Topology control in wireless mesh networks is an NP-hard problem; therefore, we propose a heuristic method known as Fault-Tolerant Interference-Aware Topology Control (FITC) to solve it in a distributed fashion.
It was shown that in the presence of MAI, only MMSE-PIC with MRC can be more tolerant to interference with much higher gain than MRC-based PIC.
Mamoulian had never been very tolerant of creative interference, and the studios apparently had finally grown tired of battling with him.
This is the first Labour administration to take office since the introduction of the select committees two decades ago, and it is not clear how tolerant of their interference it will be.
As robust LLR is tolerant toward variation of interference parameters, in [15, 19], the interference power and the coefficient are set to 4 and 0.3, respectively, as constant values.
In the 2R arm, desiccation- and hyperoxia-tolerant lines showed relaxation of positive interference, while no such effect was observed in the hypoxia-tolerant lines.
Numerical simulation of the proposed method is presented to demonstrate the advantages with respect to interference suppression, fast tracking, fault tolerant and practical finite-time stability.
In some intervals of chromosome 3, negative interference appeared in the desiccation-tolerant lines, while only relaxation of positive interference was observed in hypoxia-tolerant lines, and there was no effect in hyperoxia-tolerant lines.
By the analysis of FICTC algorithm, we proved that FICTC not only meets the fault-tolerant requirement, but also minimizes the maximum node interference.
Besides, some algorithms investigated the topology control based on minimizing the maximum interference rather than addressing the fault-tolerant requirement [18 21].
The RNAi vector pGII00-HACP with an expression cassette containing both hairpin interference sequence and cp4-epsps herbicide-tolerant gene was transferred to sugarcane cultivar ROC22 via Agrobacterium-mediated transformation.
