Work Package 6Radio Network Aspects
Description of workThe work is distributed in four tasks: Task 1: Radio network engineering, dimensioning and resource managementParticipants will define
by means of simulations and measurements network engineering rules
that will enable an efficient use of broadcast spectrum. They will
contribute to the definition of protection ratio and frequency allocation
management. The results will be introduced in the ITU in order to
become the basis of an ITU recommendation.
Task 2: Low power complexity transmittersIn support of localised broadcast concepts, low power broadcast transmitter compliant with DVB-T and DVB-H transmission modes will be designed. These transmitters will support the protection ratio and isolation specified in task 1, while the modulators will implement programmability features to support DVB-T and DVB-H configurations. Moreover, the capability to insert local data has to be taken into account in order to optimise both the performance of the cell but also to reduce drastically the price of such equipment.
Task 3: DVB-T+/H and cellular co-sitingA measurement receiver will be designed and interfaced to protocol analysers. This measurement receiver will allow having a reference tool for measuring the QoS particularly in shadow areas and at cell coverage borders. Used as network probes, such equipment will be used for dynamic Grade-of-Service optimisation.
Task 4: DVB-T+/H radio network aspectsThis task will constitute
a first step for validation of technologies and options chosen by
DVB-H ad hoc standardisation group for defining a new DVB physical
layer standard. Elaborating on targeted frequency bands and associated
dedicated mobile channel models will be required as a first step towards
handset integration of the new standard. Then the criteria for technology
assessment, using software simulations and theoretical evaluations
(targeted bit error rate, complexity, compatibility or evolution path
for existing DVB-T infrastructure, etc.) will need to be defined according
to the foreseen broadcast network configurations. Finally the standard
will be evaluated and a final report on expected standard performances
and impact of identified options produced. |