Conclusion In summary, calculating instantaneous velocity involves using calculus concepts such as derivatives and limits. By differentiating an object’s position function with respect to time, we can ...

Conclusion Calculating instantaneous acceleration is an essential skill in physics for understanding how an object’s motion changes over time. By finding the velocity function and taking its ...

However, in real applications for an extended object, such as a passenger car, located within a close range to a high-resolution radar or LIDAR, the system usually receives multiple reflections from ...

Current motion compensation algorithms for a moving object on synthetic aperture radar (SAR) imagery by refocusing are accurate, but they suffer from a severe computational efficiency problem. If the ...