In the actual engineering applications, the loitering missile seeker has a larger velocity to
height ratio (V/H), the sensor imaging scene changes quickly, and the flight environment is …

When the theodolite in the shooting-range tracks the target in real time, the theodolite may
randomly jitter, causing the target a large displacement on the next frame. While dealing with …

Aiming at the problem of severe accuracy degradation in the traditional KCF (Kernel
correlation filter) target tracking algorithm in a complex environment, we propose an …

This article mainly solves the problems that exist when using the Kernel Correlation Filter
(KCF) for tracking in complex scenarios. To make the algorithm suitable for target tracking …

The Kernel Correlation Filtering Algorithm (KCF) is one of the popular algorithms in the field
of target tracking. It has been widely used in many fields because of its advantages in …

Focusing on the issue that the kernel correlation filter tracking method can not accurately
adapt to the target scale change, a scale estimation method is added under the kernel …

Laser weapons and laser three-dimensional imaging require high precision in target
tracking, at the same time, it also need to face the situation where the target is interfered by …

There are various problems in the current target tracking of satellite videos, such as the
small size of moving targets, few textures, and easy occlusion. To solve the problem of …

In UAV (Unmanned Aerial Vehicle) target tracking, due to the complexity of the ground
scene, it brings great interference to target detection and tracking. Therefore, a method …

Abstract For the Kernel Correlation Filter (KCF) algorithm using a single feature can not fully
describe the tracking target, and is susceptible to the change of the target scale, lacking the …