Spectral Overlap Optimization for DVB-T2 and LTE Coexistence

Cross-Layer Optimization of DVB-T2 System for Mobile Services

Mobile broadcast services have experienced a strong boost in recent years through the standardization of several mobile broadcast systems such as DVB-H, ATSC-M/H, DMB-T/H, and CMMB. However, steady need for higher quality services is projected to surpass the capabilities of the existing mobile broadcast systems. Consequently, work on new generations of mobile broadcast technology is starting un...

WHP01_3 DVB-T2 Planning

This White Paper provides an overview of major techniques used in DVB-T2 and their impact on service planning and operation of this new transmission technology.

LTE and DVB-T Coexistence: A Simulation Study in the UHF Frequency Band

The introduction of new mobile services, mainly UMTS (Universal Mobile Telecommunications System) and LTE (Long Term Evolution), in the digital dividend portion of the UHF spectrum (from 790 MHz to 862 MHz), resulting from the digital switchover process, makes necessary the assessment of how much the interference of these signals impacts on QoS of existing DVB-T services, in particular when ope...

DVB-T2 Simulation Model for OPNET

DVB-T2 is offering a new way for broadcasting value-added services to end users, such as High Definition (HD) TV and 3D TV. Thanks to the advances made in digital signal processing, and specifically in channel coding, DVBT2 brings an increased transfer capacity of 50% and a new flexibility in services’ broadcasting in contrast with the first generation DVB-T standard. As DVB-T2 is still in depl...

Coexistence and Optimization for Lte-ran and Wan Deliverable 3.3.1b: Dynamic Spectrum Allocation for Hetereogeneous Networks