Laser & Optoelectronics Progress, Volume. 56, Issue 19, 191502(2019)

Multi-Filter Collaborative Tracking Algorithm Based on High-Confidence Updating Strategy

Chaoyi Zhang, Li Peng, Tianhao Jia, and Jiwei Wen*
Author Affiliations
  • Key Laboratory of Advanced Process Control for Light Industry, Ministry of Education, School of Internet of Things Engineering, Jiangnan University, Wuxi, Jiangsu 214122, China
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    Figures & Tables(13)
    Tracking results and response maps in Box sequence. (a)-(c) 199th, 462nd, and 505th frame images; (d)-(f) 199th, 462nd, and 505th frame response maps
    Center location errors of two updating strategies in Box sequence
    Specific steps of the proposed algorithm
    Overall framework of the proposed algorithm
    Results of nine tracking algorithms for nine sequences. (a) Lemming; (b) Human3; (c) Girl2; (d) DragonBaby; (e) MotorRolling; (f) Human7; (g) Skiing; (h) Shaking; (i) Tiger2
    Overall performance of 9 tracking algorithms on OTB-100. (a) Distance precision curve; (b) success rate curve
    Overall analysis of algorithm structure on OTB-100. (a) Distance precision curve; (b) success rate curve
    Overall performance of our algorithm under different updating parameters on OTB-100. (a) Distance precision curve; (b) success rate curve
    Overall performance of 9 tracking algorithms on TC-128. (a) Distance precision curve; (b) success rate curve
    • Table 1. Attributes and frame numbers of 9 video sequences

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      Table 1. Attributes and frame numbers of 9 video sequences

      SequenceAttributesFrame number
      DragonBabySV, OCC, MB,FM, IPR, OPR, OV113
      Human3SV, OCC, DEF, OPR, BC1698
      MotorRollingIV, SV, MB, FM,IPR, BC, LR164
      SkiingIV, SV, DEF, IPR, OPR81
      ShakingIV,SV, IPR, OPR, BC365
      Tiger2IV, OCC, DEF, MB,FM, IPR, OPR, OV365
      Girl2SV, OCC, DEF, MB, OPR1500
      Human7IV, SV, OCC, DEF, MB, FM250
      LemmingIV, SV, OCC, FM, OPR, OV1336
    • Table 2. Distance precision scores of nine algorithms in terms of 11 attributes

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      Table 2. Distance precision scores of nine algorithms in terms of 11 attributes

      AlgorithmFMBCMBDEFIVIPRLROCCOPROVSV
      Ours0.8220.8820.8330.8210.8660.8550.8700.8150.8500.7510.830
      HDT0.8170.8440.7890.8170.8200.8440.8870.7740.8050.6630.808
      HCF0.8150.8430.8040.7910.8310.8640.8470.7780.8160.6770.799
      CNN-SVM0.7470.7760.7510.7930.7950.8130.9250.7300.7980.6500.787
      SRDCF0.7690.7750.7670.7340.7920.7450.7650.7350.7420.5970.745
      Staple0.7100.7490.6990.7510.7820.7680.6950.7280.7380.6680.727
      LCT20.6810.7340.6690.6890.7460.7810.6990.6820.7460.5920.681
      KCF0.6210.7130.6010.6170.7190.7010.6710.6300.6770.5010.633
      DSST0.5710.7040.5680.5500.7220.6980.6840.6030.6550.4780.649
    • Table 3. AUC scores of nine algorithms in terms of 11 attributes

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      Table 3. AUC scores of nine algorithms in terms of 11 attributes

      AlgorithmFMBCMBDEFIVIPRLROCCOPROVSV
      Ours0.6220.6370.6480.5830.6380.5970.4890.6050.6010.5720.583
      HDT0.5680.5780.5740.5430.5350.5550.4010.5280.5330.4720.486
      HCF0.5700.5850.5850.5300.5490.5660.3880.5320.5400.4740.485
      CNN-SVM0.5460.5480.5780.5470.5370.5480.3790.5150.5480.4880.490
      SRDCF0.5970.5830.5940.5440.6130.5440.5140.5590.5500.4600.561
      Staple0.5410.5610.5400.5500.5930.5480.3990.5420.5330.4760.520
      LCT20.5070.5280.5160.4820.5170.5290.3300.4770.5050.4460.430
      KCF0.4590.4980.4590.4360.4790.4690.2900.4430.4530.3940.394
      DSST0.4580.5230.4690.4270.5590.5050.3820.4600.4770.3860.475
    • Table 4. Comparison of average tracking speeds of 9 tracking algorithmsframe/s

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      Table 4. Comparison of average tracking speeds of 9 tracking algorithmsframe/s

      TrackerOursHDTHCFCNN-SVMSRDCFStapleLCT2KCFDSST
      Average tracking speed7.99.113.9-4.356.328.131746.4
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    Chaoyi Zhang, Li Peng, Tianhao Jia, Jiwei Wen. Multi-Filter Collaborative Tracking Algorithm Based on High-Confidence Updating Strategy[J]. Laser & Optoelectronics Progress, 2019, 56(19): 191502

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    Paper Information

    Category: Machine Vision

    Received: Apr. 2, 2019

    Accepted: Apr. 18, 2019

    Published Online: Oct. 12, 2019

    The Author Email: Wen Jiwei (wjw8143@aliyun.com)

    DOI:10.3788/LOP56.191502

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