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Recently, some symbol-by-symbol based schemes have been proposed for FBMC-OQAM such as, OSLM [16] and DSLM [17].
Although many p-cycle based schemes have been proposed for single-link failure protection, protection against two-link failures have not received much attention.
The model-based scheme has been implemented in Matlab/Simulink and found to successfully detect faults during the startup of an experimental pH neutralization CSTR.
In[2] and[3], a comparison between the performance of the conventional superimposed training scheme and the time-multiplexing-based scheme has been carried out.
In section 4, the proposed fuzzy-entropy based aggregation scheme has been elaborated.
Since Authentication is the entry point into every network, a novel smart card based authentication scheme has been proposed.
The inherent computational complexity of the neural network based adaptive scheme has been circumvented through the use of orthogonal Chebyshev polynomials as basis functions.
A 'local' radial basic function (RBF) based gridfree scheme has been developed to solve unsteady, incompressible Navier Stokes equations in primitive variables.
Another homomorphic encryption based SVD scheme has been proposed by Han, et al. [21] but the authors also describe that their scheme does not scale well for realistic datasets.
It is concluded that, the genuinely multidimensional characteristic based (MCB) scheme, has been introduced earlier by the authors, is a robust and powerful scheme for modeling incompressible viscous flows for achieving the high accuracy and remarkable advantage in convergence rate with respect to conventional characteristic based schemes.
In these scenarios a diversity based scheme has the potential to be more robust, more spectrally efficient and also more energy efficient.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com