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<biblioentry xreflabel="FragmentBogaert2000" id="FragmentBogaert2000">
   <authorgroup>
       <author><firstname>Jan</firstname><surname>Bogaert</surname></author>
       <author><firstname>Piet</firstname><othername role="mi">Van</othername><surname>Hecke</surname></author>
       <author><firstname>David</firstname><othername role="mi">Salvador&#45;Van</othername><surname>Eysenrode</surname></author>
       <author><firstname>Ivan</firstname><surname>Impens</surname></author> 
   </authorgroup>
<citetitle pubwork="article">Landscape Fragmentation Assessment Using a Single Measure</citetitle>
   <citetitle pubwork="journal">Wildlife Society Bulletin</citetitle>
   <publisher>
      <publishername>Allen Press</publishername>
   </publisher>
   <volumenum>28</volumenum> 

   <artpagenums>875&#x2013;881</artpagenums> 
   <pubdate>2000</pubdate>  
   <abstract>
      <para>Measurement of fragmentation is crucial for determining its consequences and to develop policy for nature conservation. We propose a fragmentation measure &#124;&#207;&#8224;&#124; which combines&#44; using a multidimensional Euclidean distance&#44; 4 main characteristics of fragmented landscapes: total habitat area&#44; total habitat perimeter&#44; number of patches&#44; and patch isolation. Its properties can be summarized as: 1) &#124;&#207;&#8224;&#124; reflects the overall fragmentation status; 2) every component of &#124;&#207;&#8224;&#124; is accepted as a measure of fragmentation; 3) every component of &#124;&#207;&#8224;&#124; is a normalized variable; 4) every component of &#124;&#207;&#8224;&#124; is easy to compute; 5) average patch size&#44; interior habitat&#44; and habitat connectedness are included indirectly in &#124;&#207;&#8224;&#124;; 6) &#124;&#207;&#8224;&#124; is independent of the land&#45;use type; and 7) &#124;&#207;&#8224;&#124; can be calculated for raster and vector data. We show that the normalized values composing &#124;&#207;&#8224;&#124; prevent misinterpretation of features as fragment number or boundary length. A sensitivity analysis&#44; based upon artificial patterns&#44; showed that increasing fragmentation is correlated with smaller values of &#124;&#207;&#8224;&#124;. Wildlife managers are encouraged to use &#124;&#207;&#8224;&#124; for objective evaluation of fragmented landscapes.
      </para>
   </abstract>
</biblioentry>
<biblioentry xreflabel="conf/tase/ChenPW08" id="conf/tase/ChenPW08">
   <authorgroup>
       <author><firstname>Taolue</firstname><surname>Chen</surname></author>
       <author><firstname>Jaco</firstname><othername role="mi">van de</othername><surname>Pol</surname></author>
       <author><firstname>Yanjing</firstname><surname>Wang</surname></author> 
   </authorgroup>
<citetitle pubwork="article">PDL over Accelerated Labeled Transition Systems.</citetitle>

   <publisher>
      <publishername>IEEE Computer Society</publishername>
   </publisher>


   <artpagenums>193-200</artpagenums> 
   <pubdate>2008</pubdate>  

</biblioentry>
<biblioentry xreflabel="conf/cardis/CostanSDD08" id="conf/cardis/CostanSDD08">
   <authorgroup>
       <author><firstname>Victor</firstname><surname>Costan</surname></author>
       <author><firstname>Luis</firstname><othername role="mi">F. G.</othername><surname>Sarmenta</surname></author>
       <author><firstname>Marten</firstname><othername role="mi">van</othername><surname>Dijk</surname></author>
       <author><firstname>Srinivas</firstname><surname>Devadas</surname></author> 
   </authorgroup>
<citetitle pubwork="article">The Trusted Execution Module: Commodity General&#45;Purpose Trusted Computing.</citetitle>

   <publisher>
      <publishername>Springer</publishername>
   </publisher>
   <volumenum>5189</volumenum> 

   <artpagenums>133-148</artpagenums> 
   <pubdate>2008</pubdate>  

</biblioentry>
<biblioentry xreflabel="LinguisticActorsThreads" id="LinguisticActorsThreads">
   <authorgroup>
       <author><firstname>Tom</firstname><othername role="mi">Van</othername><surname>Cutsem</surname></author>
       <author><firstname>Stijn</firstname><surname>Mostinckx</surname></author>
       <author><firstname>Wolfgang</firstname><othername role="mi">De</othername><surname>Meuter</surname></author> 
   </authorgroup>
<citetitle pubwork="article">Linguistic symbiosis between event loop actors and threads</citetitle>
   <citetitle pubwork="journal">Computer Languages&#44; Systems &#38;&#35;x0026; Structures</citetitle>

   <volumenum>35</volumenum> 


   <pubdate>2008</pubdate>  

</biblioentry>
<biblioentry xreflabel="ActorsMobAdHocNet" id="ActorsMobAdHocNet">
   <authorgroup>
       <author><firstname>Jessie</firstname><surname>Dedecker</surname></author>
       <author><firstname>Werner</firstname><othername role="mi">Van</othername><surname>Belle</surname></author> 
   </authorgroup>
<citetitle pubwork="article">Actors for Mobile Ad&#45;Hoc Networks</citetitle>

   <publisher>
      <publishername>Springer</publishername>
   </publisher>
   <volumenum>3207</volumenum> 

   <artpagenums>482&#x2013;494</artpagenums> 
   <pubdate>2004</pubdate>  
   <abstract>
      <para>Today mobile devices can interact with their environment through wireless communication. Wireless communication has a limited communication range&#44; which introduces two major problems&#44; currently not captured in distributed middleware. Firstly&#44; they are less reliable and secondly they are extremely dynamic. Both problems complicate the development of mobile software. In this paper we extend the operational semantics of the actor model to capture these two properties by adding a single new concept to the model: the mailbox. This paper provides a foundation for new implementations of the actor language and frameworks that are usable in the context of mobile ad&#45;hoc networks. ER &#45;
      </para>
   </abstract>
</biblioentry>
<biblioentry xreflabel="ActorsPervasive" id="ActorsPervasive">
   <authorgroup>
       <author><firstname>Jessie</firstname><surname>Dedecker</surname></author>
       <author><firstname>Wolfgang</firstname><othername role="mi">De</othername><surname>Meuter</surname></author>
       <author><firstname>Werner</firstname><othername role="mi">Van</othername><surname>Belle</surname></author> 
   </authorgroup>
<citetitle pubwork="article">Actors for Pervasive Computing</citetitle>

   <publisher>
      <publishername>OOPSLA 2003</publishername>
   </publisher>



   <pubdate>2003</pubdate>  

</biblioentry>
<biblioentry xreflabel="conf/IEEEscc/LessenNL08" id="conf/IEEEscc/LessenNL08">
   <authorgroup>
       <author><firstname>Tammo</firstname><othername role="mi">van</othername><surname>Lessen</surname></author>
       <author><firstname>J&#246;rg</firstname><surname>Nitzsche</surname></author>
       <author><firstname>Frank</firstname><surname>Leymann</surname></author> 
   </authorgroup>
<citetitle pubwork="article">Formalising Message Exchange Patterns using BPEL Light.</citetitle>

   <publisher>
      <publishername>IEEE Computer Society</publishername>
   </publisher>


   <artpagenums>353-360</artpagenums> 
   <pubdate>2008</pubdate>  

</biblioentry>
<biblioentry xreflabel="conf/cade/Oostrom08" id="conf/cade/Oostrom08">
   <authorgroup>
       <author><firstname>Vincent</firstname><othername role="mi">van</othername><surname>Oostrom</surname></author> 
   </authorgroup>
<citetitle pubwork="article">Modularity of Confluence.</citetitle>

   <publisher>
      <publishername>Springer</publishername>
   </publisher>
   <volumenum>5195</volumenum> 

   <artpagenums>348-363</artpagenums> 
   <pubdate>2008</pubdate>  

</biblioentry>
<biblioentry xreflabel="conf/mabs/ParunakBWHVV07" id="conf/mabs/ParunakBWHVV07">
   <authorgroup>
       <author><firstname>H.</firstname><othername role="mi">Van Dyke</othername><surname>Parunak</surname></author>
       <author><firstname>Sven</firstname><surname>Brueckner</surname></author>
       <author><firstname>Danny</firstname><surname>Weyns</surname></author>
       <author><firstname>Tom</firstname><surname>Holvoet</surname></author>
       <author><firstname>Paul</firstname><surname>Verstraete</surname></author>
       <author><firstname>Paul</firstname><surname>Valckenaers</surname></author> 
   </authorgroup>
<citetitle pubwork="article">E Pluribus Unum: Polyagent and Delegate MAS Architectures.</citetitle>

   <publisher>
      <publishername>Springer</publishername>
   </publisher>
   <volumenum>5003</volumenum> 

   <artpagenums>36-51</artpagenums> 
   <pubdate>2007</pubdate>  

</biblioentry>
<biblioentry xreflabel="Pohl2005" id="Pohl2005">
   <authorgroup>
       <author><firstname>Klaus</firstname><surname>Pohl</surname></author>
       <author><firstname>G\&#34;unter</firstname><surname>B\&#34;ockle</surname></author>
       <author><firstname>Frank</firstname><othername role="mi">J. van der</othername><surname>Linden</surname></author> 
   </authorgroup>
<citetitle pubwork="article">Software Product Line Engineering: Foundations&#44; Principles and Techniques</citetitle>

   <publisher>
      <publishername>Springer</publishername>
   </publisher>

   <edition>1</edition> 

   <pubdate>2005</pubdate>  

</biblioentry>
</bibliography>
