Research Explorer

Your browser does not support JavaScript or JavaScript is not enabled. Without JavaScript some functions of this webapplication may be disabled or cause error messages. To enable JavaScript, please consult the manual of your browser or contact your system administrator.

Researcher

Sergei Shikhantsov

Awards & Distinctions

25 Results

2023

New hybrid QuaDRiGa-FDTD method for realistic human exposure assessment at 28 GHz with 6G cell-free Massive MIMO in 3D outdoor environments

Robin WydaegheSergei ShikhantsovEmmeric TangheGünter VermeerenLuc MartensPiet DemeesterWout Joseph

Numerical assessment of human EMF exposure to collocated and distributed Massive MIMO deployments in an industrial indoor environment

Sergei ShikhantsovArno ThielensGünter VermeerenPiet DemeesterLuc MartensWout Joseph

A1 Journal Article in IEEE TRANSACTIONS ON ELECTROMAGNETIC COMPATIBILITY

Numerical evaluation of the organ-specific exposure to collocated 5G and distributed 6G antenna array base stations

Sergei ShikhantsovArno ThielensGünter VermeerenPiet DemeesterLuc MartensWout Joseph

2022

Human electromagnetic field exposure from ultra small cell and massive MIMO technologies

Sergei ShikhantsovWout JosephPiet Demeester

Realistic human exposure at 3.5 GHz and 28 GHz for distributed and collocated MaMIMO in indoor environments using hybrid ray-tracing and FDTD

Robin WydaegheSergei ShikhantsovEmmeric TangheGünter VermeerenLuc MartensPiet DemeesterWout Joseph

A1 Journal Article in IEEE ACCESS

Realistic human exposure from a 28 GHz and 3.5 GHz base station using a hybrid Ray-Tracer/FDTD method

Robin WydaegheSergei ShikhantsovEmmeric TangheGünter VermeerenLuc MartensPiet DemeesterWout Joseph

User and non-user RF-EMF exposure to the downlink Zero-Forcing transmission of distributed Massive MIMO in an industrial environment

Sergei ShikhantsovArno ThielensGünter VermeerenLuc MartensPiet DemeesterWout Joseph

2021

Collocated and distributed massive MIMO from the human EMF exposure perspective : a comparative study

Sergei ShikhantsovArno ThielensGünter VermeerenEmmeric TanghePiet DemeesterLuc MartensWout Joseph

Numerical assessment of the spatiotemporal duty cycle of 5G Massive MIMO in an outdoor urban environment using radio-frequency Ray-Tracing

Sergei ShikhantsovArno ThielensGünter VermeerenEmmeric TanghePiet DemeesterGuy TorfsLuc MartensWout Joseph

Spatial correlation in indoor massive MIMO : measurements and ray tracing

Sergei ShikhantsovAndrea GuevaraArno ThielensGünter VermeerenPiet DemeesterLuc MartensGuy TorfsSofie PollinWout Joseph

A1 Journal Article in IEEE ANTENNAS AND WIRELESS PROPAGATION LETTERS

2020

Assessment of MaMIMO beamwidth using measurements and raytracing = Évaluation des ouverture de faisceau MaMIMO à l'aide de mesures et de raytracing

Maarten VelgheSergei ShikhantsovLuc MartensWout JosephArno Thielens

Beam width assessment of a linear array for MaMIMO applications at 3.5 GHz using measurements and raytracing

Maarten VelgheSergei ShikhantsovLuc MartensWout JosephArno Thielens

Combined ray-tracing/FDTD and network planner methods for the design of massive MIMO networks

Michel Matalatala TamasalaSergei ShikhantsovMargot DeruyckEmmeric TangheDavid PletsSotirios K. GoudosLuc MartensWout Joseph

A1 Journal Article in IEEE ACCESS

Exposure to RF-EMF hotspots induced by maximum ratio field combining in 5th generation networks

Maarten VelgheSergei ShikhantsovEmmeric TangheLuc MartensWout JosephArno Thielens

Field enhancement and size of radio-frequency hotspots induced by maximum ratio field combining in fifth generation network

Maarten VelgheSergei ShikhantsovEmmeric TangheLuc MartensWout JosephArno Thielens

A1 Journal Article in RADIATION PROTECTION DOSIMETRY

Massive MIMO propagation modeling with user-induced coupling effects using ray-tracing and FDTD

Sergei ShikhantsovArno ThielensGünter VermeerenPiet DemeesterLuc MartensGuy TorfsWout Joseph

A1 Journal Article in IEEE JOURNAL ON SELECTED AREAS IN COMMUNICATIONS

Ray-tracing-based numerical assessment of the spatiotemporal duty cycle of 5G massive MIMO in an outdoor urban environment

Sergei ShikhantsovArno ThielensSam AertsLeen VerloockGuy TorfsLuc MartensPiet DemeesterWout Joseph

A1 Journal Article in APPLIED SCIENCES-BASEL

User and non-user EMF-exposure assessment of massive MIMO in an outdoor urban environment using Ray-Tracing method with stochastic geometry

Sergei ShikhantsovArno ThielensGünter VermeerenEmmeric TanghePiet DemeesterGuy TorfsLuc MartensWout Joseph

2019

Hybrid ray-tracing/FDTD method for human exposure evaluation of a massive MIMO technology in an industrial indoor environment

Sergei ShikhantsovArno ThielensGünter VermeerenEmmeric TanghePiet DemeesterLuc MartensGuy TorfsWout Joseph

A1 Journal Article in IEEE ACCESS

Hybrid ray-tracing/finite-difference time-domain method for human EMF-exposure assessment of a massive MIMO technology

Sergei ShikhantsovArno ThielensGünter VermeerenEmmeric TanghePiet DemeesterGuy TorfsLuc MartensWout Joseph

Multi-objective optimization of massive MIMO 5G wireless networks towards power consumption, uplink and downlink exposure

Michel Matalatala TamasalaMargot DeruyckSergei ShikhantsovEmmeric TangheDavid PletsSotirios GoudosKostas E. PsannisLuc MartensWout Joseph

A1 Journal Article in APPLIED SCIENCES-BASEL

Statistical approach for human electromagnetic exposure assessment in future wireless ATTO-cell networks

Sergei ShikhantsovArno ThielensGünter VermeerenPiet DemeesterLuc MartensGuy TorfsWout Joseph

A1 Journal Article in RADIATION PROTECTION DOSIMETRY

2018

Industrial indoor massive MIMO human EM-exposure evaluation

Sergei ShikhantsovArno ThielensGünter VermeerenEmmeric TanghePiet DemeesterGuy TorfsLuc MartensWout Joseph

2017

Comparison of human EM-exposure in fifth generation wireless technologies : ATTO vs. massive MIMO

Sergei ShikhantsovArno ThielensGünter VermeerenPiet DemeesterLuc MartensWout Joseph

Numerical assessment of human electromagnetic exposure in ATTO-cell wireless networks

Sergei ShikhantsovArno ThielensGünter VermeerenPiet DemeesterLuc MartensGuy TorfsWout Joseph