| [176845] | 
| Title: Compiler-Based Extraction of Event Arrival Functions for Real-Time Systems Analysis. <em>In Proceedings of the 30th Euromicro Conference on Real-Time Systems (ECRTS)</em> | 
| Written by: Dominic Oehlert, Selma Saidi and Heiko Falk | 
| in: July (2018). | 
| Volume: Number: | 
| on pages: 4:1-4:22 | 
| Chapter: | 
| Editor: | 
| Publisher: | 
| Series: 20180704-ecrts-oehlert.pdf | 
| Address: Barcelona / Spain | 
| Edition: | 
| ISBN: 10.4230/LIPIcs.ECRTS.2018.4 | 
| how published: 18-75 OSF18 ECRTS | 
| Organization: | 
| School: | 
| Institution: | 
| Type: | 
| DOI: | 
| URL: | 
| ARXIVID: | 
| PMID: | 
Note: doehlert, ssaidi, hfalk, ESD, WCC
Abstract: Event arrival functions are commonly required in real-time systems analysis. Yet, event arrival functions are often either modeled based on specifications or generated by using potentially unsafe captured traces. To overcome this shortcoming, we present a compiler-based approach to safely extract event arrival functions. The extraction takes place at the code-level considering a complete coverage of all possible paths in the program and resulting in a cycle accurate event arrival curve. In order to reduce the runtime overhead of the proposed algorithm, we extend our approach with an adjustable level of granularity always providing a safe approximation of the tightest possible event arrival curve. In an evaluation, we demonstrate that the required extraction time can be heavily reduced while maintaining a high precision.
 
	