AbstractThis paper presents developmental design of a simple bipedal walking robot. The robot replicates the walking style of a human particularlywalking upright. The robotisbuilt with light-weight Aluminium sheets which act as the structural members and also housing the servos. Acontroller using EyeBot produces intelligent commands to the servos for walking and kicking. The robot is controlled in open loop utilizing lateral balancing feature for maintaining walking and kicking. This work enables us to realize an insight into design and development of a mechatronic system using the concept of synergetic unison of electronics, mechanical, and computation engineering fields
This paper describe walking control of biped robot. Most conventional two-legged robots are driven u...
Bipedal robot walking presents challenges in design, control, balance and practicality. No one eleme...
This research is focused on developing a two legged robot that employs walking and balancing algorit...
AbstractThis paper presents developmental design of a simple bipedal walking robot. The robot replic...
A biped is a two legged walking robot which imitates human gait. It is used in places where wheels c...
AbstractA bipedal walking robot is a type of humanoid robot which mimics like human being and can be...
This article describes the design and testing of a walking robot. In the first stage, the mechanical...
This work report the electronic and mechanical for a bipedal robot prototype. The objective of this ...
Nowadays numerous researches about bipedal robots are made. The idea of having a bipedal robot aroun...
This report contains the results of a research effort on advanced robot locomotion. The majority of ...
Abstract — Here we present the design of a passivedynamics based, fully autonomous, 3-D, bipedal wal...
The article aims to describe stages of development of a mobile, anthropomorphic robot. The individua...
in loving memory of Papa It is easier for bipedal robots to exist in a human oriented environment th...
The design of abipedal robot literally involves walking gait and control of balance. Controlling th...
Theoretically the birth of the humanoid robot arises from the study of human characteristics of move...
This paper describe walking control of biped robot. Most conventional two-legged robots are driven u...
Bipedal robot walking presents challenges in design, control, balance and practicality. No one eleme...
This research is focused on developing a two legged robot that employs walking and balancing algorit...
AbstractThis paper presents developmental design of a simple bipedal walking robot. The robot replic...
A biped is a two legged walking robot which imitates human gait. It is used in places where wheels c...
AbstractA bipedal walking robot is a type of humanoid robot which mimics like human being and can be...
This article describes the design and testing of a walking robot. In the first stage, the mechanical...
This work report the electronic and mechanical for a bipedal robot prototype. The objective of this ...
Nowadays numerous researches about bipedal robots are made. The idea of having a bipedal robot aroun...
This report contains the results of a research effort on advanced robot locomotion. The majority of ...
Abstract — Here we present the design of a passivedynamics based, fully autonomous, 3-D, bipedal wal...
The article aims to describe stages of development of a mobile, anthropomorphic robot. The individua...
in loving memory of Papa It is easier for bipedal robots to exist in a human oriented environment th...
The design of abipedal robot literally involves walking gait and control of balance. Controlling th...
Theoretically the birth of the humanoid robot arises from the study of human characteristics of move...
This paper describe walking control of biped robot. Most conventional two-legged robots are driven u...
Bipedal robot walking presents challenges in design, control, balance and practicality. No one eleme...
This research is focused on developing a two legged robot that employs walking and balancing algorit...