识别模式 meaning in English
recognition mode
uim
Examples
- Making use of image processing and synergetic identifying technique , i have worked on two different fingerprint - based identification modes , namely verification " and " identification " . the approach of two modes has been proposed and implemented with c + + program language in this paper
结合数字图像处理技术和协同识别技术，以指纹图像方向场作为指纹的特征信息，对“验证”和“识别”这两种指纹识别模式分别进行研究，并以vc + + 6 . 0为平台，编程实现了算法。 - Based on mu mu ' s research , nonlinear optimization method to make sensitivity analysis of numerical model is particularly explored in the thesis . it is also extended on how to estimate model errors when numerical model can simulate observational data at time t well
在穆穆等工作的基础卜，本文首次对于用非线性优化方法对数值模式进行敏感性分析作了比较全面和详细的介绍，并针对在模拟效果较好时如何识别模式误差和初始误差的大小这一问题，对该方法进行了扩展。 - First , a new method of feature level fusion pattern recognition is presented . feature fusion coefficients are defined to fuse the features extracted from different view of multiple sensors . by evaluating different feature fusion coefficients to different features , we can get the fusion feature of the pattern to be observed
首先，提出一种特征层融合模式识别的方法，定义“特征融合系数”对多传感器视角观察模式所得的不同特征进行融合，通过对不同特征赋以不同的特征融合系数，将多特征进行融合，得到待识别模式的融合特征，从而实现特征层融合。 - According to the study on the resolution of the equipment for coal ore dressing based on the transmission of bi - energy - rays for a long time , it was provided that the resolution could be improved by selecting the mathem atical model , discerning mode , and the width of high and low energy windows
摘要通过较长时间的实验研究，指出处理数据的数学模型，判断结果的识别模式，采集信号通道窗孔的设定是设备仪表系统关系到设备分选率的几个主要方面，只要综合考虑源强，仪器的温度漂移特性，适当选择数学模型、识别模式和窗口位置及宽度，可以大大增强判断的准确性，提高分选率。 - In the end of this part , some application examples of fracture mechanics for the frozen soil have been given out . in the second part , continuum damage mechanics has been introduced to study the characteristics of the frozen soil . on base of additional damage concept , a judging model for initial and additional damage for frozen soil was proposed
第五章进行的是冻土损伤力学的测试研究，首先介绍了冻土损伤的动态测试原理与方法，采用附加损伤的概念推导了冻土初始与附加损伤的动态识别模式，随后对冻土单轴压缩过程进行了动态测试，对在这一过程中的内部结构变化特征进行了研究。