Perhaps the first question that comes to mind is, why a biomorphic model? Isn't software engineering more a matter of mathematics? Of logic and algorithms? Of direct cause and effect: if A, then B? Aren't biological organisms parts of the messy real world, a world in which behaviors emerge from the interactions of parts, rather than from being explicitly programmed into the individuals? A world where individuals following simple rules seem to build complex patterns and structures? A decentralized world frequently lacking leaders, and apparently not having blueprints, recipes, or templates to control pattern formation? The answer to all these questions is a resounding yes! It is exactly the messiness—the looseness of the distributed, decentralized behavior, pattern formation, and intelligence of the biological models—that makes biomorphic architecture applicable to many computing problems.
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