The seventh paper, 'Modeling the lion attack in cognitive radio networks' by Hernandez-Serrano, presents a cross-layer attack to Transmission Control Protocol (TCP) connections in cognitive radio networks, analyzes its impact on TCP throughput via analytical model and simulation and finally proposes potential countermeasures to mitigate it.
In this paper, we present a cross-layer attack to TCP connections in cognitive radio networks, analyze its impact on TCP throughput via analytical model and simulation, and propose potential countermeasures to mitigate it.
Another model proposes that electrostatic potential complementation plays an important role.
The model proposed has potential to be used to design more durable soil-cement columns in coastal environments.
The last cell standing model proposes that germ cell potential is maintained through early development in response to signalling, not by determinants.
An alternative model proposes that the metastatic potential is encoded in the mass of a given primary tumour that has progressed to a pre-metastatic state, after which metastases may randomly occur without any further gene expression changes (van 't Veer et al, 2002; Hynes, 2003; Van't Veer and Weigelt, 2003).
Future studies should explore the proposed potential model of the learning process, whether this learning is similar in other Adolescent Medicine training programs and in other specialty/subspecialty postgraduate medical training programs, and whether the interprofessional nature of an Adolescent Medicine team and the patient populations themselves contribute to this learning.
Our study based on an integrated physiological model proposes a new neuronal mechanism: the conduction of excitation without action potentials.
Although only the vibration response of footbridges was analysed in this paper, the force model proposed has the potential to be implemented in the estimation of floor vibration as well, where multi-mode response occurs more frequently.
4) The topological model proposed in Figure 9A suggests a potential mechanism by which H NS bridging filaments entraps elongating RNAP and prevent forward movement.
