dc.description |
Humanoid robots, particularly those with AI algorithms, can be helpful for future dangerous and / or
distant space exploration missions, with none need to turn around and come to Earth. during this
project the target of our work is to design, model, implement and control a humanoid robot, and add
some options and this work are going to be a start line for us to develop additional complicated
humanoids and integrate with human purpose use and our lifestyle.in this chapter we have a tendency
to are about to analyze the talking and moving mechanism of the robot robot exploitation Arduino mega
that could be a microcontroller with this controller unit we have a tendency to are going presents our
project “smart development of a humanoid robot” operating and with totally different options of the
project . |
en_US |
dc.description.abstract |
A humanoid robot is a robot with its body shape. The Design can be for functional purposes,
such as interacting with human tools and environments, for experimental purposes, Robotics is
seen to be one of the most dominant aspects in several areas of interest by the humanworld, and
one special type of them are humanoids, which are of an important use nowadays to ease the way
of our life .This project is about building a humanoid robot, and applying a control system to its
so that it can talking, moving, shake hand and interact with human voice. Two main parts is
required to implement this project, the construction part, and the control part. First, the
construction part, which is about a suitable design for the humanoid robot, and Building the right
model this part was handled as follows, Designing the mechanical structure of the humanoid
robot and all its parts, and set the layout of its parts (i) modeling the parts using (0.5mm) Pvc
board (ii) based on the total design, we assembled the robot by adding the essential actuators and
the needed controller. Second, the control part, which is the robot walk properly We made use of
the static walk approach for this task; that is maintaining the robot statically stable during both
phases of its walking sequence, the double support phase, and the single support phase. This is
achieved by keeping the robot's center of within the support area. To conclude, this project is
about using static walking mechanism to make the humanoid the robot walks on a flat surface, in
hopes of further improvements in the future. |
en_US |