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rebelscience.blogspot.com » Rebel Science News - Oct 7, 2008
Part I, II, III, IV Abstract In Part IV, I described the overall control architecture used in the COSA programming model and what happens to a component when it receives a ‘Start’ or ‘Stop’ signal. In this installment …
Also tagged: messaging, connectors, cosa, parallel programming, behavior control, effector, control effector, data connector
rebelscience.blogspot.com » Rebel Science News - Aug 11, 2008
A Computer Is Not What It Does The COSA computing model is closely related to my ongoing research in artificial intelligence and my rejection of the GOFAI symbol manipulation approach to AI. I understood early on that …
Also tagged: ai, dos, multitasking, multicore, cosa, parallel programming, task scheduling, safety critical, software reliability, gofai, timing watchdog
rebelscience.blogspot.com » Rebel Science News - Aug 6, 2008
I wrote this about two years ago but it bears repeating. Dataflow Languages Are Not New I frequently receive emails from people who insist that COSA is nothing but a dataflow programming model and that I am just …
Also tagged: cosa, dataflow, synchronous, labview, prograph
rebelscience.blogspot.com » Rebel Science News - Jul 7, 2008
[What follows is a comment that I posted at Intel Research Blogs in response to a recent article by Anwar Ghuloum titled Unwelcome Advice. I was actually replying to another commenter, Falde, who is promoting Erlang as …
Also tagged: multithreading, functional programming, parallel programming, synchronous, erlang, shared memory, fine grain parallelism, non algorithmic, universality, anwar ghuloum
rebelscience.blogspot.com » Rebel Science News - May 8, 2008
Decades of Deception and Disillusion (Note: This article was originally posted in October 2007) I remember being elated back in the early 80s when event-driven programming became popular. At the time, I took it as a …
Also tagged: jeff han, turing, cosa, parallel programming, concurrent, computer geeks, fine grain parallelism, cpu architecture, fred brooks, event driven programming
rebelscience.blogspot.com » Rebel Science News - Apr 28, 2008
Reactive vs. Non-Reactive Systems A reactive system is one in which every stimulus (discrete change or event) triggers an immediate response within the next system cycle. That is to say, there is no latency between …
Also tagged: productivity, reliability, multicore, cosa, synchronous, algorithmic, plug compatibility
rebelscience.blogspot.com » Rebel Science News - Mar 12, 2008
Recap In the previous post, I wrote that the reason that the computer industry’s multicore strategy will not work is that it is based on multithreading, a technique that was never intended to be the basis of a parallel …
Also tagged: multicore, cosa, parallel programming, mimd, fine grain parallelism, cpu architecture, simd
psychcentral.com » Psych Central News » Psychotherapy - Mar 11, 2008
Researchers believe they have discovered why poor sleep, especially the time it takes to fall asleep, does more harm to cardiovascular health in women than in men. Duke University scientists found that poor sleep is …
Also tagged: general, professional, featured, brain and behavior, depression, insulin, sleep, anxiety, psychology, biomarkers, psychotherapy, suarez, asleep, sleepers, health related, mental health and wellness, memory and perception, lifehelper, aggression and violence
rebelscience.blogspot.com » Rebel Science News - Dec 17, 2007
Decades of Deception and Disillusion I remember being elated back in the early 80s when event-driven programming became popular. At the time, I took it as a hopeful sign that the computer industry was finally beginning …
Also tagged: jeff han, turing, parallel programming, computer geeks, fine grain parallelism, cpu architecture
rebelscience.blogspot.com » Rebel Science News - Dec 17, 2007
All Multicore and Parallel Programming Articles The CPU, a Necessary Evil The universe can be seen as the ultimate parallel computer. I say ‘ultimate’ because, instead of having a single central processor that …
Also tagged: ubm, multicore, parallel programming, erlang, fine grain parallelism, algorithmic, charles babbage, ada lovelace, thread based parallelism