Titlebook: Unconventional Computation; 5th International Co Cristian S. Calude,Michael J. Dinneen,Susan Stepne Conference proceedings 2006 Springer-Ve

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surrogate

Graph Machines and Their Applications to Computer-Aided Drug Design: A New Approach to Learning fromtor machines, can be extended to graph machines. Academic examples are described, together with applications to the prediction of pharmaceutical activities of molecules and to the classification of properties; the potential of graph machines for computer-aided drug design are highlighted.

Foreshadow

Fault-Tolerance in Biochemical Systemsfault-tolerance in molecular self-assembly, which requires new techniques. Using a model of algorithmic self-assembly, a generalization of crystal growth processes, I will present techniques for controlling the nucleation of self-assembly, for reducing errors during growth, and for recovering after gross damage or fragmentation.

里程碑

The Number of Orbits of Periodic Box-Ball Systemsds of solitons and investigate their behaviours, especially, the length of cycles and the number of orbits. We showed some relational equations of soliton sizes, a box size and the number of orbits. Varying a box size, we also found out some simulation results of the periodicity of orbits of pBBS with same kinds of solitons.

Albinism

安撫

nurture

Rational Models of Cognitive ControlAny theory of human cognition must explain not only routine behavior, but how behavior is flexibly modulated by the current environment and goals. In this extended abstract, we discuss this ability, often referred to as ..

虛度

Fault-Tolerance in Biochemical Systemsiochemical processes that copy genetic information and use that information as a program to construct a sophisticated organization of matter and behaviour – reliably and robustly overcoming insult after insult from the environment. In this talk I will first discuss how known techniques for fault-tol

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Optical Computing and Computational Complexityace machine and operates in discrete timesteps over a number of two-dimensional images of fixed size and arbitrary spatial resolution. The (constant time) operations on images include Fourier transformation, multiplication, addition, thresholding, copying and scaling. We survey some of the work to d

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