Research Article
Tracking Objects Based on Multiple Particle Filters for Multipart Combined Moving Directions Information
Algorithm 2
Particle filter for random processes
. | Input: pf particles sample set (based on Algorithm 4), k th image (where k starts from the second image) | | Output: The new set of particles represents , estimate the state of the object in the k th image. | | Step 1: | | for i = 1 to do | | Beginfor | | /∗(with is the i th particle)∗/ | | Get | | Get | | Get | | Calculate | | Calculate by Algorithm 8 | | Update weight for i th particle: | | Endfor | | Step 2: | | Calculate sum | | for i = 1 to do | | Beginfor | | Standardize weight: | | Endfor | | Step 3: Calculate | | Step 4: | | if then | | use boostrap | | Endif | | Step 5: Estimate the state of the object in the k th image by calculating the average of the new set of particles |
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