Software has been increasingly utilized to improve the quality of lives and,<br>subsequently, to change the world in a myriad of unforeseeable ways.<br>Software systems have evolved to meet the changing needs of society, while<br>society has in turn evolved in response to the use of innovative and<br>omnipresent software systems. The emergence of contemporary software for<br>the evolving world has posed unprecedented challenges to software<br>engineering professionals and their community. APSEC 2012 provides an<br>excellent opportunity for software engineering researchers and practitioners<br>around the world to exchange ideas on how to address these challenges.<br>Topics of interest<br>Topics of interest include, but are not limited to:<br>Software requirements engineering<br>Software architecture and design<br>Software engineering methodologies<br>Software analysis and understanding<br>Software testing, verification and validation<br>Software maintenance and evolution<br>Software project management<br>Software quality and measurement<br>Software process and standards<br>Software security, reliability and privacy<br>Software engineering environments and tools<br>Software engineering education<br>Cloud and grid based software systems<br>Context–aware and intelligent systems<br>Distributed and parallel software systems<br>Embedded and real–time software systems<br>Mobile and ubiquitous software systems<br>Component–based software engineering<br>Product–line software engineering<br>Web–based software engineering<br>Empirical software engineering<br>Formal methods in software engineering<br>Emerging software engineering methods<br>Other software engineering applications<br>
Abbrevation
APSEC
City
Hong Kong
Country
China
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