Transform the response from the provider's form to the requestor's form.
将响应从提供者的形式转换成请求者的形式。
And in some way, your presence here is a response to that ache, to the knowledge that ambition can transform lives and transform societies, but only if it is met with opportunity.
从某种意义上讲，各位今天出席峰会正是对这种渴望的响应，也说明雄心壮志可以改变生活、改变社会，但必须要有施展的机会。
It then takes the XDIME from the response, and converts it into the device's preferred markup by running a transform on the XDIME.
然后，从响应中提取XDIME并通过运行XDIME上的转换装置将其转换成设备首选的标记。
We add it as the responder of the AsyncToken object, get the response data, and transform it into a Flex variable type. (See Listing 9.)
我们将其作为AsyncToken对象的响应者添加，获得响应数据并将其转变为一个Flex变量类型(参见清单9)。
A Binary transformation action that USES an XSL sheet that transform the SOAP response to a non-XML response to be sent to the client.
Binarytransformation操作使用一个xsl样式表将SOAP响应转换成发送到客户端的非xml响应。
For example, what destination do we use when we create the inbound service, and where (at what destination) do we transform the response message?
例如，我们在创建入站服务时使用哪一个目的地，以及我们在哪(在哪个目的地)转换响应消息？
We can mediate the reply intercept destination to transform the response.
可以将应答截获目的地作为中介来转换响应。
Once the transform is complete, the generated markup is placed into the response and sent to the device.
一旦转换完成，新生成的标记将被置于响应中并发回到设备。
It is inside the mediation component that we will use custom mediations in the request and response flows to transform the messages.
在中介组件中，我们将在请求和响应流中使用中介组件来转换消息。
Remember that we need to transform the response as well as the request.
请记住，我们需要转换响应和请求。
It also shows you how to use XSLT style sheet processing to transform the Web service XML response into HTML-based Web browser interactions.
还讨论如何使用xslt样式表处理把Web服务的XML响应转换为基于HTML的Web浏览器交互。
An automatic measuring system for the relative spectral response of IR detectors by using Fourier Transform Infrared (FTIR) Spectrometer bas been developed.
用付立叶变换红外光谱仪建立了一套全自动红外探测器相对光谱响应测量系统。
Some design problems were discussed and solved such as Scene Graph, Shape Modeling, iterative algorithm on coordinate transform and collision response etc.
探讨解决了一些设计上的问题，诸如构造场景图与几何建模、坐标变换迭代算法、碰撞响应处理等。
The paper resolves the problem about time normalization of dynamic response, and applies Walsh transform method to sensor's dynamic modelling.
本文解决了动态响应时间归一化的问题，将沃尔什变换方法实用于传感器动态建模。
Then the numerical inversion of Laplace transform (NILT) is employed for the time domain response of the interconnect circuits.
在此基础上运用数值反拉普拉斯变换(nilt)法分析互连电路的时域响应。
By using the Laplace transform technique, the one-dimensional analytical solution of dynamic response for biphasic saturated porous media.
并利用拉普拉斯变换技术，得到了液饱和两相多孔介质一维问题的动力响应解析解。
In the theory of the system, the tools of Fourier analysis or Fourier transform enable us to analyze the response of a LTI system, such as a circuit, to such sinusoidal inputs.
在系统理论中，付里叶分析与付里叶变换的工具使我们能够对一个线性时不变系统在正弦激励下的响应进行分析，比如一个电路对正弦输入下的响应。
For IIR, after researching Pulse Response Method, Step Response Method, Bilinear Transform Method, Direct Design Method, it is found that IIR is unsatisfactory.
对IIR的脉冲响应不变法、阶跃响应不变法、双线性变换法和直接设计法进行研究，得出IIR难以满足要求的结论。
By using Z transform of a function, the general response formula for the general model of discrete singular systems is derived.
利用函数的Z -变换，获得了离散广义系统模型的一般响应公式，由此得到该模型的局部可达性与局部能控性的充分必要条。
The magnetic field sensitivity data are obtained by recording the response of the magnetometer for about 40s, performing a fast Fourier transform (FFT).
通过对磁力仪进行大约40秒的响应度记录并做一个快速傅立叶变换(FFT)，获得了它的磁场灵敏度数据。
The theory of multiple input-output frequency response functions estimation is studied based on the finite Fourier transform.
以有限富氏变换为基础，研究多输入-多输出频响函数估计的一般原理。
By this method, for a real excitation discrete signal or a simulating signal, the response time series of a non-linear system can be easily obtained based on the Z-transform technique.
通过这种方法能比较容易地获得非线性系统对于实激励离散信号或模拟信号的响应时间序列。
The wavelet transform filter and infinite impulse response (IIR) digital filter is applied, and the output signals of the three filters are compared.
此外，本文还对陀螺信号进行了小波变换滤波和IIR数字滤波器滤波并对上述三种方法的滤波性能进行了对比分析。
Laplace transform is used to combine output and input, then the impulse response and equivalent operations of system input and output are gained.
用拉普拉斯变换式对微分方程进行变换，把输出和输入联系起来，得到脉冲响应与系统输入输出之间的对等关系。
It requests corresponding transformations in the problem-proposing way and in the response way to transform towards problem consciousness.
向问题意识转变，意味着在设问方式和应答方式两个方面都应有相应的转变。
After comparing the FFT (fast Fourier transform) and WT (wavelet transform), this paper gives the selection firstly. WT is chosen to analyse the pressure response signal from the EHS.
本论文在试验阶段，首先对傅立叶变换和小波变换进行了对比，选择用小波变换来分析从电液伺服系统提取的压力信号。
The formulations of the response are developed from the those of the frequence-domain by the Fourier transform.
用傅里叶变换由频率域公式导出了时间域的响应公式。
Then, a semi-analytical solution for the velocity response of the pile subjected to a semi-sine wave exciting force was derived by using invert Fourier transform.
利用付立叶逆变换，给出了半正弦脉冲激励下桩顶速度时域响应半解析解。分析了主要参数对响应的影响。
Then, a semi-analytical solution for the velocity response of the pile subjected to a semi-sine wave exciting force was derived by using invert Fourier transform.
利用付立叶逆变换，给出了半正弦脉冲激励下桩顶速度时域响应半解析解。分析了主要参数对响应的影响。
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