The unavoidable parametrization of the wireless link represents a major problem of the network-coded modulation synthesis in a 2-way relay channel.
Network security and trustworthiness become the key problems of the network.
In this chapter, we apply conformal predictions to two important problems of the network resource management.
Unfortunately, the theoretically endless number of time lagged values of one variable would in practice lead to high computational times and identification problems of the network structure and parameters (see [ 21, 22]).
The number of possible DAGs grows exponentially with the number of nodes, and the problem of identifying the network with the highest score is NP-hard.
Sharon and Segal (2007) uses Markov networks to associate specific features with subsets of TFBS positions, causing the difficult problem of estimating the network structure to arise.
We consider the problem of maximizing the network lifetime in WANETs (wireless ad hoc networks) with limited energy resources using omnidirectional or directional antennas.
Moreover, for this ensemble the combinatorial problem of calculating the network complexities and information-theoretic distances between network families can be solved analytically.
The problem of partitioning the network hence reduces to finding a suitable (by criteria to be formulated) subset of internal metabolites such that when deleted, the network divides into self-contained subnets with no probability flow between them.
