Citation
Sérgio Pequito. "Smart Building: A Private Cyber-Physical System Approach". Talk or presentation, 13, April, 2015.

Abstract
In this paper, we address the problem of designing a wireless sensor network to ensure that a dynamical cyber-physical system can be structurally identifiable, stabilizable and private. In particular, we provide a deployment scheme of sensors, and set the communication protocol among these, such that a building model can be identified to permit the implementation of control laws that enforce a specified temperature profile in the rooms. Meanwhile, we aim to identify the model while not allowing the information related with the rooms’ temperature to be retrievable from any special location. Towards this goal, we design a wireless sensor network performing linear updates, instead of the usual multi-hop routing of packages carrying information about the system, known to be suitable to stabilize the linear time-invariant system. Hereafter, the main contribution is to show that some special structures allow structural identifiability, stabilizability and privacy. Finally, the main results of the paper are used to ensure all the above properties in the Intelligent Workplace (IW-North) at Carnegie Mellon University.

Electronic downloads

• 2C_Pequito-SmartBuilding_CPSweekSlides.pdf · application/pdf · 2065 kbytes

• HTML

  Se�rgio Pequito. <a
  href="http://www.terraswarm.org/pubs/559.html"
  ><i>Smart Building: A Private Cyber-Physical System
  Approach</i></a>, Talk or presentation,  13,
  April, 2015.

• Plain text

  Se�rgio Pequito. "Smart Building: A Private
  Cyber-Physical System Approach". Talk or presentation, 
  13, April, 2015.

• BibTeX

  @presentation{Pequito15_SmartBuildingPrivateCyberPhysicalSystemApproach,
      author = {Se�rgio Pequito},
      title = {Smart Building: A Private Cyber-Physical System
                Approach},
      day = {13},
      month = {April},
      year = {2015},
      abstract = {In this paper, we address the problem of designing
                a wireless sensor network to ensure that a
                dynamical cyber-physical system can be
                structurally identifiable, stabilizable and
                private. In particular, we provide a deployment
                scheme of sensors, and set the communication
                protocol among these, such that a building model
                can be identified to permit the implementation of
                control laws that enforce a specified temperature
                profile in the rooms. Meanwhile, we aim to
                identify the model while not allowing the
                information related with the rooms� temperature
                to be retrievable from any special location.
                Towards this goal, we design a wireless sensor
                network performing linear updates, instead of the
                usual multi-hop routing of packages carrying
                information about the system, known to be suitable
                to stabilize the linear time-invariant system.
                Hereafter, the main contribution is to show that
                some special structures allow structural
                identifiability, stabilizability and privacy.
                Finally, the main results of the paper are used to
                ensure all the above properties in the Intelligent
                Workplace (IW-North) at Carnegie Mellon University.},
      URL = {http://terraswarm.org/pubs/559.html}
  }
  

Posted by Armin Wasicek on 7 May 2015.