Determine a non-myopic solution to the sequential decision making problem of monitoring and optimising a space and time dependent function using a moving sensor. Contributions: Sequential Bayesian Optimisation (SBO) Formulate SBO as a Partially Observed Markov Decision Process (POMDP). Find non-mypic solution for the POMDP analog of SBO using MonteCarlo Tree Search (MCTS) and Upper Confidence B...

The localizationofsensornode isanessentialproblemformanyeconomic forecastingapplications inwireless sensor networks.Consideringthat themobilesensorschangetheir locations frequentlyover time,MonteCarlo localization algorithmutilizes themovingcharacteristicsofnodesandemploys theprobabilitydistributionfunction(PDF) in the previous timeslot toestimatethecurrent locationbyusingaweightedparticle filt...

In this work, a new analysis approach is used to analyze the performance of orthogonal frequency division multiplexing-noncoherent amplitude shift keying systems for frequency hopping multiple access networks with additive white Gaussian noise. A simple, yet accurate, expression was derived to describe the system bit error rate (BER). Montecarlo simulations were used to verify the accuracy of t...

The use of a reweighting technique of Montecarlo events can help in the reduction of the simulated statistics needed in 4 fermion physics studies at LEP200. A routine for the reweighting of events generated with the DELPHI customized version of the EXCALIBUR 4 fermion code is presented. Some examples of application for the W mass measurement are discussed.

The current trend in genetic research is the study of omics data as a whole, either combining studies or techniques. This raises need for new robust statistical methods that can integrate and order relevant biological information. A good way to approach problem features studied according different kinds so key point associate values permit us sorting them. These are usually p-values correspondi...

Serum Albumin is the most aboundant protein in blood plasma. Its two major roles aremaintaining osmotic pressure and depositing and transporting compounds. In this paper,Albumin-methanol solution simulation is carried out by three techniques including MonteCarlo (MC), Molecular Dynamic (MD) and Langevin Dynamic (LD) simulations. Byinvestigating energy changes by time and temperature (between 27...

Our aim is to give a self-contained review of recent advances in the analytic description of the deconfinement transition and determination of the deconfinement temperature in lattice QCD at large N . We also include some new results, as for instance in the comparison of the analytic results with Montecarlo simulations. We first review the general set-up of finite temperature lattice gauge theo...