广义线性反演的英文

• generalized linear inversion
• gli

• "广义"英文翻译    broad sense; generalization
• "线性"英文翻译    linear; linearity
• "反"英文翻译    reverse side
• "演"英文翻译    develop; evolve
• "线性反演" 英文翻译 :    linear inversion
• "广义线性归结" 英文翻译 :    generalized linear resolution
• "广义线性模式" 英文翻译 :    generalized linear model
• "广义线性模型" 英文翻译 :    generalized linear model; genlog (generalized liner models)
• "广义线性系统" 英文翻译 :    generalized linear system
• "多维线性反演" 英文翻译 :    multidimensional linearized inversion
• "广义线性相关模型" 英文翻译 :    generalized linear interactive model
• "广义线性相互作用模型" 英文翻译 :    general linear interactive modelling
• "非线性反馈" 英文翻译 :    nonlinear feedback
• "非线性反射" 英文翻译 :    nonlinear reflection
• "非线性反应" 英文翻译 :    nonlinearity response
• "线性反差加大" 英文翻译 :    linear contrast stretch; linear stretch
• "线性反馈控制" 英文翻译 :    linear feedback control
• "线性反馈系统" 英文翻译 :    linear feedback systems
• "标准线性反差加大" 英文翻译 :    standard linear stretch
• "标准线性反差扩大" 英文翻译 :    standard linear stretch
• "非线性反差增强" 英文翻译 :    nonlinear contrast enhancement
• "非线性反馈系统" 英文翻译 :    non-linear feedback system
• "非线性反馈装置" 英文翻译 :    non-linear feedback device
• "线性反差加大图像" 英文翻译 :    linear-stretch image
• "线性反差加大图象" 英文翻译 :    linear-stretch image

• In this paper , taking the measured error sound velocity profile as the initial guess value , the sound beam travel times and beam angle recorded by the multi - beam system and the generalized linear inversion method are used to get a sound velocity profile close to the actual sound velocity profile , and the inversed sound velocity profiles have contributed to the reduction of sound velocity profile error
  摘要以测得的误差声速剖面作为初始猜测值，利用多波束记录到的波束传播时间和波束角等信息，通过广义线性反演得到一个与实际声速剖面比较接近的声速剖面，这有助于减少声速剖面的误差。
• Multi - channel deconvolution , based on multi - channel signal analysis , is presented to recover receiver function from three - component teleseismic p waveforms clustered within certain backazimuth and epicenter distance , to increase the resolution of receiver function . wavelet inversion is also introduced to broadband receiver function , to solve for nonuniqueness cased by linear approximation of nonlinear problem , and broadband receiver function is decomposed into multi - resolution versions , and the inversion result for the low - resolution version is iteratively taken as the initial model for the high - resolution , and gradually obtain the inversion model for broadband receiver function
  为克服广义线性反演对初始模型的依赖性，并保持其快速收敛的特点，本文首次将小波变换引入到接收函数波形反演，将接收函数分解到不同的分辨尺度上，分别进行广义线性反演，并将低分辨率的反演结果作为高分辨率反演的初始模型，渐近地获取宽频带接收函数的模型，克服了非线性问题线性化带来的非唯一性。
• On the basis of displacement - time series of the slope , a nonlinear dynamic model is set up according to backus generalized linear inversion theory in this paper . due to the equivalence beween autonomous gradient system and catastrophe model , a standard cusp catastrophe model can be obtained through variable substitution . the method is used in analysis of displacement data of huangci landslide and wolongsi landslide and in understanding how slopes evolve before sliding . the result shows that the nonlinear dynamic model can make satisfactory prediction result . is it most important that there is a sudden fall of d , which indicates the occurrence of catastrophe ( when d = 0 )
  研究表明，滑坡变形失稳过程具有混沌和分维特性，可以用分形理论来研究滑坡预测问题，基于对任一连续函数，至少在较小的邻域内可以用多项式任意逼近的数学理论，运用改进的backus广义线性反演理论，以斜坡位移时间序列为基础，反演了斜坡演化的非线性动力学模型。并利用自治梯度系统与突变模型的等价性，通过变量代换得到标准的尖点突变模型。