… Network tomography can be realized in many different ways, each … These goals can be
achieved by means of various approaches … Network tomography can be classified into various …

… several existing graph algorithms, particularly graph decomposition algorithms that compute
various … no matter where the two monitors are placed, complete network identifiability can …

… We note that the two problems are not equivalent: in Multiway Cut, the link weights are
arbitrary; in all-possiblepaths ALS, the link weights are the traversal numbers, which are …

… many cases are competitors, and who have little interest in sharing such information. Network
tomography … However, our setting is unlike typical network tomography. In our problem the …

… Hence we propose a new transport network tomography model that estimates OD flows of the
… Thus, the extension of the network tomography approach includes many assumptions and …

… , each one related with multiple virtual network functions (VNFs) and multiple VNF instances,
… contributing to the optimal placement of the various functional components. Specifically, NT-…

… and the drivers/passengers usage patterns of its various subsystems (eg for infotainment). In
this … In this paper we assume that the in-vehicle network falls under either one of the last two …

… observed at various time periods (eg overall end-to-end delay from source to destination
nodes); … Our approach focuses primarily on two sources of delay: route discovery delay, which a …

… and configuration errors in various customer software and network functions often induce
“… paths of a given length between given sources and each of multiple candidate destinations. …

… how much the past cell state Ct−1 should be forgotten, and finally, Ot decides how much
information from Ct should be stored in the hidden state Ht. Mathematically, it can be written as: …