In an atomic splittable routing game, each player controls a non-negligible, splittable flow in a network. Each edge has a delay that is a function of the total flow on the edge.
The method of variation of parameters, credited to J.L. Lagrange, expresses each solution of the perturbed system of differential equations, $x' = A(t)x + f(t)$, in terms of the solution of the associated homogeneous system, $y' = A(t)y$.
Inefficient use of radio spectrum is becoming a serious problem as more and more wireless systems are being developed to operate in crowded spectrum bands.
Human interaction is central to many computing systems that require a high level of assurance. We term such systems as "high-confidence interactive systems".
Networks are largely viewed as a medium for communication from transmitters to receivers. More generally a network can be used as a medium to enable coordinated action between the entities represented by its nodes.
