Abbrevation
SDIR
City
San Diego
Country
United States
Deadline Paper
Start Date
End Date
Abstract

<P><SPAN style=&#8243;FONT&#8211;SIZE: 11pt; COLOR: #231f20; FONT&#8211;FAMILY: ConcordeBE&#8211;Medium&#8243;><SPAN style=&#8243;FONT&#8211;SIZE: 11pt; COLOR: #231f20; FONT&#8211;FAMILY: ConcordeBE&#8211;Medium&#8243;>This new edition of the SDIR workshop will focus on a peculiar aspect of robot software development, that is design of real&#8211;time robot behaviour&#046; Usually, robot software design builds on high level abstractions such as concurrent execution, instantaneous computation, zero delay, and perfect communication between components and/or between components and the external environment&#046; Real&#8211;time behaviour is then achieved by experimentation and measurement on specific platforms in order to adjust design parameters&#046; This is a typical scenario that limits the reusability of valuable robotic software systems&#046; Nevertheless, many successful robotic applications are not based on hard real&#8211;time systems and even do not explicitly address time constraints&#046;</SPAN></SPAN></P> <P><SPAN style=&#8243;FONT&#8211;SIZE: 11pt; COLOR: #231f20; FONT&#8211;FAMILY: ConcordeBE&#8211;Medium&#8243;></SPAN> <B>Keywords:</B> </P>&#8211; Analysis of issues and challenges in robotic software development<BR>&#8211; Architectural models that lead to reusable robotic software design<BR>&#8211; Middleware services and reusable components for real time robot software systems<BR>&#8211; Description of state&#8211;of&#8211;the art research projects, innovative ideas, field&#8211;based studies<BR>