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21.4.2018 : 23:10


The workpackages, their objectives, approach and interactions are defined in the dedicated pages linked below/at side. The approach followed by QoSMOS aims to achieve significant impact, both in terms of business gain through new service opportunities that will arise with increased exploitation of hitherto underused spectrum, but also in terms of technology development and standardisation. To be able to make such commitments, QoSMOS defines graspable and measurable outputs from each of the workpackages.



WP1 Scenarios and Business Models  

  • Target and plausible scenarios
  • System requirements, main parameters and constraints
  • Economical benefits of a QoSMOS system
  • Selection of scenarios for future deployments


WP2 System Architecture

  • System Architecture. 
  • Detailed system specification.
  • Reference model for the evaluation 
  • Guidelines for deployment.


WP3 Radio Environment Mapping and Sensing

  • Sets of measurement data describing the radio environment for the selected use cases.
  • Mathematical models describing the radio environment or some features of it
  • Emulator of radio scene environment to be integrated in the demonstrations.
  • Definition of a protocol stack for the radio context acquisition component of a cognitive radio system.
  • Specification and evaluation in terms of performance and complexity of algorithms for the different sub-layers.
  • Algorithms for spectrum activity monitoring.
  • Algorithms for standard identification.
  • Data fusion or distributed algorithms for cooperative sensing.
  • Selection and provision of the sensing algorithm to be implemented in WP6.


WP4 Physical Layer Architecture

  • Transceiver architecture considering both sensing and communication requirements.
  • Signalling /communication assignment schemes.
  • Techniques to achieve low out of range radiation levels.
  • Agile front ends architectures and performance evaluation for flexible baseband techniques for multi-standard adaptation.
  • Transceiver modules to be integrated in WP7.
  • Performance evaluation of advanced PHY schemes.


WP5 Mobility and QoS

  • Cognitive manager architecture to implement decision-making process for cognitive allocation at link level.
  • New mechanisms to support mobility and manage QoS at the radio access level in an spectrum opportunistic setting, including :
    • Proposal of policies to be shared between different decision-making entities,
    • Methods for robust and reliable end-to-end communication with intermittently available resources and with limited or erroneous feedback.
  • Derivation of algorithms to implement the proposed mechanisms.
  • Performance evaluation of the algorithms and mechanisms by simulations.


WP6 Cognitive Spectrum Manager  

  • Cognitive spectrum management framework specification and proof-of-concept implementation of core modules. 
  • Algorithms and cognitive methods to optimize spectrum utilization, e.g., for fragmented spectrum under various constraints imposed by regulation, licensing and trading of (shared) spectrum.
  • Strategies and algorithms to cope with distributed cognitive decision-making contributing to
  • cognitive spectrum management.
  • Test scenarios, test tools and, potentially, test suites for the cognitive spectrum management.  


WP7 QoSMOS proof-of-concepts  

  • Set of hardware platforms demonstrating the spectrum sensing engine, the flexible transceiver as well as cognitive functionalities.
  • Thorough analysis of real-world measurements conducted on the platforms deployed.
  • Recommendations based on this analysis.


WP8 Dissemination and Exploitation

  • Publications in refereed conferences and peer reviewed journals. 
  • Contributions to standards.
  • Contributions to regulatory bodies.


WP9 Project Management