In order to validate the performance of the proposed method, three experiments: target-background separation, background clutter suppression and infrared small target detection, are performed over different clutter background with real infrared small targets in single-frame or sequence images.
To verify the accuracy and efficiency of the proposed method, four experiments are conducted in which the present results are compared with those using other analytical methods and the "COSMOS/M" finite element analysis program.
In order to verify the proposed method, three experiments were conducted: one for one target tracking, the others for two targets tracking.
To verify the proposed methods, two experiments were performed.
Methods: Four experiments were performed: (1) Twelve asymptomatic subjects were indented with concurrent electromyography during conditions of rest, held inspiration, increased intraabdominal pressure and lumbar extension.
For comparing the methods, three experiments were performed: (1) numerical simulations using the software gprMax2D, based on Finite-Difference Time-Domain method, (2) GPR investigation of a laboratory model of a tree trunk, (3) real tree trunk measurements.
To confirm these slip estimation methods, three experiments were conducted on a loose sandy field, as shown in Fig. 5.
The subsequent sections ("Research method" and "Results and discussion") explain the proposed hybrid method with two experiments.
To show the good performance of the proposed method, two reference experiments on SWW media with initial water saturation, pore structure, and boundary conditions the same as the restored-state experiments of Zhou et al. (2000) but with a different viscosity ratio are required.
