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Ortega and Gaetano Borriello, 						<dd>&quot;Communication Synthesis for Distributed Embedded Systems,&quot; 						<dd><i>To appear in Proceedings of the IEEE/ACM International Conference on Computer-Aided Design</i>, 						<dd>San Jose, CA, November 1998. 					</dl>				</td>			</tr>			<tr>				<td bgcolor="#ff8888" valign="top"><!--1st col-->					&nbsp; 					<center>						<p><a href="http://www.cs.washington.edu/research/lis/papers/pdf/ortega-iccad98.pdf"><font size="-1"><img src="pdf-icon.gif" border="0"><br>						PDF 3.0<br>						(65K)</font></a><font size="-1"><br>						<a href="http://www.cs.washington.edu/research/lis/papers/postscript/ortega-iccad98.ps"><img src="ps-icon.gif" border="0"><br>						postscript<br>						(215K)</a></font> </center>				</td>				<td valign="top"><!-- second column -->					Designers of distributed embedded systems face many challenges in determining the tradeoffs when defining a system architecture or retargeting an existing design. Communication synthesis, the automatic generation of the necessary software and hardware for system components to exchange data, is required to more effectively explore the design space and automate very error-prone tasks. This paper examines the problem of mapping a high-level specification to an arbitrary architecture that uses specific, common bus protocols for interprocessor communication. The communication model presented allows for easy retargeting to different bus topologies, protocols, and illustrates that global considerations are required to achieve a correct implementation. An algorithm is presented that partitions multihop communication timing constraints to effectively utilize the bus bandwidth along a message path. The communication synthesis tool is integrated with a system co-simulator to provide performance data for a given mapping. </td>			</tr>		</table><!--   this is a template for the footer.  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