conduit® NeuroTokens® are sent to the Conduit® NeuroServer®, non-compliant thoughts don't count towards your Conduit® Daily Thinking Allowance or expend credits from your Conduit® Additional Thinking Purchase Plan.

With all these boutique laptop brands, I hope that one of them will eventually produce a pointing stick keyboard offer a route off Lenovo.

https://hrreview.co.uk/hr-news/strategy-news/bank-england-cl...

I think this is because Cantonese speakers tend to read and write in Modern Standard Chinese (more like written Mandarin) and so are much less anchored by the permanence of text. Additionally, Chinese characters provide even less guidance on pronunciation than English spelling. In this landscape, Hong Kong's small media ecosystem is a fertile breeding ground for new language.

A coal power plant take a form stored energy which is relatively difficult to use because it has to be burnt with oxygen producing harmful waste products, and turns that energy into electricity which is easier to use in a variety of applications.

A mitochondria take a form of energy which is relatively difficult to use, sugars and fats, because they must be respired with oxygen producing harmful waste products, and turns that energy into ATP which is easier to use in a variety of applications.

I would guess that a simple VGA to DVI converter simply syncs to the VGA pixel clock, samples the analogue colours, and outputs the digitally encoded values with the same timings.

From a quick look, the oscillator in this machine's schematic runs at 16 MHz. I assume that the pixel clock is derived from this. The DVI specification has a minimum pixel clock of 25 MHz so you couldn't produce a valid DVI stream from this without buffering the pixels and retiming the output in summer way. Well, I suppose since the pixel clock isn't explicit on the VGA cable you could have an imaginary clock which is higher by doubling pixels horizontally.

Ultimately though, success probably varies depending on the converter and the display used. There are quite a lot of standard VESA modes and you can often get away with generating something close-ish to spec.

For more exotic video signals you can use devices like the RGBtoHDMI: https://github.com/hoglet67/RGBtoHDMI

It decodes the input signal into a framebuffer and uses the Raspberry Pi's video core to output the result.

* HDMI is, broadly speaking, a proprietary extension of DVI. You can feed DVI signals though an HDMI connector and it will display anyway.

It's great to see something similar on the effects used in driving games, which I always imagined to be akin to raycasting's vertical slices drawn horizontally.