Research on a laser ultrasonic visualization detection method for human skin tumors based on pearson correlation coefficient

Tumor as a kind of skin cancer is a serious threat to human health, In order to diagnose and treat skin diseases, many organizations are studying methods to confirm and monitor skin diseases by detecting the characteristics of human skin. This study explores the feasibility of using laser generated ultrasonic wave to detect human skin tumors, the pearson correlation coefficient method is used to evaluate the skin tumor-induced waveform variation and thus position the skin tumor accurately. The simulation results show that the correlation coefficient method is a feasible tool detecting and characterizing tumor in human skin.

Automated summary

Skin tumors, a form of skin cancer, pose a serious threat to human health. Many organizations are studying methods to diagnose and monitor skin diseases by detecting skin characteristics. This study explores the feasibility of using laser-generated ultrasonic waves to detect human skin tumors, which proves to be a viable tool for tumor detection and characterization.