Universal Mobile Telecommunications System (UMTS) networks are capable of serving packet-switched data applications at bit rates as high as 384 kbps.
Accounting for tight filtering impairments, we show why the ideal extra capacity of 33% brought by 37.5GHz channel spacing (compared to 50GHz) may be significantly reduced under physical constraint
The performance of a wide, 53 nm-band fibre-optic transmission system that does not employ slope-matched dispersion-compensation modules or gain-equalisation filters is studied.
Radio-frequency (RF) impairments, that exist intimately in wireless communications systems, can severely degrade the performance of traditional multiple-input multiple-output (MIMO) systems.
We study the effect of transmitter response amplitude and group delay ripples on the performance of systems using duobinary coding.
This deliverable builds upon the work on cooperation strategies and incentives of task T3.4 presented in deliverable D3.4 [1] and presents the updates in the work reported there.
We compared the 5G candidate waveform UF-OFDM to CP-OFDM, as well as their single carrier DFT-spread variants, with respect to RF transmitter hardware and corresponding signal conditioning algorith
We present the impact on the OSNR penalty of the optical routing applied to the near channels of a given connection along its light-path.
Years after the initial development of the current routing protocols we still lack an understanding of the impact of various parameters on the routes chosen in today's Internet.
Advances in science and technology have provided the foundation for the enormous growth and industrialization of America.
