Stanislav Volkov

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We consider a Markov chain on a countable state space, on which is placed a random eld of traps, and ask whether the chain gets trapped almost surely. We show that the quenched problem (when the traps are xed) is equivalent to the annealed problem (when the traps are updated each unit of time) and give a criterion for almost sure trapping versus positive(More)
We consider the following signaling game. Nature plays first from the set {1, 2}. Player 1 (the Sender) sees this and plays from the set {A, B}. Player 2 (the Receiver) sees only Player 1's play and plays from the set {1, 2}. Both players win if Player 2's play equals Nature's play and lose otherwise. Players are told whether they have won or lost, and the(More)
We investigate individual packet delay in a model of data networks with table-free, partial table and full table routing. We present analytical estimation for the average packet delay in a network with small partial routing table. Dependence of the delay on the size of the network and on the size of the partial routing table is examined numerically.(More)
We consider a nearest-neighbor stochastic process on a rooted tree G which goes toward the root with probability 1 − ε when it visits a vertex for the first time. At all other times it behaves like a simple random walk on G. We show that for all ε ≥ 0 this process is transient. Also we consider a generalization of this process and establish its transience(More)
We study the non-equilibrium dynamics of a one-dimensional interacting particle system that is a mixture of the voter model and exclusion process. With the process started from a finite perturbation of the ground-state Heaviside configuration consisting of 1s to the left of the origin and 0s elsewhere, we study the relaxation time τ , that is, the first(More)
A multi-channel High Voltage Distribution and Monitoring System (HVDM) was designed and constructed for muon chambers produced at PNPI for the LHCb Muon detector. Two options of the system are developed to be used for the chambers. The first one (HVDM_16) allows linear regulation in each distributed channel in a range of 0-3000 V. The second (HVDM_LHCb)(More)