Home /Research /SPRINTER: A Discrete Locomotion Robot for Precision Swarm Printing
SWARM

SPRINTER: A Discrete Locomotion Robot for Precision Swarm Printing

Kedar Karpe, Ayon Chatterjee, Pranav Srinivas, Samiappan Dhanalakshmi, Lorenzo Sabattini

Year
2019
Citations
6

Abstract

This paper presents SPRINTER, a system and method for multi-robot printing. In this paper, we discuss the design of a quasi-holonomic mobile robot and present a method which uses a group of such robots to distributively print a large graphical image. In the distributive printing method, we introduce the concept of image cellularization for segmenting the graphic into a group of smaller printing tasks. We then discuss a centralized method to allocate these tasks to each robot and execute the printing process. In summary, we present a multi-robot printing system which enhances the printing speed and maximizes the printing area of traditional industrial printers.

Keywords

RobotComputer scienceProcess (computing)Mobile robotArtificial intelligenceComputer vision3D printingEngineering

Related papers

Browse all SWARM papers