Marr's tri-level analysis (computational, algorithmic, implementational) shows that biological constraints can be captured at the implementational level while preserving higher-level models intact.

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Algorithmic level(one of the three levels in Marr's framework): The second level that describes the step-by-step procedures or rules a system follows to solve a problem.
Biological constraints(the real-world limits of biological systems that need to be accounted for): Limitations or requirements imposed by the physical nature of living organisms, like how the brain is made of neurons that can only do certain things.
Computational level(one of the three levels in Marr's framework): The first level that describes what a system is trying to accomplish and what problem it's solving, without worrying about how it actually gets solved.
Implementational level(one of the three levels in Marr's framework): The third level that describes the actual physical parts and materials that carry out the procedures—like neurons and brain chemistry in biological systems.

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