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Journals >
Laser & Optoelectronics Progress >
Volume 58 >
Issue 16 >
Page 1610004 > Article
Laser & Optoelectronics Progress
Vol. 58, Issue 16, 1610004 (2021)
Multitarget Tracking Algorithm Based on an Improved YOLOv3 Algorithm
Xiangsheng Zhang
*
and Qing Shen
Author Affiliations
School of Internet of Things Engineering, Key Laboratory of Advanced Control of Light Industry Process, Ministry of Education, Jiangnan University, Wuxi, Jiangsu 214122, China
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DOI:
10.3788/LOP202158.1610004
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Xiangsheng Zhang, Qing Shen. Multitarget Tracking Algorithm Based on an Improved YOLOv3 Algorithm[J]. Laser & Optoelectronics Progress, 2021, 58(16): 1610004
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Fig. 1.
Structure of standard convolution filters
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Fig. 2.
Structure of depthwise convolution filters
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Fig. 3.
Structure of pointwise convolution filters
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Fig. 4.
SENet structure
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Fig. 5.
Improved YOLOv3 network model structure diagram
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Fig. 6.
Multi-target tracking algorithm flow
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Fig. 7.
Intersection-over-union of different number of anchors
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Fig. 8.
Comparison of algorithm tracking results based on MOT15-PETS09 sequence. (a) YOLOv3-Deep-SORT tracking results; (b) our algorithm tracking results
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Fig. 9.
Comparison of algorithm tracking results based on MOT16-06 sequence. (a) YOLOv3-Deep-SORT tracking results; (b) our algorithm tracking results
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Fig. 10.
Comparison of algorithm tracking results based on ETHZ-eth02 sequence. (a) YOLOv3-Deep-SORT tracking results; (b) our algorithm tracking results
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k
=7
k
=8
k
=9
k
=10
k
=11
(18,69)
(17,70)
(16,69)
(18,40)
(18,72)
(26,82)
(23,62)
(18,40)
(18,75)
(20,40)
(28,64)
(25,81)
(20,80)
(23,64)
(23,80)
(33,96)
(31,72)
(23,64)
(25,83)
(26,64)
(34,74)
(33,92)
(26,82)
(31,73)
(28,80)
(41,85)
(38,77)
(31,72)
(33,99)
(34,89)
(49,113)
(43,94)
(33,94)
(37,86)
(34,72)
(52,122)
(39,79)
(38,74)
(36,105)
(46,107)
(46,101)
(38,85)
(62,132)
(44,83)
(51,114)
Table 1.
Size of a priori boxes with different numbers of a priori boxes
Detection algorithm
Avgmisrate /%
F
1
/%
FPS
Faster RCNN
32.15
88.57
5.52
YOLOv3
27.80
95.41
15.65
Our algorithm
13.60
96.56
22.35
Table 2.
Target detection algorithm performance comparison results
Sequence
A
MOT
/% ↑
P
MOT
/% ↑
s
ID
↓
FN↓
Venice-1
55.1
77.6
41
1212
KITTI-19
30.2
69.4
91
1626
KITTI-16
40.8
71.9
33
619
ETH-Crossing
66.3
80.4
15
252
PETS09-S2L2
55.6
73.1
177
2938
TUD-Crossing
76.8
72.8
21
202
Table 3.
Comparison of the indicators of the test set on different sequences
Algorithm
A
MOT
/% ↑
P
MOT
/% ↑
s
ID
↓
FPS↑
YOLOv3-SORT
46.8
61.9
102
—
Faster RCNN-Deep-SORT
35.3
56.5
72
—
YOLOv3-Deep-SORT
54.8
68.0
68
2.8
YOLOv3-Kalman
[
14
]
39.2
66.2
107
—
SiamCNN
[
15
]
45.3
70.4
105
—
MOTDT
[
22
]
57.3
75.3
70
—
MDP
[
23
]
46.4
71.3
93
—
Our algorithm
56.0
78.2
57
4.4
Table 4.
Comparison of evaluation indexes of multi-target tracking algorithms
Abstract
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Xiangsheng Zhang, Qing Shen. Multitarget Tracking Algorithm Based on an Improved YOLOv3 Algorithm[J]. Laser & Optoelectronics Progress, 2021, 58(16): 1610004
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Paper Information
Category: Image Processing
Received: Oct. 10, 2020
Accepted: Dec. 8, 2020
Published Online: Aug. 18, 2021
The Author Email: Zhang Xiangsheng (zxs@jiangnan.edu.cn)
DOI:
10.3788/LOP202158.1610004
Recommended Topics
laser devices and laser physics
Lasers and Laser Optics
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