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人机交互处理 meaning in Chinese

interactive processing
interactiveproce ing

Examples

  1. According to such characteristics in the low snr region as complex surface geological condition , steep underground construction , severe static correction problem and low snr of the records , combined with the practical conditions of the original seismic data and with the good use of the person - to - computer inter - workstation , based on solving the static correction problem better in the complex region , started from eliminating all kinds of the disturbance accurately and improving the snr of the seismic data , and aimed at obtaining high quality stacking image results in the low snr region , all kinds of conditions that exist in the original data and their forming mechanisms are analyzed carefully . combined with the high - and - new techniques in the field of geophysics , and by comparing and analyzing the different techniques and methods , the positive effect and the negative influence of every technique are known correctly , and the processing modules and parameters are chosen reasonably . by re
    针对低信噪比地区地表条件复杂、地下构造高陡、静校正问题严重、记录信噪比低等特点,结合原始地震资料的具体情况,利用人机交互工作站,充分发挥人机交互处理的优势,以解决好复杂地区静校正问题为基础,同时以精确地去除各类干扰,提高地震资料的信噪比为出发点,以得到低信噪比地区高质量的叠加、成像成果为目的,细致认真地分析原始资料中存在的静校正、各类干扰的特点及其产生机制,结合当前地球物理领域中发展的一些高新技术,通过对不同技术方法的对比分析,正确认识每项技术的正面作用及其存在的负面影响,合理的选择处理模块和参数,通过对不同处理过程及处理模块的合理搭配,最终得到高精度的叠加成像剖面。

Related Words

  1. 人机交互
  2. 人机交互数字化
  3. 人机交互控制
  4. 人机交互系统
  5. 人机交互绘图
  6. 人机交互模式
  7. 人机交互工作站
  8. 人机交互性
  9. 人机交互作用
  10. 人机交互绘图工作站
  11. 人机交互
  12. 人机交互, 人机联系
  13. 人机交互垂直地震剖面处理
  14. 人机交互方式数据处理
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