Max Robotics — Global Service Robot Directory + US Certification

About

Hideo Makino is a pioneer in the field of visible light communication (VLC) and indoor positioning systems, with a focused career dedicated to transforming how robots and people navigate complex indoor environments. His research primarily targets the integration of intelligent robot control with precise localization, leveraging the ubiquitous infrastructure of fluorescent and LED lighting. Makino’s major contributions include the development of a novel indoor positioning and communication platform using Fluorescent Light Communication (FLC), detailed in his foundational 2009 work. He significantly advanced this concept with a 2010 paper proposing an "Improved Indoor Location Estimation Using Fluorescent Light Communication System with a Nine-Channel Receiver," which remains his most cited work with 20 citations, establishing a benchmark for accuracy in the field. More recently, his 2017 study on "Precise Indoor Localization Method Using Dual-Facing Cameras on a Smart Device via Visible Light Communication" demonstrates a practical, smartphone-based approach for assisting the visually impaired and enabling mobile-robot control. Through these innovations, Makino has consistently pushed the boundaries of VLC, creating robust solutions for seamless human-robot interaction in smart indoor environments.