0000000000751631

AUTHOR

Dmitry Petrov

showing 3 related works from this author

Synthesis and application of orthogonal signal bases possessing enhanced timefrequency localization for mobile wireless networks

2012

multipleksointimultiplexingsignaalinkäsittelykanavointisignaalianalyysitiedonsiirtolocalizationfilter banklangaton tiedonsiirtoalgoritmitmulti-carriersignaalitPHYsignal processingpulse-shapingOFDM
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Data mining framework for random access failure detection in LTE networks

2014

Sleeping cell problem is a particular type of cell degradation. There are various software and hardware reasons that might cause such kind of cell outage. In this study a cell becomes sleeping because of Random Access Channel (RACH) failure. This kind of network problem can appear due to misconfiguration, excessive load or software/firmware problem at the Base Station (BS). In practice such failure might cause network performance degradation, which is hardly traceable by an operator. In this paper we present a data mining based framework for the detection of problematic cells. In its core is the analysis of event sequences reported by a User Equipment (UE) to a serving BS. The choice of N i…

ta113sleeping cell problembusiness.industryComputer scienceFirmwareHeuristic (computer science)Event (computing)Reliability (computer networking)data miningLTE networkscomputer.software_genreBase stationRandom-access channelUser equipmentData miningbusinessrandom access channelcomputerRandom accessComputer network2014 IEEE 25th Annual International Symposium on Personal, Indoor, and Mobile Radio Communication (PIMRC)
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Distributed GNSS-Based Time Synchronization and Applications

2016

The paper deals with synchronization standards, applications and challenges in the modern packet switched telecommunication networks. In recent years, the number of time-dependent services and systems only increases with the development of such areas as Internet of Things (IoT), industrial Internet, remote automation and robotics, precise positioning etc. In the paper, these emerging applications are discussed. An alternative way to the traditional centralized synchronization infrastructure is proposed. Compact and low-priced devices equipped with a Global Navigation Satellite System (GNSS) receiver and a reliable internal clock can be installed specifically in the places where they are nee…

IoTta213GNSSComputer sciencebusiness.industry020206 networking & telecommunicationsRoboticsSatellite system02 engineering and technologyAutomationtimestampindustrial internetGNSS applicationsSynchronization (computer science)0202 electrical engineering electronic engineering information engineeringIndustrial InternetData synchronizationArtificial intelligenceTimestampbusinesssynchronizationComputer network
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