Bio-Inspired Computing and Networking

Cellular Signaling for Communication Networks

■

477

theory of dynamical systems and automatic control, the research on the robust circuit

design of biochemical networks by Chen et al. [11] is helpful for understanding the

robustness of biochemical networks in terms of steady-state methods.

In its most general from, the concentration of Mos-P can be formulated as a

fixed-point equation in the following way:

[Mos-P]=f

(

[Mos-P]

)

which may give us some hint on the robustness analysis of future communication

networks.

From the above brief discussion in terms of system of systems [34], we can see that

the differential equations are necessary to formulate the robustness in a dynamical

system, which is motivated from the biological robustness in pathway networks, ...