离线处理 meaning in Chinese
off-line system simulation
offline publication wizard
Examples
- When using the latter , you have the capability of working offline , creating and managing documents locally , and later synchronizing your updates to the server when you reconnect to the network
使用后者时，可以进行离线处理，在本地创建和管理文档，以后重新连接网络时，可以将更新同步到服务器。 - The noise signal of passing car is gathered through microphone array , and processed off line with array signal processing theory , thus traffic volume and up and down vehicles can be estimated accurately
对麦克风阵列所采集车辆通过的声频信号，运用阵列信号处理理论进行离线处理，可以较准确地估计交通流量和上下行车辆数目。 - The experiments show that the virtual temperature measurement instrument has a wile scope and flexible temperature measuring mode . if users choose the right sensors , they can get the temperature from 0 to 1000 , and the precision is rather high
系统的实测实验表明本虚拟测温仪测温灵活，测温范围宽，选择合适的传感器，可实现0 ~ 1000范围内测温，测温精度较高，既能实现在线分析又能实现离线处理。 - In the first session a vibration test and off - line processing scheme is presented according to present on - line testing environments . after the data has been collected , attempt of wavelet transform is made combined with traditional fourier analysis . various methods of wavelet transform are tried to reveal the relations in transform figures
首先设计出在线测试和离线处理试验方案，进行振动试验数据采集，对试验获得的数据进行小波分析，将信号进行不同尺度的分解，分析小波变换图中的规律，提取故障特征，并对故障进行诊断。 - The noise signal of passing vehicles is gathered with microphone array , and processed off line with the method of wide - band array signal processing , then the estimation of vehicle numbers can be transformed into the estimation of signal source numbers , up and down of the vehicle can be transformed into doa estimation of array signal processing . at the same time , vehicle types are classified using pca method of the pattern recognition based on vehicle noise , and some primarily study is done for vehicle recognition . at last , the result of the experiment proves this method is feasible
对麦克风阵列所采集的车辆行驶时的声音信号，运用宽带阵列信号处理的方法进行离线处理，并将车辆个数的估计转化为阵列信号处理中信号源个数的估计，将车辆上下行的估计转化为阵列信号处理中波达方向变化的估计，进而较准确地估计出了车辆的个数与行车方向；同时对所采集的车辆声音信号应用模式识别中的主分量分析法实现了车辆的简单分类，为实现车型识别作了一些初步的探索。