The links below are online references for additional resources in the field of cellular and molecular computation. 下列的连结是细胞与分子运算领域中的其他线上资源。
The related resources will allow you to further explore cellular and molecular computation. 这些相关的资源可以让读者更深入地探究细胞分子计算学。
These logic operations are the basis for cellular computation, as well. 这些逻辑运算也是细胞计算的基础。
A cellular neural network ( CNN) is a large-scale nonlinear analog circuit suitable for real-time signal and image processing. CNN can be used for high-speed parallel computation and is easy to be translated into a VLSI implementation. 细胞神经网络(CNN)是一种实时处理信号的大规模非线性模拟电路,它的连续时间特点以及局部互连特点使其可以进行并行计算,并且非常适用于超大规模集成电路(VLSI)的实现。
The paper studies of the definition of the artificial-life computation, and sums up the theoretical foundations of artificial-life computation including in genetic algorithm, artificial neural network, cellular automata, Lindenmayer system, agent and multi-agent system, and computation ecology. 概述了人工生命计算的理论基础包括遗传算法、人工神经网络、自增殖单元自动机理论、L-系统、智能体和多智能体系统和计算生态学等进行;
Based on cellular automata, a multi-secret sharing scheme is represented, which reduces the amount of computation for sharing multiple secrets. 基于细胞自动机理论提出了一个多秘密共享方案,降低了共享多个秘密所需的计算量。
Cellular automaton is a marvellous method which makes simple computation at microscopic level to model complicated physical phenomena at macroscopic level. 细胞自动机是一种在微观级上进行简单计算,在宏观级上模拟复杂物理现象的方法。
Cellular Automata provides a math model for the system of distributed parallel processing. It is very important in the new generation of computation structure designing. 细胞自动机提供了分步并行计算系统的数学模型,它在新一代计算机结构设计中有重要意义。
Cellular automaton evolution and computation theory 细胞自动机的演化与计算理论
The cellular neural networks are uniquely suited for high-speed parallel computation and easy to be implemented in hardware, thus the proposed model is expected to have great potential in real-time image processing. 由于该振荡网络具有高速并行运算,便于硬件实现等特点,因此这种方法在图像实时处理中具有很大的潜力和应用前景。
In the same time, we propose an integrated method of cellular method and level set method, introducing the micro-physical processes of plasma etching to level set method, providing a new idea to solve the problem of huge computation in three dimension plasma etching. 我们提出的元胞水平集联合算法,将等离子体刻蚀的微观物理过程引入到水平集方法中,为解决三维等离子体刻蚀过程计算量巨大的问题提供了一种新的技术思路。