Towards Formal Modeling and Verification of Context-Aware Systems

Item is something (data, material or energy) that is requested and transformed by function in order to provide another(s) distinct Item(s). Taking into account its type,

Lima et al. [ 72 ] verify UML 2.0 sequence diagrams by mapping each fragment into a process in PROMELA code where the send/receive event are specified by a communication

The first part is used for gathering useful data, in this case if there are new connections or LPEs available on the same network, the second and the third part

Keywords: systems biology, biological regulatory networks, qualitative simulation, formal verification, temporal logic, model

proposed a formalism based on hypergraphs to represent directed SoSs [14] but they did not provide generic mechanisms to ensure that the constitutive SoS characteristics are

In the same paper they point out the fact that the formalism used to define model transformations in Triple Graph Grammars (T GG s) [37] could also be used to encode structural

Such environment enables the verification of both (i) prop1 , equivalent to the “transformability” of the input model (w.r.t the transformation intent) and (ii) prop2 , equivalent

The overall attenuation of the detector alarm is thus the sum of the attenuations for all rooms in the propagation path plus 10 dB for each closed door. The derivation