Over the past few years, some insightful researchers have bridged the gap between the biological computing theory and actual DNA-based computation.
在过去几年里，一些富有卓见的研究人员已经衔接了生物计算和实际的DNA计算之间的间隙。
In artificial intelligence, a neural network simulates biological neurons by connecting specialized computing devices into a network, which allow them to learn the underlying statistics of the data.
在人工智能领域，神经网络是指通过将专门的计算设备连接成一个网络，模拟生物神经元，让使它们可以学习数据中潜在统计。
DNA computing is a new calculation method that used biological molecule DNA as calculation medium and biochemical reaction as calculation tool.
dna计算是一种以生物分子DNA作为计算介质，以生物化学反应作为计算工具的一种新型计算方法。
The class is intended to inspire molecular design of new biological materials for a broad range of applications, from bioelectronics and molecular computing to tissue engineering.
此课程的目的在于开辟新型生物材料分子设计的新领域，从生物电子学和分子计算到组织工程。
BITKAPP used the nonlinear BITK data flow model to protect the biological characteristics of data, it was based on the BITK computing framework.
BITKAPP采用BITK的非线性数据流模型以维护各生物特征数据，与BITK的计算框架一脉相承。
Simulating biological immune mechanism to implement performance monitoring and evaluation of computing systems is a new research approach for the distributed high performance computing environment.
对于分布式高性能计算系统来说，模拟免疫机理实现计算系统的性能监控和评估是一个崭新的研究途径。
Bio-inspired Computing is the intelligence-computing model enlightened by natural intelligence and biological processes.
生物启发计算是在生物界自然现象或过程中获得灵感启示下，研究开发的智能计算模型。
Bio-inspired Computing is the intelligence-computing model enlightened by natural intelligence and biological processes.
生物启发计算是在生物界自然现象或过程中获得灵感启示下，研究开发的智能计算模型。
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