Manabu Higashida

Papers

Total Citations

H-Index

About

Manabu Higashida’s research lies at the intersection of robotics, cloud computing, and sensor networks, with a focus on enabling novel locomotion and distributed intelligence. In his most-cited work, he introduced a **spherical magnetic joint** for multi-legged robots, allowing them to perform inverted locomotion—walking upside down on steel surfaces—without continuous energy consumption. This innovation has implications for inspection and maintenance in industrial environments. His second major contribution is a **network-aware cloud robotic sensor observation framework**, which leverages a topic-based publisher/subscriber messaging paradigm to overcome latency and bandwidth limitations in cloud-connected robotic systems. This work addresses the challenge of integrating rich cloud computation and storage with real-time robotic control. While his citation counts (3 and 2, respectively) reflect a focused, emerging impact, his work demonstrates a clear trajectory toward practical, energy-efficient robotic systems. Higashida’s research is particularly notable for combining hardware design with network-aware software architectures, a dual focus that positions him as a promising contributor to the future of autonomous, cloud-connected robotics.