Design and control of SLIDER: An ultra-lightweight, knee-less, low-cost bipedal walking robot

K Wang, D Marsh, RP Saputra… - 2020 IEEE/RSJ …, 2020 - ieeexplore.ieee.org
Most state-of-the-art bipedal robots are designed to be anthropomorphic and therefore
possess legs with knees. Whilst this facilitates more human-like locomotion, there are …

Generative Design of **ngT, A Human-sized Heavy-duty Bipedal Robot

Y Qian, P Yang, W Liu, S Sun, M Fu… - 2022 IEEE International …, 2022 - ieeexplore.ieee.org
In order to serve humanity better in the disabled assisting, transportation, rescue, and other
aspects, a human-sized bionic bipedal structure with low inertia and high-load capacity is …

Improved energy efficiency via parallel elastic elements for the straight-legged vertically-compliant robot slider

K Wang, RP Saputra, JP Foster… - Robotics for Sustainable …, 2022 - Springer
Most state-of-the-art bipedal robots are designed to be anthropomorphic, and therefore
possess articulated legs with knees. Whilst this facilitates smoother, human-like locomotion …

[PDF][PDF] Robot Intelligence Lab–Publications List 2021

P Kormushev - kormushev.com
This is a list of publications from the Robot Intelligence Lab at Imperial College London. The
long-term research goal of our lab is to advance the level of intelligence of robots. The term” …

[PDF][PDF] Robot Intelligence Lab-Publications 2020

P Kormushev - kormushev.com
This is a list of publications from the Robot Intelligence Lab at Imperial College London. The
long-term research goal of our lab is to advance the level of intelligence of robots. The term” …

[PDF][PDF] Robot Intelligence Lab-Publications

P Kormushev - kormushev.com
This is a list of publications from the Robot Intelligence Lab at Imperial College London. The
long-term research goal of our lab is to advance the level of intelligence of robots. The term” …