Dynamic exchange for packets length ( DYE-PAL)

Currently the use of data packet transmission is used for many different networks with diverse nature and for several purposes and applications. Each network where data packets are used, has its own architecture, components, properties, parameters and drawbacks that result in a specific behaviour and efficiency of the system when data packets are transmitted. Thise project addresses with the problem of data packets transmission optimisation in wireless networks. Thise project will deal with this problem in order to increase the network efficiency and hence QoS. The aim of this project is to develop a set of variable packet size technology based algorithms to improve the performance of mobile telephony networks. This approach includes research activities regarding 2.5 G, 3G and beyond 3G networks in order to provide users an improved QoS and the possibility of apply to new applications. Depending on the network conditions, the efficiency of the network relies heavily on the size of the data packets transmitted, and the determination of the appropriate size is not a trivial issue and, especially in the case of the mobile network, it depends on many factors. This new set of algorithms will use the appropriate intelligent fragmentation mechanisms in order to determine the most appropriate packet size depending on the different parameters that establish the network conditions. Such solution should produce a flexible algorithm set that is compatible with legacy systems as well as for next generation systems. The optimization of data packets will improve the network efficiency with measurable profits that will serve on one hand to improve current QoS and on the other hand to provide new services that were not applied because network performance.

This project 8 shows some relevant deadline

     M12       Specification of DYE-PAL algorithms

     M18       Alpha prototype of core modules and Set of algorithms for each type of network

     M20        Alpha prototype of base station and client units

     M22        First test-bed

     M24        Application specific algorithms

     M30        Beta protype of base station and client units

     M34       Validation scenarrio

    WORK PACKAGE  LİST

    Research of variable packet sizing in wirelles networks

   VPST  research inheterogeneous and convergent networks

   Protype development

   Testbed,field,evaluation and validation

   Dissemination and Exploitation

    

    

 

intelligent network,packet sizing.wirelles systems,variable packet sizing technologie,mobility aplication

A telecom operator to refine the user and system requirements and carry out the deployment of the platform in a field study

   Manufacturing companies could benefit  from this project to implement inside terminal equipment and network elements an efficient flow control solution with minimum impacts on actual systems and architectures

  Experts to wireless network and the activities related to evaluation and validation

  Experts  working on Ad-hoc network,Personal Network(PN), Personal Area Networks(PAN), Neural Network

and Genetic algorithms applications for communication technologies.

 

Telecom operator

  Definition and testing in different scenarios of the platform developed in the research activities

  Handset Manufactures

  Simple software and hardware solution to facilitate the implementation of DYE-PAL compenents in mobile

  handsets  at a very low cost.

  Academic İnstitution

  The İnstitute for Data Communication Systems

   University for Telecommnication

   I also do not think you should be looking for an SME for exploitation. It would be best if it was a large operator or at least some one with market access

     A Telecom operator

    Handset manufacturers

    Research Institute

    Research Organizations

     University

No