Biological recognition technology has been widely used in recent world.
生物识别技术在当今世界中已经得到了广泛的应用。
Recently, biological recognition technology as a kind of identity recognition method is more and more emphasized.
近年来，生物识别技术作为身份识别的手段越来越受到人们的重视。
A biological recognition method by feature detection of human body on the move was presented, and the mathematical model of Doppler shift was established.
根据生物的生命体行为特征，提出一种新的生物识别方法，并建立了多普勒频移数学模型。
However, for some biological samples whose biological recognition mainly occurs in aqueous solution and the application of MIPs were limited to some extent.
而生物识别一般在水中进行，因此研究水相中分子烙印聚合物的制备和应用，对于生物样品的分离和纯化，具有重要意义。
Materials have been developed to incorporate bioactivity through biological recognition, including incorporation of growth factor, adhesion factors, and plasm id DNA.
通过生物识别而使材料具有生物活性，包括结合生长因子、黏附因子及质粒dna。
Moreover, the biological recognition product aided by the computer technology is easy to implement the functions including safety certification, monitoring and management.
此外，生物识别产品借助于计算机技术，易完成安全认证、监控、管理等功能。
Ear recognition is a new technique of biological recognition and the research on ear recognition is still in the preliminary stage currently. The mature theory or method has not been found yet.
人耳识别是一种新的生物特征识别技术，目前，研究尚处于起步阶段，有关的理论和方法还很不完善。
Biological Immune is a highly complexity and self-adaptive system with capability of learning, memory acquisition, pattern recognition and so on.
生物免疫是一个高度复杂的自适应系统，具有学习、记忆和模式识别的能力。
Iris recognition is a new method for man identification based on the biological features, which has the significant value in the information and security field.
虹膜识别是一种新颖的基于生物特征的身份鉴别方法，在信息及安全领域有着重要的应用价值。
Chiral recognition has attracted more and more attention in the pharmaceutical, medical, and biological fields.
近年来，手性识别在医药及生物领域受到了越来越多的关注。
The machine recognition of faces is one of the most important identification recognition techniques based on biological features.
计算机人脸识别技术是一种重要的基于生物特征的人类身份识别技术。
Iris recognition is a new method for personal identification based on the biological features, which has the significant value in the information and security field.
虹膜识别是一种基于生物特征的身份鉴别方法，在信息及安全领域有着重要的应用价值。
First, the theoretical foundation of hand vein recognition and some advantages of it compared to other biological feature recognitions.
首先分析了静脉识别的理论依据和它相对于其它生物特征识别的一些优点。
Online handwritten signature recognition is the technology by which the identity is verified via(person's) biological characteristic.
在线手写签名识别是通过人的生物特征进行身份验证的技术。
The artificial neural network(ANN) and the fuzzy recognition(FR) are information process systems to simulate biological mechanism.
人工神经网络和模糊识别理论作为模拟生物体的信息处理系统。
HACCP is a guarantee for international recognition and food from the biological, chemical and physical hazards prevention system.
HACCP是一个为国际认可的、保证食品免受生物性、化学性及物理性危害的预防体系。
Speaker recognition is a kind of biological certification technology and it makes use of the speech coefficients which represent the speaker's physiological and physical feature to identify speaker.
说话人识别技术属于生物认证技术的一种，是一项根据语音波形中反映说话人生理和行为特征的语音参数来自动识别说话人身份的技术。
Fingerprint recognition is considered as the comparative maturity technology in biological feature recognition whose algorithm performance has applied in practical products.
指纹识别技术相对来说是生物特征识别中比较成熟的一种身份确认技术，指纹识别算法性能已达到实用的程度。
The human palmprint is more stable, more clearly represented and easier to collect compared with other human biological characteristics, thus many palmprint recognition algorithms are developed.
因为人的手掌纹理相对于很多其它的人体生物学特征更具有稳定性、清晰性和易于采集性，因而出现了许多针对人体掌纹的识别算法。
Recognition of biological assets that should be targeted at specific biological assets to select a different standard to confirm.
认为生物资产的确认应针对具体的生物资产选择不同的确认标准。
The pattern recognition ability may also be found in other biological systems: the cat knows the way home, the dog recognizes his boss from the footsteps or the bee finds the delicious flower.
模式识别的能力也可以在其它生物中被发现到：猫可以知道回家的路，狗能够识别主人的脚印，蜜蜂会发现它要采蜜的花。
This paper reviews the recent applications of this new class of non-biological secondary structures in molecular recognition.
综述了近年来这种新的非生物二级结构形式在分子识别研究中的应用。
Imitating the biological olfactory system, a bionic nose system was constructed, which consists of gas sensor array and pattern recognition system of neural network.
模仿生物嗅觉系统，由气敏传感器阵列结合神经网络模式识别技术构成了仿生鼻。
Finally, based on the biological features such as the shape and the veins of the fusarium, it recognizes the types of the fusarium with the SVM recognition method.
最后基于镰刀菌形状特征，采用支持向量机识别方法对镰刀菌和其他菌类进行分类识别。
Furthermore, the fitness of evaluation system and recognition of society to the biological subject would influence the effect of method trainings differently.
此外，评价体系的适配状况，社会各界对生物学科的重视程度，也对方法训练效果造成了不同程度的影响。
Furthermore, the fitness of evaluation system and recognition of society to the biological subject would influence the effect of method trainings differently.
此外，评价体系的适配状况，社会各界对生物学科的重视程度，也对方法训练效果造成了不同程度的影响。
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