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Research of Kernel Particle Filtering Target Tracking Algorithm Based on Multi-feature Fusion

机译:基于多特征融合的核粒子滤波目标跟踪算法研究

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The standard particle filter usually fails in the scene of small system noise or weak dynamic models. The robustness of majority tracking algorithm is not high due to using only a single target feature. An efficient multi-feature fusion tracking method was proposed. The article presents the integration of color distributions into kernel particle filtering(KPF) framework, which has typically been used in combination with edge-based image features. The KPF invokes kernels to form a continuous estimate of the posterior density function. Kernel particle filter reasonably allocated particles by improving sampling efficiency. Experiments results show that other features can still stable and reliable track targets when a feature loses identification capabilities of target in the background clutter. Algorithm is simple and high robustness. It can be effectively applied to track target in the complex context.
机译:标准粒子滤波器通常在系统噪声较小或动力学模型较弱的情况下失败。由于仅使用单个目标特征,多数跟踪算法的鲁棒性不高。提出了一种有效的多特征融合跟踪方法。本文介绍了将颜色分布集成到内核粒子过滤(KPF)框架中的过程,该框架通常与基于边缘的图像功能结合使用。 KPF调用内核以形成后密度函数的连续估计。内核粒子过滤器通过提高采样效率合理分配了粒子。实验结果表明,当一个特征在背景杂波中失去对目标的识别能力时,其他特征仍然可以稳定,可靠地跟踪目标。算法简单,鲁棒性高。它可以有效地用于跟踪复杂上下文中的目标。

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