2) parameter correction
参数校正
1.
Study on the method of parameter correction of the GeoSwath Plus bathymetry system
GeoSwath Plus条带测深系统的参数校正方法研究
2.
Then introduces main contrast examination and principles on three GPS RTK correct means: single point correction, multi- points correction parameter correction and searches precision of three correction means by the exami.
首先介绍了GPSRTK技术及其工作原理,然后在点校正实验的基础上,重点介绍GPSRTK的三种常规校正方法:单点校正,多点校正和参数校正的原理与对比实验,通过实验数据探讨了三种校正方法的精度。
3) parameter calibration
参数校正
1.
Study on Microscopic Traffic Simulation Model Systematic Parameter Calibration;
微观交通仿真系统参数校正研究
4) correct coefficient
参数校正
1.
The analysis of calculation result obtained from loading test shows different part of compression curve has different influence upon the course of consolidation,and correct coefficient and viscous effect have great significance on deformation forecast.
通过对堆载试验的计算分析 ,说明压缩曲线各段对固结过程不同阶段的影响 ,以及在沉降预测中 ,室内试验的土工参数校正和考虑粘性效应的重要
5) parameter-adjusting level
参数校正级
1.
By analyzing the contacting force error target track between the welding robot and workpiece,the basic control cells,characteristic model,multi-model control and multi-target decision-making rules of human-simulated intelligent parameter-adjusting level control of force sensing are established based on human-simulated intelligent running level control of force sensing in remote welding.
通过分析遥控焊接过程机器人与工件接触力误差目标轨迹,在遥控焊接力觉仿人智能运动控制级控制基础上,建立了遥控焊接力觉仿人智能参数校正级控制基元集合、特征模型、多模态控制和多目标推理决策规则。
6) parameter self-reverse
参数自校正
1.
To solve the problem of serious slipping of the two tracks beside the tractor which is working on the deep-seabed sediment,and delay in velocity regulating which is caused by the cutting driven mode of the tractor,an anti-slip controller based on fuzzy control is presented,and a Gray Prediction with a parameter self-reverse model is used to track the given velocity.
为了解决作业于深海"稀软底"环境的集矿机两侧履带打滑严重的问题,以及集矿机的剪切驱动形式引起的速度调节滞后的问题,提出了一种基于模糊控制的防滑控制方法,并采用带参数自校正模块的灰色预测控制器进行自行走控制;防滑控制器能使深海集矿机的行驶速度与沉积物特性匹配,有效抑制履带打滑,保证集矿机在极限海底沉积物上安全行走作业;带自校正模块的预测自行走控制算法与单纯的PID控制、不带自校正模块的灰色预测控制相比,具有更好的行走控制性能和自适应性;仿真结果表明了算法的有效性。
2.
For the working robot tracking on the deep-sea sediment,an anti-slipping controller based on fuzzy control is presented in this paper,and dimension-changed gray prediction with a parameter self-reverse model is used to track the given velocity.
面向深海“稀软底”作业机器人提出一种基于模糊控制的防滑控制方法,并采用带参数自校正模块的变维灰色预测控制器进行速度跟踪控制。
补充资料:校正
校对订正:~错字ㄧ重新~炮位。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条