The theoretic schemes elaborated in our contribution are finally illustrated by a simple computational example.
Results show that, resorting to the game theoretic allocation scheme, the transmission delay is always less than 100 ms; on the contrary, when the periodical SP allocation is employed, up to 10% of the frames suffer a higher delay.
We propose a novel graph theoretic decomposition scheme combined with dynamics consideration for probing the architecture of complex biological networks.
The twelfth paper, 'Wireless Information-Theoretic Security in an outdoor topology with obstacles: theoretical analysis and experimental measurements' by Chrysikos et al., presents a Wireless Information-Theoretic Security scheme, which has been recently introduced as a robust physical layer-based security solution, especially for infrastructureless networks.
The channel-dependent variation of the path loss exponent [14 16] in outdoor and indoor environments, depending on the various mechanisms contributing to the signal attenuation, in an obstacle-dense environment, was proven to largely compromise the Wireless Information-Theoretic Security scheme [17], due to the rapid decrease of the Probability of Nonzero Secrecy Capacity.
The control-theoretic buffer management scheme further improves the controllability.
Furthermore, we propose a PID control-theoretic buffer management scheme.
Motivated by the aforementioned discussion, we design a new game-theoretic resource allocation scheme for C-RAN systems.
This paper presents a Wireless Information-Theoretic Security (WITS) scheme, which has been recently introduced as a robust physical layer-based security solution, especially for infrastructureless networks.
In [19], authors propose a game-theoretic spectrum access scheme for vehicles to opportunistically access licensed channels in a distributed manner where the spectrum access process is modeled as a non-cooperative congestion game.
