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A well rate controller for the boundary control problem is designed using the backstepping method.
An approximation grid evaluation of NPID controller used in a feedback control problem is proposed.
The control problem is mainly kinematic.
Existence of solutions for the optimal control problem is proven.
The control problem is dealt with backstepping control design.
For a PBN, the structural control problem is newly formulated.
Furthermore, the finite-time formation control problem is discussed.
Then a special kind of decentralized control problem is studied.
The network control problem is approximated as a geometric programming (GP) problem.
If the distributed data contains duplicates, the concurrency control problem is more complex.
The result is that the overall traffic control problem is extremely complex computationally.
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