ApLift: Approximate Lifted Disjoint Paths Tracker


Video not available.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Rendering of new sequences is currently deactivated due to heavy load.

Benchmark:

Short name:

ApLift

Detector:

Public

Description:

Reference:

A. Hornakova*, T. Kaiser*, M. Rolinek, B. Rosenhahn, P. Swoboda, R. Henschel. Making Higher Order MOT Scalable: An Efficient Approximate Solver for Lifted Disjoint Paths. In International Conference on Computer Vision (ICCV), 2021.

Last submitted:

March 11, 2021 (3 years ago)

Published:

March 22, 2021 at 11:46:23 CET

Submissions:

1

Project page / code:

Open source:

No

Hardware:

5 GHZ, 8 Cores

Runtime:

1.8 Hz

Benchmark performance:

Sequence MOTA IDF1 HOTA MT ML FP FN Rcll Prcn AssA DetA AssRe AssPr DetRe DetPr LocA FAF ID Sw. Frag
MOT1760.565.651.1798 (33.9)728 (30.9)30,609190,67066.292.453.549.159.673.453.274.280.71.71,709 (0.0)2,672 (0.0)

Detailed performance:

Sequence MOTA IDF1 HOTA MT ML FP FN Rcll Prcn AssA DetA AssRe AssPr DetRe DetPr LocA FAF ID Sw. Frag
MOT17-01-DPM48.854.344.08101133,18150.796.751.138.056.476.539.675.679.80.3821
MOT17-01-FRCNN47.057.546.79103603,05052.790.456.239.062.075.842.172.280.40.81121
MOT17-01-SDP45.255.444.99104883,03353.087.553.038.356.678.442.169.580.11.11329
MOT17-03-DPM73.873.456.685174,36022,90578.194.955.757.860.973.362.375.780.62.9118261
MOT17-03-FRCNN72.874.757.574173,47124,88376.295.858.157.162.576.961.076.780.82.3109234
MOT17-03-SDP77.775.458.194134,67618,48282.394.955.860.860.973.765.675.680.33.1139386
MOT17-06-DPM57.761.248.994761,1423,76568.087.549.049.166.960.555.271.080.91.07791
MOT17-06-FRCNN57.358.447.7102591,6523,27972.283.745.150.666.456.259.068.581.11.4102140
MOT17-06-SDP57.259.547.6107581,7003,25172.483.445.450.367.755.558.867.780.81.487125
MOT17-07-DPM45.752.540.411151,0628,03852.489.341.639.645.174.442.672.680.12.180126
MOT17-07-FRCNN45.153.141.211151,3457,86253.587.042.840.046.973.143.771.179.92.775135
MOT17-07-SDP46.653.842.113111,6227,31056.785.542.642.046.671.646.470.079.63.287166
MOT17-08-DPM33.744.339.3173742113,53335.994.753.229.155.881.730.379.884.00.74867
MOT17-08-FRCNN31.542.138.1173746213,94834.094.052.927.556.179.428.679.083.90.75374
MOT17-08-SDP34.445.239.4183444513,33936.994.652.629.656.080.430.879.083.50.76385
MOT17-12-DPM47.661.948.623365633,95954.389.357.041.564.975.645.374.482.90.62032
MOT17-12-FRCNN47.862.348.418402964,21951.393.858.240.365.778.042.778.183.40.31324
MOT17-12-SDP50.066.150.819424883,83655.790.860.842.568.477.146.175.082.70.51131
MOT17-14-DPM37.851.036.719711,14710,19144.987.841.132.946.268.235.669.779.21.5151150
MOT17-14-FRCNN33.948.435.825622,3699,63647.978.939.133.145.463.037.862.378.13.2206228
MOT17-14-SDP37.149.937.225582,4278,97051.579.739.635.247.062.540.462.578.23.2238246

Raw data: