Description: Field IIis a simulated ultrasonic sensor field, the use of linear ultrasound imaging of the MATLAB simulation program. The program uses the Tupholme-Stepanishen method to calculate the pulse ultrasonic sound field. The program works for a large number of different ultrasonic sensors in the case of pulse and continuous wave calculation of the launch and pulse echo sound field, but also can simulate any kind of linear imaging and realistic image of the human body.
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File list (Check if you may need any files):
Field_II_PC7\calc_h.m
............\calc_hhp.m
............\calc_hp.m
............\calc_scat.m
............\calc_scat_all.m
............\calc_scat_multi.m
............\ele_apodization.m
............\ele_delay.m
............\ele_waveform.m
............\field_debug.m
............\field_end.m
............\field_guide.m
............\field_info.m
............\field_init.m
............\field_logo.m
............\logo_field.mat
............\Mat_field.mexw32
............\Mat_field.mexw64
............\set_field.m
............\set_sampling.m
............\xdc_2d_array.m
............\xdc_apodization.m
............\xdc_baffle.m
............\xdc_center_focus.m
............\xdc_concave.m
............\xdc_convert.m
............\xdc_convex_array.m
............\xdc_convex_focused_array.m
............\xdc_convex_focused_multirow.m
............\xdc_dynamic_focus.m
............\xdc_excitation.m
............\xdc_focus.m
............\xdc_focused_array.m
............\xdc_focused_multirow.m
............\xdc_focus_times.m
............\xdc_free.m
............\xdc_get.m
............\xdc_impulse.m
............\xdc_linear_array.m
............\xdc_linear_multirow.m
............\xdc_lines.m
............\xdc_line_convert.m
............\xdc_piston.m
............\xdc_quantization.m
............\xdc_rectangles.m
............\xdc_show.m
............\xdc_times_focus.m
............\xdc_triangles.m
Field_II_PC7
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