Contents

- 1 What is meant by workspace in robotics?
- 2 How do you find the manipulator workspace?
- 3 What is workspace analysis?
- 4 What is the work volume of a robot manipulator?
- 5 What is a workspace programming?
- 6 What is the concept of workspace?
- 7 How is workspace calculated?
- 8 What do you understand by robot workspace mention the characteristics required to determine the workspace?
- 9 How do you make a robot workspace in Matlab?
- 10 What are the basic parts of robot?
- 11 Which is known as work volume of robot?
- 12 What is common robot configuration?

## What is meant by workspace in robotics?

In robotics, the workspace of a robot manipulator is often defined as the set of points that can be reached by its end-effector or, in other words, it is the space in which the robot works and it can be either a 3D space or a 2D surface.

## How do you find the manipulator workspace?

The workspace of a Robot is determined by an analytical method. The method is applicable to kinematic chains that can be modeled using the Denavit-Hartenberg representation for serial kinematic chains. This method is based upon analytical criteria for determining singular behavior of the mechanism.

## What is workspace analysis?

Workspace analysis is essential for robotic manipulators, which helps researchers to study, evaluate and optimize their designs based on specific criteria with due consideration of ergonomics and usability.

## What is the work volume of a robot manipulator?

The work volume, or work envelope, is the three-dimensional space in which the robot can manipulate the end of its wrist (See Figure 6.3). Work volume is determined by the number and types of joints in the manipulator, the ranges of the various joints, and the physical size of the links.

## What is a workspace programming?

In software development, a workspace is a grouping of source code files that make up a larger unit, like a web page, website, or software program. In a graphical interface, a workspace is a grouping of application windows used by a window manager applications to help reduce clutter on the desktop screen.

## What is the concept of workspace?

space used or required for one’s work, as in an office or home. Computers. a temporary digital storage area that contains related data and software files: You can create and store images in your workspace.

## How is workspace calculated?

To calculate the area of robot workspace is to compute the size of its corresponding polygon. Supposed a polygon made up of line segments between N vertices (x_{i},y_{i}), i=1 to N+1. The last vertex (x_{N}_{+}_{1},y_{N}_{+}_{1}) is assumed to be the same as the first, i.e. the polygon is closed.

## What do you understand by robot workspace mention the characteristics required to determine the workspace?

Main characteristics of the workspace In the computation of robot workspace, what is most important is its shape and volume (dimensions and structure). Both aspects have a significant importance due to their impact on the design and manipulability of the robot.

## How do you make a robot workspace in Matlab?

How to generate 3D surface or robot workspace?

- l1=500;l2=600;l3=400;l4=191.03;
- t1=linspace(-180,180,90)*pi/180;
- t2=linspace(-90,90,90)*pi/180;
- d3=linspace(-200,200,90);
- t4=linspace(-180,180,90)*pi/180;
- nt1=length(t1);
- nt2=length(t2);
- nd3=length(d3);

## What are the basic parts of robot?

Some of the important components of Robots are as follows:

- Manipulator: Just like the human arm, the robot consists of what is called a manipulator having several joints and links.
- Endeffector: ADVERTISEMENTS:
- The Locomotion Device:
- The Controller:
- The Sensors:

## Which is known as work volume of robot?

WORK VOLUME SYSTEM OF ROBOT The term “work volume” refers to the space within which the robot can operate. To be. technically precise, the work volume is the spatial region within which the end of the robot’s. wrist can be manipulated. Robot manufacturers have adopted the policy of defining the work.

## What is common robot configuration?

There are six major types of robot configurations: Cartesian, Cylindrical, Spherical, Selective Compliance Articulated Robot Arm (SCARA). Articulate, and Delta (Parallel). Has the robot’s tool moving in a linear motion along each of the Cartesian coordinates (x, y, z).