This guy is my new hero. I was researching the transputer – an everything-on-a-chip – work from the 1980s in parallel computing that was abandoned around 1990 when the speed-wars of CPUs began and the large-scale Japanese 5th Generation computing project was abandoned. Look at all those chickens! But yeah, he correctly identifies common bottlenecks in computing (which then transfer through networked systems such as the internet). I’m only the 2nd view on Youtube, but his kickstarter from 2013 _did_ generate the modest $3000 goal which was enough for him to get his project going. I found him through a stray comment on a Stackexchange question on Real-Time Programming languages where he was promoting his kickstarter. He’s done work with it too since. I checked out some patents he recently acquired. http://ift.tt/2nc0mo5 So, Lawrence J. Dickson, with your chickens and big ideas? You’ve got my respect, brother!

This guy is my new hero. I was researching the transputer – an everything-on-a-chip – work from the 1980s in parallel computing that was abandoned around 1990 when the speed-wars of CPUs began and the large-scale Japanese 5th Generation computing project was abandoned.

Look at all those chickens! But yeah, he correctly identifies common bottlenecks in computing (which then transfer through networked systems such as the internet).

I’m only the 2nd view on Youtube, but his kickstarter from 2013 _did_ generate the modest $3000 goal which was enough for him to get his project going.

I found him through a stray comment on a Stackexchange question on Real-Time Programming languages where he was promoting his kickstarter.

He’s done work with it too since. I checked out some patents he recently acquired.

http://ift.tt/2nc0mo5

So, Lawrence J. Dickson, with your chickens and big ideas? You’ve got my respect, brother!

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