| 1. | Rough air or turbulence bounces the aircraft causing image motion on the exposed film, thus reducing the final definition of the photographic images .
剧烈的气流或湍流会使飞机发生颠簸，造成已曝光胶片上的影像移动，因此最终会降低照片的清晰度或分辨率。 |
| 2. | Target image motion characteristics study for imaging seeker
目标图像运动特征分析 |
| 3. | Second , it gives the fundamental and realization of image motion compensation
其次,给出了图像运动补偿的基本原理和实现方法。 |
| 4. | It is known that visual percepts tend to fade when retinal image motion is eliminated in the laboratory
实验室研究已知，当清除视网膜影像运动后，视觉印象会消退。 |
| 5. | Image motion compensation ( imc ) is often used in aerial cameras to improve the quality of imaging
在研制航空相机时，为提高相机的分辨力，通常都采用像移补偿技术。 |
| 6. | The simplified formula of image motion velocity ( imv ) is usually introduced in engineering . the formula ignores the effect of aircraft ' s initial rotational angle , which will necessarily bring on the error of imc
像移补偿在工程实现时，经常采用简化的像移速度公式。忽略了飞机初始姿态角的影响，这就必然带来补偿后的像移误差。 |
| 7. | At first , the history and the classification methods of aerial survey camera is introduced . in allusion to lmk aerial survey camera . this paper introduced the target of the image motion compensation
文章首先系统的概述了航空摄影机的分类方法、发展历史、设计特点，重点突出了本文所涉及的lmk航空摄影机前向运动补偿控制系统的由来、方法及其基本技术要求。 |
| 8. | When the mtf is a constant , with the increasing amount of image motion , increasing trend of the width of target strip is weakening . the numerical value is : the image motion is a / 3 , a / 2 , a , the corresponding width of target strip is 2a , 2 . 11a , 2 . 44a
当mtf一定时，随着像移量的增加目标条带宽度的增加趋势有所减小，具体数值是，当像移量为a 3 、 a 2 、 a时，相应的目标条带宽度为2a 、 2 . 11a和2 . 44a 。 |
| 9. | It discusses motion - detector response to narrow - band image motion and to broadband images . studies show that the motion - detector can provide velocity estimates in organism ' s natural visual environment , and physiological prefilters can improve determination of velocity of moving image
研究表明：运动检测器可以精确检测多频谱自然图像速度，在运动检测器前增加生理学预滤波环节可以改善图像运动速度的估计。 |
| 10. | Different kind space cameras use different image motion compensation methods and drift angle controls respectively . applications of drift angle control in mechanical image motion compensation and electronic image motion compensation are introduced and analyzed in this paper
不同类型的空间相机有不同的像移补偿方法，也就有不同的偏流角控制方法，本文对机械像移补偿法、电子学补偿方法等像移补偿方法中的偏流角控制及作用进行分析。 |
