Hardwareman/gist:3d8c2e7ad81ef6d565b4

## gistfile1.txt
Andre,

We use our formative years learning how best to navigate in a parallel-concurrent world. Programmers must learn—and keep on learning—how to navigate in the strictly linear-sequential world of computation and make the LS-ness of the machine essentially transparent to the user. A tough task, and the effort too often fails.

I would like to share some of my work on a fundamentally parallel-concurrent method of building process controllers. It has a special logic and operators that are much better for creating systems that react to real-world events.

My solution is hardware, as my UN suggests. A key realization is that, lo and behold, we think in P-C mode all the time. We just don’t have the P-C machines w/w to build our reactive systems and must do it with the ubiquitous LS systems that are fundamentally unsuitable for those jobs.

Hardwareman
	Andre,

	We use our formative years learning how best to navigate in a parallel-concurrent world. Programmers must learn—and keep on learning—how to navigate in the strictly linear-sequential world of computation and make the LS-ness of the machine essentially transparent to the user. A tough task, and the effort too often fails.

	I would like to share some of my work on a fundamentally parallel-concurrent method of building process controllers. It has a special logic and operators that are much better for creating systems that react to real-world events.

	My solution is hardware, as my UN suggests. A key realization is that, lo and behold, we think in P-C mode all the time. We just don’t have the P-C machines w/w to build our reactive systems and must do it with the ubiquitous LS systems that are fundamentally unsuitable for those jobs.

	Hardwareman