But they suffer from huge computational complexity.
Computational Complexity theory is covered in computability and complexity.
Computational complexity [could reference] how complicated a computation was on that most universal computer, that of the physics of the world.
Unfortunately, their utility is limited due to immense computational cost; this is especially true when considering large macromolecular complexes.
Given the complexity of branch-specific context-dependent models, model comparison is however seriously hampered by the immense computational demands.
Computational complexity was a fundamental property; its value referenced how complicated a computation was on that most universal computer, that of the physics of the world.
Bermúdez doesn't face the computational complexity of the perceptual capacities of animals.
Deutsch questioned whether computational complexity was a fundamental or a relative property.
If computational complexity was like mass — if it was a fundamental property — then complexity was quite profound; if not, then not.
Such problems are called NP-complete in computational complexity theory.
