Research Explorer

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Researcher

Martin Fiers

Awards & Distinctions

41 Results

2018

Photonic reservoir computing using silicon chips

Kristof VandoornePauline MechetMartin FiersThomas Van VaerenberghBendix SchneiderAndrew KatumbaFloris LaporteDavid Verstraetenbenjamin SchrauwenJoni Dambre et al.

2016

Design flow automation for silicon photonics : challenges, collaboration, and standardization

M HeinsC ConeJ FergusonR CaoJ PondJ KleinT KorthorstA BakkerR StofferMartin Fiers et al.

Bookchapter in Silicon photonics III, systems and applications

2015

Efficient simulation of optical nonlinear cavity circuits

Thomas Van VaerenberghMartin FiersJoni DambrePeter Bienstman

A1 Journal Article in OPTICAL AND QUANTUM ELECTRONICS

Multi-parameter extraction from SOI photonic integrated circuits using circuit simulation and evolutionary algorithms

Alfonso RuoccoMartin FiersMichaël VanslembrouckThomas Van VaerenberghWim Bogaerts

2014

An optical delayline based on excitable microrings

Thomas Van VaerenberghMartin FiersJoni DambrePeter Bienstman

Cascadable excitability in optically injected microdisks

Thomas Van VaerenberghKoen AlexanderMartin FiersPauline MechetJoni DambrePeter Bienstman

Experimental demonstration of reservoir computing on a silicon photonics chip

Kristof VandoornePauline MechetThomas Van VaerenberghMartin FiersGeert MorthierDavid VerstraetenBenjamin SchrauwenJoni DambrePeter Bienstman

A1 Journal Article in NATURE COMMUNICATIONS

High-Q photonic crystal nanocavities on 300 mm SOI substrate fabricated with 193 nm immersion lithography

Weiqiang XieMartin Fiersshankar kumar SelvarajaPeter BienstmanJoris Van CampenhoutPhilippe AbsilDries Van Thourhout

A1 Journal Article in JOURNAL OF LIGHTWAVE TECHNOLOGY

Nanophotonic reservoir computing with photonic crystal cavities to generate periodic patterns

Martin FiersThomas Van VaerenberghFrancis wyffelsDavid VerstraetenBenjamin SchrauwenJoni DambrePeter Bienstman

A1 Journal Article in IEEE TRANSACTIONS ON NEURAL NETWORKS AND LEARNING SYSTEMS

Simulation of nonlinear optical resonator circuits

Thomas Van VaerenberghMartin FiersPeter Bienstman

2013

Excitability in optically injected microdisk lasers with phase controlled excitatory and inhibitory response

Koen AlexanderThomas Van VaerenberghMartin FiersPauline MechetJoni DambrePeter Bienstman

A1 Journal Article in OPTICS EXPRESS

Improving the design cycle for nanophotonic components

Martin FiersE LambertShibnath PathakBjörn MaesPeter BienstmanWim BogaertsPieter Dumon

A1 Journal Article in JOURNAL OF COMPUTATIONAL SCIENCE

Integrated design for integrated photonics: from the physical to the circuit level and back

Wim BogaertsYanlu LiShibnath PathakAlfonso RuoccoMartin FiersAntônio Ribeiro Alves JúniorEmmanuel LambertPieter Dumon

Nanophotonic reservoir computing using photonic crystal cavities

Martin FiersPeter BienstmanJoni Dambre

Towards integrated optical spiking neural networks: delaying spikes on chip

Thomas Van VaerenberghMartin FiersPeter BienstmanJoni Dambre

Using silicon nanophotonics for digital and analog signal processing with reservoir computing

Peter BienstmanKristof VandoorneThomas Van VaerenberghMartin FiersBendix SchneiderBenjamin SchrauwenJoni Dambre

Using silicon nanophotonics for digital and analog signal processing with reservoir computing

Peter BienstmanKristof VandoorneThomas Van VaerenberghMartin FiersBendix SchneiderBenjamin SchrauwenJoni Dambre

2012

CAPHE: time-domain and frequency-domain modeling of nonlinear optical components

Martin FiersThomas Van VaerenberghJoni DambrePeter Bienstman

Cascadable excitability in microrings

Thomas Van VaerenberghMartin FiersPauline MechetThijs SpuesensRajesh KumarGeert MorthierBenjamin SchrauwenJoni DambrePeter Bienstman

A1 Journal Article in OPTICS EXPRESS

Characterization of cascadable excitability in a silicon-on-insulator microring

Thomas Van VaerenberghMartin FiersPauline MechetThijs SpuesensRajesh KumarGeert MorthierKristof VandoorneBendix SchneiderBenjamin SchrauwenJoni Dambre et al.

High-Q photonic crystal nanocavities on 300 mm SOI substrate fabricated by 193 nm immersion lithography

Weiqiang XieMartin Fiersshankar kumar SelvarajaJoris Van CampenhoutP AbsilDries Van Thourhout

IPKISS: a parametric design and simulation framework for silicon photonics

Wim BogaertsPieter DumonEmmanuel LambertMartin FiersShibnath PathakAntonio Ribeiro

Optical information processing: advances in nanophotonic reservoir computing

Martin FiersKristof VandoorneThomas Van VaerenberghJoni DambreBenjamin SchrauwenPeter Bienstman

Reservoir computing on nanophotonic chips

Peter BienstmanKristof VandoorneThomas Van VaerenberghMartin FiersBendix SchneiderDavid VerstraetenBenjamin SchrauwenJoni Dambre

Self-pulsation and excitability mechanism in silicon-on-insulator microrings

Thomas Van VaerenberghMartin FiersPauline MechetThijs SpuesensRajesh KumarGeert MorthierKristof VandoorneBendix SchneiderBenjamin SchrauwenJoni Dambre et al.

Silicon photonics integrated design

Wim BogaertsPieter DumonMartin FiersAntônio Ribeiro Alves JúniorMichaël Vanslembrouck

Simplified description of self-pulsation and excitability by thermal and free-carrier effects in semiconductor microcavities

Thomas Van VaerenberghMartin FiersJoni DambrePeter Bienstman

A1 Journal Article in PHYSICAL REVIEW A

Time-domain and frequency-domain modeling of nonlinear optical components at the circuit-level using a node-based approach

Martin FiersThomas Van VaerenberghKen CaluwaertsDries Vande GinsteBenjamin SchrauwenJoni DambrePeter Bienstman

A1 Journal Article in JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS

Towards a photonics spiking neuron: excitability in a silicon-on-insulator microring

Thomas Van VaerenberghMartin FiersKristof VandoorneBendix SchneiderJoni DambrePeter Bienstman

2011

Advances in photonic reservoir computing on an integrated platform

Kristof VandoorneMartin FiersThomas Van VaerenberghDavid VerstraetenBenjamin SchrauwenJoni DambrePeter Bienstman

CAPHE: a circuit-level time-domain and frequency-domain modeling tool for nonlinear optical components

Martin FiersThomas Van VaerenberghPieter DumonKen CaluwaertsBenjamin SchrauwenJoni DambrePeter Bienstman

Optical signal processing with a network of semiconductor optical amplifiers in the context of photonic reservoir computing

Kristof VandoorneMartin FiersDavid VerstraetenBenjamin SchrauwenJoni DambrePeter Bienstman

Photonic reservoir computing and information processing with coupled semiconductor optical amplifiers

Kristof VandoorneThomas Van VaerenberghMartin FiersPeter BienstmanDavid VerstraetenBenjamin SchrauwenJoni Dambre

Python bindings for the open source electromagnetic simulator Meep

Emmanuel LambertMartin FiersShavkat NizamovMartijn TassaertSteven G JohnsonPeter BienstmanWim Bogaerts

A1 Journal Article in COMPUTING IN SCIENCE & ENGINEERING

2010

Photonic reservoir computing as a new paradigm for optical information processing

Peter BienstmanKristof VandoorneMartin FiersDavid VerstraetenJoni DambreBenjamin Schrauwen

Photonic reservoir computing: a new approach to optical information processing

Kristof VandoorneMartin FiersDavid VerstraetenBenjamin SchrauwenJoni DambrePeter Bienstman

Photonic reservoir computing: a new approach to optical information processing

Kristof VandoorneMartin FiersDavid VerstraetenBenjamin SchrauwenJoni DambrePeter Bienstman

2009

Dynamics and instabilities in series of coupled nonlinear resonators

Björn MaesMartin FiersKoen HuybrechtsGeert MorthierPeter Bienstman

Dynamics of coupled cavities for optical reservoir computing

Martin FiersBjörn MaesPeter Bienstman

Self-pulsing and chaos in networks of nonlinear resonators

Björn MaesMartin FiersPeter Bienstman

Self-pulsing and chaos in short chains of coupled nonlinear microcavities

Björn MaesMartin FiersPeter Bienstman

A1 Journal Article in PHYSICAL REVIEW A