Research Explorer

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Researcher

Brecht De Beelde

24 Results

2022

868 MHz path loss model for an industrial container terminal

Brecht De BeeldeEmmeric TangheMarwan YusufDavid PletsWout Joseph

Characterization of the D-band radio channel for future wireless communication systems

Brecht De Beelde

Directive mmWave radio channel modeling in a ship hull

Brecht De BeeldeAndrés Almarcha LópezDavid PletsMarwan YusufEmmeric TangheWout Joseph

A1 Journal Article in INTERNATIONAL JOURNAL OF MICROWAVE AND WIRELESS TECHNOLOGIES

Geodesic path model for indoor propagation loss prediction of narrowband channels

Abdil KayaBrecht De BeeldeWout JosephMaarten WeynRafael Berkvens

A1 Journal Article in SENSORS

Indoor radio channel modeling at D-band frequencies

Brecht De BeeldeEmmeric TangheDavid PletsWout Joseph

Outdoor channel modeling at D-band frequencies for future fixed wireless access applications

Brecht De BeeldeEmmeric TangheDavid PletsWout Joseph

A1 Journal Article in IEEE WIRELESS COMMUNICATIONS LETTERS

Outdoor line-of-sight path loss modeling at 140 GHz

Brecht De BeeldeEmmeric TangheDavid PletsWout Joseph

Radio propagation modeling for future wireless communication systems

Brecht De BeeldeWout JosephDavid Plets

V-Band channel modeling, throughput measurements, and coverage prediction for indoor residential environments

Brecht De BeeldeAndres AlmarchaDavid PletsWout Joseph

A1 Journal Article in ELECTRONICS

V-band rain attenuation measurement setup

Brecht De BeeldeDavid PletsEmmeric TangheChenglong LiWout Joseph

Vegetation loss at D-band frequencies and new vegetation-dependent exponential decay model

Brecht De BeeldeRobbe De BeeldeEmmeric TangheDavid PletsKris VerheyenWout Joseph

A1 Journal Article in IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION

2021

Directional sub-THz antenna-channel modelling for indoor scenarios

Brecht De BeeldeDavid PletsEmmeric TangheWout Joseph

Human sensing in reverberant environments : RF-based occupancy and fall detection in ships

Marwan YusufEmmeric TangheBrecht De BeeldePierre LalyMatteo RidolfiEli De PoorterLuc MartensDavy P. GaillotMartine LienardWout Joseph

A1 Journal Article in IEEE TRANSACTIONS ON VEHICULAR TECHNOLOGY

Material characterization and radio channel modeling at D-band frequencies

Brecht De BeeldeDavid PletsClaude DessetEmmeric TangheAndre BourdouxWout Joseph

A1 Journal Article in IEEE ACCESS

Office room channel modeling and object attenuation at sub-THz frequencies

Brecht De BeeldeEmmeric TangheClaude DessetAndre BourdouxDavid PletsWout Joseph

A1 Journal Article in ELECTRONICS

Radio channel modeling in a ship hull : path loss at 868 MHz and 2.4, 5.25, and 60 GHz

Brecht De BeeldeEmmeric TangheMarwan YusufDavid PletsWout Joseph

A1 Journal Article in IEEE ANTENNAS AND WIRELESS PROPAGATION LETTERS

Wireless sensor networks for enabling smart production lines in industry 4.0

Brecht De BeeldeDavid PletsWout Joseph

A1 Journal Article in APPLIED SCIENCES-BASEL

2020

60 GHz path loss modelling inside ships

Brecht De BeeldeEmmeric TangheMarwan YusufDavid PletsEli De PoorterWout Joseph

Channel modelling of a cooker hob environment for smart kitchens

Brecht De BeeldeNico PodevijnEmmeric TangheDavid PletsDieter DekeyzerWout Joseph

A1 Journal Article in IET MICROWAVES ANTENNAS & PROPAGATION

Estimation of the number of persons in a reverberant environment using bistatic radar

Marwan YusufBrecht De BeeldeEmmeric TangheEli De PoorterLuc MartensPierre LalyDavy P. GaillotMartine LiénardWout Joseph

TIP channel sounder program results summary report

David LaiZahid AslamYoann CorreIoannis ChrondroulisFabian UndiEmmeric TangheBrecht De BeeldeWout JosephJulius KusumaKetaki Mangalmurti et al.

2019

Fall detection of a person in a reverberant environment using bistatic radar

Marwan YusufBrecht De BeeldeEmmeric TanghePierre LalyDavy P. GaillotMartine LiénardEli De PoorterLuc MartensWout Joseph

Joint antenna and channel modelling for communication in metallic kitchen environments

Brecht De BeeldeNico PodevijnDavid PletsEmmeric TangheLuc MartensWout Joseph

Path loss modelling at 868 MHz in the hull of a ship

Brecht De BeeldeEmmeric TangheMarwan YusufDavid PletsWout Joseph