Multi-Modal Sensing and Perception for Humanoid Service Robots

Abstract

In an era of technological evolution, the emergence of humanoid service robots stands witness to the boundless potential of robotics and automation. These intelligent machines are purposefully designed to revolutionize a multitude of industries, from logistics to social care, restaurant service to sterilization, and beyond. The deployment of humanoid service robots introduces efficiencies, reduces human errors, and reshapes the way tasks are performed across diverse settings. These robots complement human workers, enhance safety, and maintain hygiene standards. While they can't replace human interaction, they augment it, offering valuable support and streamlining processes. This paper provides the base architecture and processes required to build a multi-purpose humanoid robot from scratch. It showcases the potential of humanoid service robots to redefine industries, improve customer satisfaction, and create a more efficient professional landscape. This paper explores the synthesis of cutting-edge technologies such as multi-modal sensing, IOT, and AI within the spectrum of Robotic Process Automation(RPA), providing a comprehensive framework for simplifying complex tasks and processes. Our research represents the fusion of contemporary ideas with novel contributions to enriching the field of robotics.