<!DOCTYPE article PUBLIC "-//NLM//DTD JATS (Z39.96) Journal Archiving and Interchange DTD v1.0 20120330//EN" "JATS-archivearticle1.dtd">
<article xmlns:xlink="http://www.w3.org/1999/xlink">
  <front>
    <journal-meta />
    <article-meta>
      <pub-date>
        <year>2013</year>
      </pub-date>
      <abstract>
        <p>jointly  held  with   CPSWeek  2013,  Philadelphia,  PA,  USA   April  8,  2013     http://conet2013.deis.unical.it    </p>
      </abstract>
    </article-meta>
  </front>
  <body>
    <sec id="sec-1">
      <title>-</title>
      <p> 
 
There  are  three  important  concepts  that  have  gained  relevance  over  the  past  
years.  First,  the  concept  of  classic  embedded  systems  where  the  focus  is  on  
the  control  of  physical  processes  (machinery,  automobiles,  planes,  etc.).  Se-­‐
cond,   the   notion   of   pervasive   computing   (or   ubiquitous   computing)   that  
foresees  everyday  objects  as  having  some  form  of  computation  capacity  and,  
in   most   cases,   sensing   and   communication   facilities.   Third,   wireless   sensor  
networks   where   small   computing   devices   are   able   to   sense   their   environ-­‐
ment  and  cooperate  in  order  to  achieve  a  common  goal.  We  refer  to  the  uni-­‐
fied  vision  of  these  three  systems  as  networks  of  Cooperating  Objects  (COs).  
 
This   new   vision   is   more   powerful   and   has   a   larger   scope   than   each   of   the  
individual  system  concepts  out  of  which  it  evolved.  The  vision  of  Cooperating  
Objects   is,   therefore,   quite   new   and   needs   to   be   understood   in   more   detail  
and  probably  extended  with  inputs  from  the  relevant  individual  communities  
that  compose  it.  Building  on  the  success  of  the  previous  CONET  workshops,  
CONET/UBICITEC   2013   aims   at   providing   a   forum   to   discuss   the   similarities,  
complementariness  and  advances  of  the  areas  mentioned  above  in  order  to  
integrate  them  into  single  coherent  systems.  
 
Topics  of  interest  included:  
• Resource  management  of  COs  
• Quality-­‐of-­‐Service  in  networks  of  COs  
• Hardware  platforms  for  COs  
• Mobile  and  distributed  sensing  
• Hybrid  cooperation  of  static  and  mobile  nodes  
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•</p>
      <p>Communication  and  control  of  mobile  COs  
Distributed  control  and  estimation  over  networks  
Decentralized  algorithms  for  control  over  wireless  sensor  networks  
Decentralized,  distributed,  and  cooperative  optimization  
Applications  of  control  of  COs  
Real-­‐time  aspects  of  COs  
System  software  for  COs  
Communication  support  for  COs  
Real-­‐world  deployments  of  COs  
Applications  of  COs  to  body  area  networks  
COs  in  Complex  Systems  
Security  and  Privacy  in  COs  
Enterprise  Integration  of  COs  
Application  of  wireless  sensor  networks  on  Pervasive  computing  
Closed-­‐loop  applications  of  pervasive  computing  </p>
      <p>IoT  Technologies  for  Smart  Cities  
 
The   scientific   contributions   included   five   referred   as   well   as   two   invited   pa-­‐
pers   reported   in   these   proceedings.   Due   to   their   breadth   and   depth   with  
respect   to   the   proposed   topics,   the   selected   scientific   articles   allowed   the  
analysis  of  the  state  of  the  art  of  techniques  and  methodologies  for  Cooper-­‐
ating  Objects  and  the  development  of  new  wireless  sensor  networks  applica-­‐
tion.  Moreover,  the  main  potential  directions  of  future  research  were  identi-­‐
fied   along   with   the   technologies   that   will   drive   future   innovation   in   the   CO  
domain.  
 
The  Organizing  Scientific  Committee  would  like  to  thank  the  invited  speakers,  
the  authors  of  the  scientific  contributions,  the  members  of  the  CONET  steer-­‐
ing   and   program   committees,   and   all   people   involved   in   the   organization   of  
CONET   2013   whose   precious   contribution   made   possible   to   perform   such  
successful  initiative.  
 
 
The  Organizing  Scientific  Committee  </p>
      <p>Giancarlo  Fortino,  University  of  Calabria,  Italy  
Stamatis  Karnouskos,  SAP  Research,  Germany  
Pedro  José  Marrón,  University  of  Duisburg-­‐Essen,  Germany  </p>
      <p>Jose  L.  Martinez  Lastra,  Tampere  University  of  Technology,  Finland  </p>
      <p>Pedro  José  Marrón,  University  of  Duisburg-­‐Essen  </p>
      <p>Stamatis  Karnouskos,  SAP  Research  
 
 
Technical  Program  Committee  Chairs  
 </p>
      <p>Giancarlo  Fortino,  University  of  Calabria  </p>
      <p>Jose  L.  Martinez  Lastra,  Tampere  University  of  Technology  
 
 
Program  Committee  
 </p>
      <p>Antonio  Liotta,  Eindhoven  University  of  Technology  
Gabriella  Carrozza,  SESM  
Nuno  Pereira,  CISTER/ISEP,  Polytechnic  Institute  of  Porto  
Carla  Seatzu,  University  of  Cagliari  
Yu  Hua,  Huazhong  University  of  Science  and  Technology  
Chenyang  Lu,  Washington  University  in  St.  Louis  
Daniel  Mosse,  University  of  Pittsburgh  
Luca  Mottola,  Swedish  Institute  of  Computer  Science  
Peter  Corke,  Queensland  University  of  Technology  
Zhiyun  Lin,  Zhejiang  University  
Mario    Alves,  CISTER  Research  Unit,  Politecnico  do  Porto  
Marco  Zuniga,  TU  Delft  
Kamin  Whitehouse,  University  of  Virginia  
Lucia  Pallottino,  University  of  Pisa  
Ioannis  Andreopoulos,  University  College  London  
Silvia  Santini,  Institute  for  Pervasive  Computing,  ETH  Zurich  
Raffaele  Gravina,  University  of  Calabria,  Italy  
Raja  Jurdak,  CSIRO,  Australia  
Melanie  Bouroche,  Trinity  College  Dublin  
Stefano  Galzarano,  University  of  Calabria,  Italy  </p>
      <p>Jose  Ramiro  Martinez  de  Dios,  University  of  Sevilla,  Spain  </p>
    </sec>
  </body>
  <back>
    <ref-list />
  </back>
</article>