Night Vision-Based Human Identification and Path Planning in Rescue Operations Using an Autonomous Robot

Author:

Bhat Sandeep1

Affiliation:

1. SIT Mangaluru, India

Abstract

This chapter provides a progressive thing classification and the most limited organising approach for robot-assisted night-time salvaging jobs. In reality, people are sorted using a system for determining skin tone. Boundaries were identified using the skin colour based (SCB), pixel count based (PCB), correlation coefficient based (CCB), and histogram draws near techniques in this study. The PCB, CCB, and SCB calculations are all utilised to snag distinct proof in order. The SCB calculation, on the other hand, gradually determines whether the observed entity is human or nonhuman. It also distinguishes between live and nonliving impediments, allowing for more efficient salvage efforts (except for flies, mosquitoes, and different creepy crawlies). According to continuous testing data, the accuracy of the CCB, PCB, and SCB calculations is 87.5%, 88.8%, and 90.9%, respectively, and the time length of the CCB, PCB, and SCB calculations is 6.27 seconds, 6.50 seconds, and 6.57 seconds, respectively.

Publisher

IGI Global

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