Research Explorer

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Researcher

Willem Vereecken

Awards & Distinctions

37 Results

2014

Modelling of the worldwide electricity consumption of ICT

Ward Van HeddeghemSofie LambertWillem VereeckenBart LannooDidier CollePiet DemeesterMario Pickavet

2013

Energy efficiency of femtocell deployment in combined wireless/optical access networks

Slavisa AleksicMargot DeruyckWillem VereeckenWout JosephMario PickavetLuc Martens

A1 Journal Article in COMPUTER NETWORKS

2012

Distributed computing for carbon footprint reduction by exploiting low-footprint energy availability

Ward Van HeddeghemWillem VereeckenDidier ColleMario PickavetPiet Demeester

A1 Journal Article in FUTURE GENERATION COMPUTER SYSTEMS-THE INTERNATIONAL JOURNAL OF GRID COMPUTING AND ESCIENCE

Estimating the global power consumption in communication networks

Sofie LambertWard Van HeddeghemWillem VereeckenBart LannooDidier ColleMario Pickavet

Evaluation of the potential for energy saving in macrocell and femtocell networks using a heuristic introducing sleep modes in base stations

Willem VereeckenMargot DeruyckDidier ColleWout JosephMario PickavetLuc MartensPiet Demeester

A1 Journal Article in EURASIP JOURNAL ON WIRELESS COMMUNICATIONS AND NETWORKING

Power consumption modeling in optical multilayer networks

Ward Van HeddeghemFilip IdzikowskiWillem VereeckenDidier ColleMario PickavetPiet Demeester

A1 Journal Article in PHOTONIC NETWORK COMMUNICATIONS

Reducing the power consumption in wireless access networks: overview and recommendations

Margot DeruyckWillem VereeckenWout JosephBart LannooMario PickavetLuc Martens

A1 Journal Article in PROGRESS IN ELECTROMAGNETICS RESEARCH-PIER

Sustainable ICT: a study on the estimation and mitigation of the environmental impact of telecommunications

Willem VereeckenMario PickavetBart Dhoedt

The effect of variable wake up time on the utilization of sleep modes in femtocell mobile access networks

Willem VereeckenIvaylo HaratcherevMargot DeruyckWout JosephMario PickavetLuc MartensPiet Demeester

Using an analytical power model to survey power saving approaches in backbone networks

Ward Van HeddeghemMichael C ParkerSofie LambertWillem VereeckenBart LannooDidier ColleMario PickavetPiet Demeester

Worldwide electricity consumption of communication networks

Sofie LambertWard Van HeddeghemWillem VereeckenBart LannooDidier ColleMario Pickavet

A1 Journal Article in OPTICS EXPRESS

2011

Model for power consumption of wireless access networks

Margot DeruyckEmmeric TangheWout JosephWillem VereeckenMario PickavetLuc MartensBart Dhoedt

A1 Journal Article in IET SCIENCE MEASUREMENT & TECHNOLOGY

Multilayer traffic engineering for energy efficiency

Bart PuypeWillem VereeckenDidier ColleMario PickavetPiet Demeester

A1 Journal Article in PHOTONIC NETWORK COMMUNICATIONS

Power consumption in telecommunication networks: overview and reduction strategies

Willem VereeckenWard Van HeddeghemMargot DeruyckBart PuypeBart LannooWout JosephDidier ColleLuc MartensPiet Demeester

A1 Journal Article in IEEE COMMUNICATIONS MAGAZINE

The environmental footprint of cloud computing: a life cycle perspective

Willem Vereecken

The environmental footprint of data centers: the influence of server renewal rates on the overall footprint

Willem VereeckenWard Van HeddeghemDidier ColleMario PickavetBart DhoedtPiet Demeester

2010

Comparison of power consumption of mobile WiMAX, HSPA and LTE access networks

Margot DeruyckWillem VereeckenEmmeric TangheWout JosephMario PickavetLuc MartensPiet Demeester

Energy efficiency in thin client solutions

Willem VereeckenLien DebooserePieter SimoensBrecht VermeulenDidier ColleChris DevelderMario PickavetBart DhoedtPiet Demeester

Energy-efficiency in optical telecommunication networks

Ward Van HeddeghemWillem VereeckenDidier ColleMario PickavetPiet Demeester

Energy-efficiency in telecommunications networks: link-by-link versus end-to-end grooming

Ward Van HeddeghemMaarten De GrooteWillem VereeckenDidier ColleMario PickavetPiet Demeester

Energy-saving potential of optical bypass

Ward Van HeddeghemWillem Vereecken

Optical networks: how much power do they consume and how can we optimize this?

Willem VereeckenWard Van HeddeghemBart PuypeDidier ColleMario PickavetPiet Demeester

Overall ICT footprint and green communication technologies

Willem VereeckenWard Van HeddeghemDidier ColleMario PickavetPiet Demeester

Power consumption in wireless access networks

Margot DeruyckWillem VereeckenEmmeric TangheWout JosephMario PickavetLuc MartensPiet Demeester

Power efficiency of thin clients

Willem VereeckenLien DebooserePieter SimoensBrecht VermeulenDidier ColleChris DevelderMario PickavetBart DhoedtPiet Demeester

Power efficiency of thin clients

Willem VereeckenLien DebooserePieter SimoensBrecht VermeulenDidier ColleChris DevelderMario PickavetBart DhoedtPiet Demeester

A1 Journal Article in EUROPEAN TRANSACTIONS ON TELECOMMUNICATIONS

Towards a deployment tool for wireless access networks with minimal power consumption

Margot DeruyckEmmeric TangheWout JosephWillem VereeckenMario PickavetBart DhoedtLuc Martens

2009

Contribution and role of network architectures in the footprint reduction of ICT

Mario PickavetWillem VereeckenSofie DemeyerP. AudenaertDidier ColleChris DevelderPiet Demeester

Energy efficient fixed networks and infrastructures

Piet DemeesterWillem VereeckenWard Van HeddeghemMario Pickavet

Energy in ICT: trends and research directions

Ward Van HeddeghemWillem VereeckenMario PickavetPiet Demeester

Power reduction techniques in multilayer traffic engineering

Bart PuypeWillem VereeckenDidier ColleMario PickavetPiet Demeester

2008

Energy efficiency in telecommunication networks (invited paper)

Willem VereeckenLien DeboosereDidier ColleBrecht VermeulenMario PickavetBart DhoedtPiet Demeester

Energy footprint of ICT: future outlook and challenges

Mario PickavetWillem VereeckenSofie DemeyerP. AudenaertDidier ColleBart DhoedtPiet Demeester

Estimating and mitigating the footprint of ICTs

Willem Vereecken

Power consumption of mobile and wireless thin clients

Willem VereeckenWouter HaerickChris DevelderDidier ColleBrecht VermeulenMario PickavetBart DhoedtPiet Demeester

Thin client power efficiency

Willem VereeckenLien DebooserePieter SimoensBrecht VermeulenDidier ColleChris DevelderMario PickavetBart DhoedtPiet Demeester

Worldwide energy needs for ICT: the rise of power-aware networking

Mario PickavetWillem VereeckenSofie DemeyerP. AudenaertBrecht VermeulenChris DevelderDidier ColleBart DhoedtPiet Demeester