|
ICTON
2015 Programme |
||||||
|
Sunday, July 5 |
||||||
|
9:00 Tutorial registration |
||||||
|
Quantum Optics with Semiconductor Quantum Dots |
||||||
|
10:00 Su.A.1 Quantum dots for quantum information: An overview R. Oulton |
||||||
|
10:30 Su.A.2 Cavity QED with quantum dots and solid-state cavities V. Kulakovskii |
||||||
|
11:00 Su.A.3 Fabrication of quantum dot and cavity nanostructures M. Kamp |
||||||
|
11:30 Su.A.4 Spin phenomena in quantum dots revealed by trion
photoluminescence S. Verbin |
||||||
|
12:00 Su.A.5 Ultrafast coherent spectroscopy in quantum dot
nanostructures I. Akimov |
||||||
|
14:00 ICTON 2015 Registration |
||||||
|
SPANGL4Q: Spin-Photon Angular Momentum Transfer for Quantum
Technologies |
GRIFFON Chair: Sergey Sergeyev |
|||||
|
14:00 Su.B1.1 Quantum dot photonic crystal circuits |
14:00 Su.B2.1 Polarization dependence of fiber-based parametric devices
(Tutorial) |
|||||
|
14:40 Su.B1.2 Coherent control and angular momentum transfer in
semiconductor and plasmonic nanostructures |
14:40 Su.B2.2 Polarisation phenomena in mode-locked fibre lasers and
fibre Raman amplifiers (Tutorial) |
|||||
|
Coffee
break (15:20
– 15:40) |
|
|||||
|
15:40 Su.B1.3 Nuclear spin quantum memories in quantum dots revealed by
nuclear magnetic resonance M. Petrov |
|
|||||
|
16:20 Su.B1.4 Electron and nuclear spin-photon entanglement R. Oulton |
|
|||||
|
18:00-20:00 Wine and Cheese
Reception at Danubius Thermal Hotel Helia |
||||||
|
Monday, July 6 |
||||||
|
8:00 Registration |
||||||
|
9:00 Opening Ceremony (9:00-9:30 Monday, July 6) Helia Conference Room With contributions by: Marian
Marciniak – ICTON Organising Committee Chairman, Eszter Udvary –
ICTON 2015 General Chairman |
||||||
|
PLENARY Chair: Erich Leitgeb (9:30-11:00 Monday, July 6) Helia Conference Room |
||||||
|
9:30 Mo.A.1 Ultra-wideband and adaptive microwave photonic signal
processing (Invited) |
||||||
|
10:00 Mo.A.2 Programmable 5G transport (Invited) |
||||||
|
10:30 Mo.A.3 Exploring millimeter and terahertz waves by photonics for
communications and measurement (Invited) |
||||||
|
Coffee break (11:00 – 11:30) |
||||||
|
Track 1 – Helia Conference Room |
Track 2 – Mercure |
Track 3 – Orion |
Track 4 – Panorama |
Track 5 – Venus |
Track 6 – Uranus |
|
|
ICTON I |
OWW I |
RONEXT I |
SWP I |
MWP I |
ESPC I |
|
|
11:30 Mo.B1.1 Polarization phenomena in nonlinear optical fibers (GRIFFON Tutorial) |
11:30 Mo.B2.1 New evaluation method to maximize the permissible lateral
and angular transmitter misalignments of collimated optical free space links
(Invited) |
11:30 Mo.B3.1 An approach to improve the time efficiency of disjoint
paths calculation (Invited) |
11:30 Mo.B4.1 Optical fiber technologies for in-vivo light delivery and
optogenetics (Invited) |
11:30 Mo.B5.1 Fiber-wireless technology for small cell backhauling (Invited) |
11:30 Mo.B6.1 Photonic crystal nanolaser bio-sensors for detecting
environmental index and surface charges (Invited) |
|
|
12:10 Mo.B1.2 Signal constellation design for cross-phase modulation
dominated channels (Invited) |
11:50 Mo.B2.2 Balloon mesh free space optical communication with
tracking and link switching (Invited) |
11:50 Mo.B3.2 Evaluation of time-efficiency of disjoint paths
calculation schemes (Invited) |
11:50 Mo.B4.2 Interaction of bio-minerals and gels with ultrafast
lasers for hard tissue surface engineering (Invited) |
11:50 Mo.B5.2 Advanced photonics for wired and wireless seamless
networks (Invited) |
11:50 Mo.B6.2 Dynamic frequency shift in photonic crystal resonators
and slow light waveguides (Invited) |
|
|
12:30 Mo.B1.3 Clustering based sequence equalizer in direct detection
DQPSK optical signaling |
12:10 Mo.B2.3 High-speed indoor visible light communication system
employing laser diodes and angle diversity receivers |
12:10 Mo.B3.3 Optimizing maintenance efficiency in OFDMA-PONs
supporting wireline-wireless convergence |
12:10 Mo.B4.3 Polymer microring resonators for biosensing applications
by nanoimprint lithography (Invited) |
12:10 Mo.B5.3 Millimeter-wave wireless links for 5G mobile networks (Invited) |
12:10 Mo.B6.3 Polarisation singularities in photonic crystals for an
on-chip spin-photon interface (Invited) |
|
|
12:45 Mo.B1.4 Extended Kalman filtering for simultaneous phase and
amplitude noise mitigation in WDM systems |
12:25 Mo.B2.4 Collaborative multibeam transmitter and imaging receiver
in realistic environment |
12:25 Mo.B3.4 Minimal cost availability improvement of fixed mobile
convergent access networks: Diversification and redundancy |
12:30 Mo.B4.4 Neural network for blood cell classification in a
holographic microscopy system (Invited) |
12:30 Mo.B5.4 Space-division multiplexing for the next generation of
fibre-wireless access networks (Invited) |
12:30 Mo.B6.4 High power wide Raman combs in picosecond-laser pumped H2-filled
inhibited coupling Kagome fibers (Invited) |
|
|
|
12:40 Mo.B2.5 Non-coherent dimming frequency shift on-off keying scheme
for low data rate optical street lighting communication |
|
12:50 Mo.B4.5 Photonic biosensor chip for early-stage cancer diagnosis
(Invited) |
12:50 Mo.B5.5 Microwave photonics beat filter monolithically integrated
on an indium phosphide chip (Invited) |
12:50 Mo.B6.5 Sub-wavelength light focusing with random photonic medium
(Invited) |
|
|
|
12:55 Mo.B2.6 On the performance of SC-FDE schemes with decision
feedback equalizer for visible light communications |
|
|
|
13:10 Mo.B6.6 Fabrication
and optimization of planar defects embedded between two silica opals (Invited) |
|
|
Lunch break (13:00-14:30) |
Lunch break (13:10-14:40) |
Lunch break (12:40-14:10) |
Lunch break (13:10-14:40) |
Lunch break (13:10-14:40) |
Lunch break (13:30-15:00) |
|
|
ICTON II |
OWW II |
RONEXT II |
SWP II |
MWP II |
ESPC II |
|
|
14:30 Mo.C1.1 Advanced digital signal processing for coherent and
non-coherent optical transmission (Invited) |
14:40 Mo.C2.1 Transmission schemes for visible light communication in
multipath environments (Invited) |
14:10 Mo.C3.1 Resource efficient redundancy using quorum-based cycle
routing in optical networks (Invited) |
14:40 Mo.C4.1 Graphene-based optical absorbers (Invited) |
14:40 Mo.C5.1 The effect of laser characteristics on millimetre wave
optical generation techniques (Invited) |
15:00 Mo.C6.1 Conversion of chirp in femtosecond fiber compressors (Invited) |
|
|
14:50 Mo.C1.2 Real-time digital signal processing for coherent optical
systems (Invited) |
15:00 Mo.C2.2 Seamless integration of indoor VLC with WDM-PON based on
hierarchically modulated constant envelope OFDM (Invited) |
14:30 Mo.C3.2 Sleep to stay alive: Optimizing reliability in
energy-efficient backbone networks (Invited) |
15:00 Mo.C4.2 About plasmons and plasmonics in graphene (Invited) |
15:00 Mo.C5.2 Novel approach for low coherence interferometry based on
a microwave photonic architecture (Invited) |
15:20 Mo.C6.2 Third-harmonic generation in one-dimensional photonic
crystal meta-materials (Invited) |
|
|
15:10 Mo.C1.3 High spectral efficiency (SE) OFDM system based on
multi-wavelet packets (Invited) |
15:20 Mo.C2.3 An aeronautical visible light communication system to
enable in-flight connectivity |
14:50 Mo.C3.3 Survivable architectures of time and wavelength division
multiplexed networks: A comparison of reliability, cost, and energy
efficiency (Invited) |
15:20 Mo.C4.3 Graphene-based nanostructures: Plasmonics in the THz
range (Invited) |
15:20 Mo.C5.3 MWP true time delay implemented in PbS-SU8 waveguides (Invited) |
15:40 Mo.C6.3 Nanophotonic structures for extreme light-confinement
interaction (Invited) |
|
|
15:30 Mo.C1.4 Assessment of nonlinear equalization algorithms for
coherent optical transmission systems using an FPGA |
15:35 Mo.C2.4 On the performance of DCO-OFDM visible light
communication systems under illumination constraints |
15:10 Mo.C3.4 A scalable model for multi-period virtual network mapping
for resilient multi-site data centers (Invited) |
15:40 Mo.C4.4 Asymmetric hyperbolic metamaterials and their
applications for light absorption and amplification (Invited) |
15:40 Mo.C5.4 Key properties and design issues for an opto-electronic oscillator
(Invited) |
16:00 Mo.C6.4 Fabrication and characterization of integrated photonics
structures on GaN-based photonic crystal membranes grown on silicon (Invited) |
|
|
15:45 Mo.C1.5 40 Gb/s FPGA implementation of a reduced complexity
Volterra DFE for DQPSK optical links |
15:50 Mo.C2.5 Relay-assisted OFDM-based visible light communications
over multipath channels |
|
|
16:00 Mo.C5.5 Transistor lasers and their expected applications in
microwave photonics (Invited) |
16:20 Mo.C6.5 All-solid aperiodic large pitch fibers for operation in
high power regime (Invited) |
|
|
16:00 Mo.C1.6 Optimizing polarization related dynamic equalization in
coherent optical communications |
16:05 Mo.C2.6 Relay-assisted OFDM for NLOS ultraviolet communication |
|
|
|
|
|
|
Coffee break (16:15-16:45) |
Coffee break (16:20-16:50) |
Coffee break (15:30-16:00) |
Coffee break (16:00-16:30) |
Coffee break (16:20-16:50) |
Coffee break (16:40-17:10) |
|
|
ICTON III |
ACCESS I |
DACINT |
SWP III |
CTS I |
ESPC III |
|
|
16:45 Mo.D1.1 Analysis of forward error correction and achievable rates
for optical fiber systems (Invited) |
16:50 Mo.D2.1 COCONUT
cost, power consumption and migration analysis: A route towards NG-PON3 (Invited) |
16:00 Mo.D3.1 Subwavelength
waveguide structures for optical interconnects (Invited) |
16:30 Mo.D4.1 PT-symmetry of multimode waveguides: A tool for
multichannel communication (Invited) |
16:50 Mo.D5.1 i - tutoring with AR to support
decisions in assembly via problem solving for aeronautical transportation (Invited) |
17:10 Mo.D6.1 Hybrid magnetic waveguide and dielectric photonic crystal
structure (Invited) |
|
|
17:05 Mo.D1.2 A faster-than-Nyquist PDM-16QAM scheme enabled by
Tomlinson-Harashima precoding (Invited) |
17:10 Mo.D2.2 Performance comparison between direct phase modulated DFB
and RSOA for cost effective user transmitter in udWDM-PONs (Invited) |
16:20 Mo.D3.2 PhoxTroT –
A European initiative toward low cost and low power photonic interconnects
for data centers (Invited) |
16:50 Mo.D4.2 Nonreciprocal scattering by PT-symmetric stack of
the layers (Invited) |
17:10 Mo.D5.2 Evaluation of vehicle movement speed by the means of the
automobile radar data (Invited) |
17:30 Mo.D6.2 Demonstration of long lengths of longitudinally uniform
hollow core photonic bandgap fibre and their demonstration for low latency
data transmission (Invited) |
|
|
17:25 Mo.D1.3 Survey of faster-than-Nyquist for flexible passive
optical networks (Invited) |
17:30 Mo.D2.3 Implementation and testing of a ASK
polarization-independent coherent receiver for UDWDM-PON (Invited) |
16:40 Mo.D3.3 Investigation of PAM-4 for extending reach in data center
interconnect applications (Invited) |
17:10 Mo.D4.3 Self-collimation
in 2D complex and PT-symmetric media (Invited) |
17:30 Mo.D5.3 To the question of the stability of the Kalman filter in
integrated navigation system of transport means (Invited) |
17:50 Mo.D6.3 Tunable wavelength-demultiplexer by tapered photonic
crystal waveguide |
|
|
17:45 Mo.D1.4 Long-haul WDM transmission of 1 Tb/s superchannel (Invited) |
17:50 Mo.D2.4 Applications of narrow-filtering based on optical
coherent detection (Invited) |
17:00 Mo.D3.4 Hybrid plasmonic waveguides and devices for optical
interconnects (Invited) |
17:30 Mo.D4.4 Ultra-thin metal and dielectric layers for nanophotonic
applications (Invited) |
17:50 Mo.D5.4 Simulation framework for POF-based communication systems
(Invited) |
18:05 Mo.D6.4 Realizing even-odd mode conversion and optical diode
effect in linear and passive two-dimensional photonic crystal |
|
|
18:05 Mo.D1.5 Advanced 3R regenerator scheme for high spectral
efficient signal waveforms (Invited) |
18:10 Mo.D2.5 Dimensioning OLT architectures for UDWDM-PONs employing
coherent transceivers (Invited) |
17:20 Mo.D3.5 Integrated photonics for datacenter and server
interconnects (Invited) |
17:50 Mo.D4.5 On-chip integrated microresonator and core-shell
nanoparticle coupled photonic systems (Invited) |
|
|
|
|
|
18:30 Mo.D2.6 The need for low-cost optical transceivers in future data
center networks (Invited) |
17:40 Mo.D3.6 Ultra-fast silicon-based optoelectronic devices on a
300mm CMOS platform for on-chip optical interconnects (Invited) |
|
|
|
|
|
|
|
18:00 Mo.D3.7 COSIGN – Developing an optical software controlled data
plane for future large-scale datacenter networks (Invited) |
|
|
|
|
|
|
|
18:20 Mo.D3.8 Micron-scale silicon photonics platform for advanced
optical interconnects (Invited) |
|
|
|
|
|
19:15 Welcome Reception –
full dinner incl. drinks at Danubius Thermal Hotel Helia |
||||||
|
Tuesday,
July 7 |
|
|
|
|
|
|
|
Track 1 – Helia Conference Room |
Track 2 – Mercure |
Track 3 – Orion |
Track 4 – Panorama |
Track 5 – Venus |
Track 6 – Uranus |
|
|
ICTON IV |
ACCESS II |
WAOR I |
SWP IV |
CTS II |
MICROCOLL I |
|
|
8:30 Tu.A1.1 Classical optical cryptography (Invited) |
8:30 Tu.A2.1 Advanced transmission-reflection-analysis system for
long-reach passive optical network monitoring (Invited) |
8:30 Tu.A3.1 Advanced photonic routing sub-systems with efficient
routing control (Invited) |
8:30 Tu.A4.1 Lasers and SLEDs for optical coherence tomography (Invited) |
8:30 Tu.A5.1 Communication to and in trains (Invited) |
8:30 Tu.A6.1 Reliability and availability modelling of
telecommunication servers on cloud |
|
|
8:50 Tu.A1.2 Radio-frequency spectrum coding in ultra-long fibre laser
based cryptography (Invited) |
8:50 Tu.A2.2 Monitoring techniques in broadband access networks (Invited) |
8:50 Tu.A3.2 Design implications of the add/drop ratio in transparent
photonic networks (Invited) |
8:50 Tu.A4.2 Neuromimetic dynamics in a micropillar laser with
saturable absorber (Invited) |
8:50 Tu.A5.2 Towards intelligent civil infrastructure (Invited) |
8:50 Tu.A6.2 A technique for analysing UWB antennas using the TLM
method |
|
|
9:10 Tu.A1.3 Double all-optical encryption of M-QAM signals based on
spectrally sliced encoding keys (Invited) |
9:10 Tu.A2.3 Modelling and analysis of optimal fiber-fault decision
for optical 2D-coding monitoring scheme in PONs |
9:10 Tu.A3.3 Packet-optical convergence: Advance in technology and
multi-layer integrations for scalable, highly automated Wide Area Network (Invited) |
9:10 Tu.A4.3 High quality InAs quantum dot lasers on germanium
substrates (Invited) |
9:10 Tu.A5.3 A light-based communication architecture for smart city
applications (Invited) |
9:10 Tu.A6.3 Mobile access of the DVB-T channel and the opportunity
for cognitive spectrum utilization |
|
|
9:30 Tu.A1.4 Chaotic signal scrambling for physical layer security in
OFDM-PON (Invited) |
9:25 Tu.A2.4 WDM PON
RSOA-based self-tuning transmitters: An insight from the EU FP7 ERMES project |
9:30 Tu.A3.4 On the benefits of RINA over programmable optical
networks for dynamic and smart resource management (Invited) |
9:30 Tu.A4.4 Asymmetric transmission of transverse magnetic or
radially polarized THz waves through sub-wavelength gratings (Invited) |
9:30 Tu.A5.4 A study about trajectory planning sensitivity in
high-speed cooperative collision avoidance (Invited) |
9:30 Tu.A6.4 Experimental UWB impulse transmission with receiver and
transmitter built with discrete parts |
|
|
9:50 Tu.A1.5 Techniques for noise and nonlinear impairments
compensation in CO-OFDM transmission (Invited) |
9:40 Tu.A2.5 O-band 12-Gb/s FDM-WDM PON transmission exploiting
self-seeding in reflective semiconductor optical amplifiers |
9:50 Tu.A3.5 Capacity efficiency of sub-wavelength traffic grooming in
IP over quasi-CWDM optical networks (Invited) |
9:50 Tu.A4.5 Flat focusing mirrors (Invited) |
9:50 Tu.A5.5 The potential benefits of on-board LiFi for the
cooperation among vehicles (Invited) |
9:50 Tu.A6.5 Effect of parasitics in tunable X-band metamaterial
isolators |
|
|
Coffee break (10:10-10:40) |
Coffee break (9:55-10:25) |
Coffee break (10:10-10:40) |
Coffee break (10:10-10:40) |
Coffee break (10:10-10:40) |
Coffee break (10:10-10:40) |
|
|
ICTON V |
ACCESS III |
WAOR II |
SWP V |
NAON I |
MICROCOLL II |
|
|
10:40 Tu.B1.1 WDM-enabled optical RAM and optical cache memory
architectures for chip multiprocessors (Invited) |
10:25 Tu.B2.1 Real-time transmission experiments for the FDMA-PON
conceived within FABULOUS European project (Invited) |
10:40 Tu.B3.1 A
comparison of dynamic traffic grooming algorithms for elastic optical
networks (Invited) |
10:40 Tu.B4.1 Third order nonlinear optical response of conjugated
photoactive ligands (Invited) |
10:40 Tu.B5.1 Phase-noise compensated carriers from an optical
frequency comb allowing terabit transmission (Invited) |
10:40 Tu.B6.1 Circuit theoretical aspects of optical communication
links (Invited) |
|
|
11:00 Tu.B1.2 High speed WDM transmission on standard polymer optical
fibers (Invited) |
10:45 Tu.B2.2 Integrating a next-generation optical access network
testbed into a large-scale virtual research testbed (Invited) |
11:00 Tu.B3.2 A paths algebra framework for routing and resources
assignment in EONs (Invited) |
11:00 Tu.B4.2 Nonlinear optical characterization of
tetraphenylporphyrin in the picosecond regime (Invited) |
11:00 Tu.B5.2 Phase noise tolerant wavelength conversion of Nyquist-WDM
superchannels using FWM in SOAs (Invited) |
11:00 Tu.B6.2 Applications of X-parameters in behavioral
modeling of RF power amplifiers for wireless communications: An overview |
|
|
11:20 Tu.B1.3 Impact of inter-band crosstalk due to nonlinear fibre
transmission on the performance of direct-detection single-sideband MB-OFDM
networks |
11:05 Tu.B2.3 Adaptive-tuning
method based on neural networks for PID controllers applied to passive
optical networks (PONs) (Invited) |
11:20 Tu.B3.3 Blocking fairness in two-service EONs with uneven arrival
rates (Invited) |
11:20 Tu.B4.3 Ultrashort pulse chirp measurement via transverse
second-harmonic generation random nonlinear crystals (Invited) |
11:20 Tu.B5.3 1.31 µm quantum-dot hybrid mode-locked lasers for optical
time-division multiplexing (Invited) |
11:20 Tu.B6.3 Tunable volumic resonator at 150 GHz using MEMS
technology |
|
|
11:35 Tu.B1.4 Loss budget of ultra-dense 10 Gb/s per-user guaranteed
direct-detection MB-OFDM metro-access networks |
11:25 Tu.B2.4 Temperature and bias current behavior of uncooled light
sources for application in passive optical networks (Invited) |
11:40 Tu.B3.4 Routing and scheduled spectrum allocation for
transfer-based datacenter connections (Invited) |
11:40 Tu.B4.4 Optical and thermal studies of Zn1-xMgxSe
crystals (Invited) |
11:40 Tu.B5.4 Integrated mode-locked InP based lasers for Fourier
transform spectroscopy (Invited) |
11:40 Tu.B6.4 Multichannel passive radar receiver platform |
|
|
11:50 Tu.B1.5 Efficient techniques for multi-gigabits/s transmission
over plastic optical fiber |
11:45 Tu.B2.5 Criteria for rejection probability reduction in WDM LANs |
12:00 Tu.B3.5 Wavelength path signalling for WSS/WBSS combined optical
switches in hierarchical optical networks |
|
12:00 Tu.B5.5 Frequency chirp compensation of direct modulated DBR
lasers |
12:00 Tu.B6.5 Utilization of linearly and circularly polarized antennas
for indoor positioning |
|
|
12:05 Tu.B1.6 The Raman amplifier in low-complexity PolMux DWDM 1310 nm
transmission |
|
12:15 Tu.B3.6 Performance of dynamic many-to-many routing in WDM and
elastic optical networks |
|
|
|
|
|
Lunch break (12:20-13:50) |
Lunch break (12:00-13:30) |
Lunch break (12:30-14:00) |
Lunch break (12:00-13:30) |
Lunch break (12:15-13:45) |
Lunch break (12:20-13:50) |
|
|
POSTER Session I
(13:30-15:30 Tuesday, July 7) |
||||||
|
Tu.P.1 A
test bench for a VLP system using CDMA as multiple access technology |
||||||
|
Tu.P.2
Fair cooperative resource allocation algorithms for foggy free space optical
network |
||||||
|
Tu.P.3
Investigation of code division multiplexing technique for VLC-based indoor
positioning |
||||||
|
Tu.P.4 LED
distribution and noise analysis of radio on visible light (RoVL) communication
system |
||||||
|
Tu.P.5
Simultaneously mitigating self-heating induced distortion and chirp effect of
DML in TWDM-PON system using nonlinear modulation curve of EAM |
||||||
|
Tu.P.6
Modulation formats recognition technique using artificial neural networks for
radio over fiber systems |
||||||
|
Tu.P.7 Comparison
between Mamdani and Sugeno fuzzy inference systems for the mitigation of
environmental temperature variations in OCDMA-PONs |
||||||
|
Tu.P.8 Multirate
FFH-OCDMA networks based on coherent advanced modulation formats |
||||||
|
Tu.P.9
System Improvements in dense wavelength division multiplexing networks by using
advanced optical modulation formats |
||||||
|
Tu.P.10
Photonic testbed supporting single-fibre bidirectional transmission |
||||||
|
Tu.P.11 A
wide FBG-based optical clock and data recovery for optical access networks |
||||||
|
Tu.P.12
Bit error probability of 2D-OCDMA systems |
||||||
|
Tu.P.13
Dynamic resource allocation in elastic optical networks |
||||||
|
Tu.P.14
Water pollution investigations by underwater visible light communications |
||||||
|
Tu.P.15
Comparison of propagation of solitons and dispersion managed solitons at 10
Gbps |
||||||
|
Tu.P.16
Performance improvement evaluation of OTN/WDM metropolitan nodes provided
with spatial speed-up |
||||||
|
Tu.P.17
High-capacity optical backplane based on automated assembled standard fiber
ribbons |
||||||
|
Tu.P.18 Complex
elastic optical networks simulator (CEONS) |
||||||
|
Tu.P.19
Wavelength converting optical switch |
||||||
|
Tu.P.20 Optimal
duty cycle in RZ codified data for 10Gb/s optical access networks |
||||||
|
Tu.P.21
Scalable application-aware resource management in software defined networking |
||||||
|
Tu.P.22
Tunable all-optical delay structure based on stimulated Brillouin scattering
slow light |
||||||
|
Tu.P.23 Scilab open-source software for
fiber optic communication systems simulation M. Jaworski |
||||||
|
ICTON VI |
GOWN I |
NeO I |
SWP VI |
NAON II |
MICROCOLL III |
|
|
13:50 Tu.C1.1 The role of SDN and NFV for flexible optical networks:
Current status, challenges and opportunities (Tutorial) |
13:30 Tu.C2.1 Mobile fronthaul transceivers for C-RAN applications (Invited) |
14:00 Tu.C3.1 Optical networking solutions and technologies in the Big
Data era (Tutorial) |
13:30 Tu.C4.1 Nanostructured gradient index microoptics (Invited) |
13:45 Tu.C5.1 Enhancement of RSOA direct modulation speed with
optimized optical filter (Invited) |
13:50 Tu.C6.1 Design of small printed multiband loop antennas for short
range wireless applications |
|
|
14:30 Tu.C1.2 High performance SDN enabled flat datacenter network
architecture based on scalable and flow-controlled optical switching system (Invited) |
13:50 Tu.C2.2 Cooperative uplink inter-cell interference (ICI)
mitigation in 5G fibre wireless (FiWi) networks (Invited) |
14:40 Tu.C3.2 Constrained shortest path problems: State-of-the-art and
recent advances (Tutorial) |
13:50 Tu.C4.2 Near-field inverse scattering problems in non-invasive
diagnostics of subsurface dielectric structures (Invited) |
14:05 Tu.C5.2 Impact of realistic energy levels on the efficiency of
intermediate band solar cells: Impact of carrier loss (Invited) |
14:10 Tu.C6.2 Linearity Improvement of microwave amplifiers by special
harmonic loads |
|
|
14:50 Tu.C1.3 Performance analysis of SDN orchestration in the cloud
computing platform and transport network of the ADRENALINE testbed (Invited) |
14:10 Tu.C2.3 Phase-to-intensity laser noise conversion due to band
drop in DD-MB-OFDM networks employing virtual carriers (Invited) |
15:20 Tu.C3.3 Scalable approaches for path computation (Invited) |
14:10 Tu.C4.3 A sub-channel method for the time-intervals histogram
calculation (Invited) |
14:25 Tu.C5.3 Taming the modulation instability in semiconductor lasers
(Invited) |
14:30 Tu.C6.3 Integrated left- and right-handed passive structures for
millimeter wave applications |
|
|
15:10 Tu.C1.4 Cross-functional resource orchestration in optical telco
clouds (Invited) |
|
|
14:30 Tu.C4.4 Bags of features for classification of laser scanning
microscopy data (Invited) |
14:45 Tu.C5.4 Multimodal reflectivity of CRIGF filters: First
experimental observation and modelling (Invited) |
14:50 Tu.C6.4 Investigation and simulation of meteorological effects on
millimeter wave ad-hoc mesh networks in 5G systems |
|
|
15:30 Tu.C1.5 Using YANG for the dissemination of the traffic
engineering database within software defined elastic optical networks (Invited) |
|
|
14:50 Tu.C4.5 Sparse
image measurement with an optical single-pixel detector using various schemes
of image sampling A. Pastuszczak, R. Kotyński |
|
15:10 Tu.C6.5 Ultra-broadband GaN Power amplifier utilizing planar
Guanella transformer |
|
|
Coffee break (15:50-16:20) |
Coffee break (14:30-15:20) |
Coffee break (15:40-16:00) |
Coffee break (15:05-15:35) |
Coffee break (15:05-15:35) |
Coffee break (15:30-16:00) |
|
|
ICTON VII |
GOWN II |
NeO II |
SWP VII |
NAON III |
MICROCOLL IV |
|
|
16:20 Tu.D1.1 Multidimensional aspects of ultra high
speed optical networking (Invited) |
15:20 Tu.D2.1 Cost effective hybrid dynamic radio access supported by
radio over fiber (Invited) |
16:00 Tu.D3.1 A transmission layer aware network design for fixed and
flexible grid optical networks (Invited) |
15:35 Tu.D4.1 Glass-ceramics for photonics: Laser material processing (Invited) |
15:35 Tu.D5.1 Recent progress in optical functional devices based on
polarization bistable VCSELs (Invited) |
16:00 Tu.D6.1 Characterization of high voltage varactors for load
modulation of GaN – HEMT power amplifier |
|
|
16:40 Tu.D1.2 On the probability distribution of capacity allocation in
optical transport networks (Invited) |
15:40 Tu.D2.2 Two cascaded Mach–Zehnder modulators’ harmonic distortion
analysis in single side-band millimetre wave generation system (Invited) |
16:20 Tu.D3.2 Spectrum allocation problem in elastic optical networks:
A branch-and-price approach (Invited) |
15:55 Tu.D4.2 Towards on-chip high index contrast rare-earth-doped
potassium double tungstate amplifiers (Invited) |
15:55 Tu.D5.2 Transverse-mode selectivity in antimonide-based
vertical-cavity surface-emitting lasers (Invited) |
16:20 Tu.D6.2 Flat spectrum signal synthesis in filter bank
multicarrier systems |
|
|
17:00 Tu.D1.3 A scalable approach for computing distance-bounded
node-disjoint paths in optical networks (Invited) |
16:00 Tu.D2.3 5 Gbit/s real-time processing using π/4-shift DQPSK
for bidirectional radio-over-fiber system (Invited) |
16:40 Tu.D3.3 Modelling the NFV forwarding graph for an optimal network
service deployment (Invited) |
16:15 Tu.D4.3 Sunlight absorbing titanium nitride nanoparticles (Invited) |
16:15 Tu.D5.3 Towards integration of 1.55-µm n-InP VCSEL-array on SOI
platform (Invited) |
16:40 Tu.D6.3 Planar 71-76 GHz laminate integration platform for
connecting millimeter wave photodiodes to WR-12 waveguides |
|
|
17:20 Tu.D1.4 Prospects for transparent handover between the metro and
core segments of next-generation transport networks (Invited) |
16:20 Tu.D2.4 Issues in wearable mobile sensor platform for lower limb
prosthetic users (Invited) |
17:00 Tu.D3.4 A sub-graph mapping-based algorithm for virtual network
allocation over flexible grid networks |
16:35 Tu.D4.4 Flexible forms of moth eye structures and their
applications (Invited) |
16:35 Tu.D5.4 Modeling of multi-mode properties in high-power VCSELs (Invited) |
17:00 Tu.D6.4 Comparison of rain attenuation prediction models for
terrestrial links and their impact on the performance of link transformation |
|
|
17:40 Tu.D1.5 Throughput performance analysis of multirate, multiclass
S-ALOHA OFFH-CDMA packet networks |
|
17:15 Tu.D3.5 Performance evaluation of spectrum allocation policies
for elastic optical networks |
|
16:55 Tu.D5.5 Numerical study of the influence of pumping beam
parameters on VECSEL performance (Invited) |
17:20 Tu.D6.5 Target modeling, antenna array design and conventional
beamforming algorithms for radar target DOA estimation |
|
|
|
|
17:30 Tu.D3.6 Deadlock-avoiding vs. greedy spectrum allocation
algorithms in dynamic flexible optical networks |
|
|
17:40 Tu.D6.6 Distortion
analysis of UWB short pulses using time-frequency distribution |
|
|
|
|
17:45 Tu.D3.7 Regenerator placement algorithms for cloud-ready elastic
optical networks |
|
|
|
|
|
18:30 Dinner with Folklore Event
– full dinner incl. drinks at Szekér Csárda |
||||||
|
Wednesday,
July 8 |
|
|
|
|
|
|
|
Track 1 – Helia Conference Room |
Track 2 – Mercure |
Track 3 – Orion |
Track 4 – Panorama |
Track 5 – Venus |
Track 6 – Uranus |
|
|
ICTON VIII |
5GT I |
DCN I |
SWP VIII |
Novel Glasses I |
PAM I |
|
|
8:30 We.A1.1 All-optical add-drop multiplexer for OFDM signals (Invited) |
8:30 We.A2.1 5G –
Connectivity for 2020 and beyond (Keynote) |
8:30 We.A3.1 A roadmap on optical interconnects in data centre
networks (Invited) |
8:30 We.A4.1 Resolving isotopic emission lines using a spatial
heterodyne spectrometer (Invited) |
8:50 We.A5.1 Novel tellurite core and cladding glasses for high
numerical aperture optical fibre: Prospects for a supercontinuum optical
fibre source (Invited) |
8:30 We.A6.1 Transverse magnetic emissions of GaAs unstrained
quantum-well microcavity lasers (Invited) |
|
|
8:50 We.A1.2 On scaling transport networks for very high nodal degree
ROADM nodes using state-of-the-art optical switch technology (Invited) |
9:30 We.A2.2 Towards fifth-generation (5G) optical transport networks
(Invited) |
8:50 We.A3.2 Energy efficient tapered data networks for big data
processing in IP/WDM networks (Invited) |
8:50 We.A4.2 Dark modes excitation and symmetry related properties of
metasurfaces (Invited) |
We.A5.2 All-glass
photonic bandgap fibers and fiber-tapers infiltrated with silver
fast-ion-conducting glasses (Cancelled) |
8:50 We.A6.2 Nitride nanowire light emitting diodes (Invited) |
|
|
9:10 We.A1.3 Reconfigurable interconnection in optical switching
fabrics with wavelength converters (Invited) |
9:50 We.A2.3 Power and cost modeling for 5G transport networks (Invited) |
9:10 We.A3.3 A data center network featuring low latency and energy
efficiency based on all optical core interconnect (Invited) |
9:10 We.A4.3 Symmetry dependent electron localization and optical
absorption of polygonal quantum rings (Invited) |
9:10 We.A5.3 Rare-earth doped materials for optical waveguides (Invited) |
9:10 We.A6.3 Advanced 1.3 µm vertical cavity lasers based on
AlInGaAs/InP-AlGaAs/GaAs fused structures (Invited) |
|
|
9:30 We.A1.4 Data plane alternatives based on sliceable
transceivers for optical aggregation networks (Invited) |
10:10 We.A2.4 Abstraction and control of transport networks (Invited) |
9:30 We.A3.4 Traffic flow characterization of cloud applications used
in campus network (Invited) |
9:30 We.A4.4 All-optical poling kinetics of azophenylcarbazoles
influenced by attached anchor (Invited) |
9:30 We.A5.4 First steps towards CO2 gas micro-sensors operating at
4.26 microns (Invited) |
9:30 We.A6.4 Observation of intense nonclassical field of negative
Mandel Q of ‑0.6 in the cavity-QED microlaser (Invited) |
|
|
9:50 We.A1.5 DSP-enabled optical OFDM for multiple-format and
multi-rate/distance transmission (Invited) |
|
|
9:50 We.A4.5 Photophysical properties of thin films containing metal
and 8-hydroxyquinoline complexes (Invited) |
9:50 We.A5.5 Numerical modelling of erbium (III) doped Q-switched
fibre lasers (Invited) |
9:50 We.A6.5 Analysis on the LSP and shell modes of a silver-strip
plasmonic nanolaser |
|
|
10:10 We.A1.6 Methods for synchronisation of superchannels in an
optical node (Invited) |
|
|
|
|
|
|
|
Coffee break (10:30-10:50) |
Coffee break (10:30-10:50) |
Coffee break (9:50-10:20) |
Coffee break (10:10-10:40) |
Coffee break (10:10-10:40) |
Coffee break (10:05-10:35) |
|
|
ICTON IX |
5GT II |
DCN II |
SWP IX |
Novel Glasses II |
PAM II |
|
|
10:50 We.B1.1 Using spectrum management techniques to differentiate
services in elastic optical networks (Invited) |
10:50 We.B2.1 Energy efficient network function virtualization in 5G
networks (Invited) |
10:20 We.B3.1 High capacity optical links for datacentre connectivity (Invited) |
10:40 We.B4.1 A thermo-optically tunable flat-lens from visible to
near-infrared wavelengths (Invited) |
10:40 We.B5.1 Chalcogenide fibers for infrared photonics: Recent
developments (Invited) |
10:35 We.B6.1 Plasmonic devices for communications (Invited) |
|
|
11:10 We.B1.2 Heuristic algorithms for regenerator assignment in
dynamic translucent elastic optical networks (Invited) |
11:10 We.B2.2 Fixed-mobile convergence and virtualization in 5G optical
transport networks (Invited) |
10:40 We.B3.2 Spectrally-efficient direct-detection WDM transmission
systems (Invited) |
11:00 We.B4.2 Nanowelding through plasmonic enhanced photothermal
effects (Invited) |
11:00 We.B5.2 Inscription of infrared waveguides in chalcogenide
glasses by femtosecond laser (Invited) |
10:55 We.B6.2 Novel graphene-based photonic devices for efficient light
control and manipulation (Invited) |
|
|
11:30 We.B1.3 Opportunities and challenges in the network planning of
spatially and spectrally elastic optical networks (Invited) |
11:30 We.B2.3 Implementing dynamic chaining of virtual network
functions in OpenStack platform (Invited) |
11:00 We.B3.3 Experimental demonstration of converged inter/intra data
center network architecture |
11:20 We.B4.3 RCWA/aRCWA – An efficient and diligent workhorse for
nanophotonic/nanoplasmonic simulations – Can it work even better? (Invited) |
11:20 We.B5.3 Numerical studies on wavelength-selective all-optical
switching using optical bistability in nonlinear chalcogenide FBGs (Invited) |
11:15 We.B6.3 Coupling colloidal nanocrystals to optical Tamm plasmons
(Invited) |
|
|
11:50 We.B1.4 Comparing single layer and multilayer approaches to serve
multicast requests on flexgrid networks (Invited) |
11:50 We.B2.4 Application-centric networks and the future 5G transport
(Invited) |
11:15 We.B3.4 High performance AWGR PONs in data centre networks |
11:40 We.B4.4 Plasmonic microstructured optical fibers (Invited) |
11:40 We.B5.4 Optimization of mid-IR microstructured fiber laser based
on dysprosium doped chalcogenide glass (Invited) |
11:35 We.B6.4 Realizing a point-like cavity and its efficient coupling
(Invited) |
|
|
12:10 We.B1.5 Evaluating the performance of ultra-fine spectrum
granularity flexible optical networks (Invited) |
12:10 We.B2.5 Use cases for flexible 5G transport networks (Invited) |
|
12:00 We.B4.5 Magnetoplasmonics for active control of light (Invited) |
12:00 We.B5.5 Yb,Na:CaSrF2 – A promising laser crystal
medium in UV–VIS–Near-IR domain |
11:55 We.B6.5 Strong excitonic-plasmonic coupling in hybrid system of
metal nanoparticles and J-aggregates of organic dye (Invited) |
|
|
Lunch break (12:30-13:50) |
Lunch break (12:30-13:50) |
Lunch break (11:30-13:20) |
Lunch break (12:20-13:50) |
Lunch break (12:15-13:45) |
Lunch break (12:15-13:45) |
|
|
POSTER Session II (13:30-15:30
Wednesday, July 8) |
||||||
|
We.P.1
Nonlinear self-phase modulation optimization of hollow core silicon
waveguides: Targeting FOMTPA directly |
||||||
|
We.P.2
Dopant-free fabrication process for graded-index polymer optical fiber solely
based on temperature treatment |
||||||
|
We.P.3
Optimization of a surface relief grating for band filter application by
numerical simulations |
||||||
|
We.P.4
Mode analysis and light confinement of optical rib waveguides in various air
slot configurations |
||||||
|
We.P.5
Effects of opto-geometric parameters to enhance field confinement at air-slot
waveguides |
||||||
|
We.P.6
Penrose type graded photonic quasi-crystal for light manipulation |
||||||
|
We.P.7
Nonreciprocal light transmission in gain-loss modulated micro ring resonators |
||||||
|
We.P.8
Silver nanoshells plasmonically controlled random lasing without dielectric
spacer |
||||||
|
We.P.9 Spectra,
thresholds, and modal fields of a circular microcavity laser transforming
into a Square |
||||||
|
We.P.10
Comparison of the lasing modes of a microdisk and a microring |
||||||
|
We.P.11
Anti-Stokes emission in whispering gallery mode microcavities with
semiconductor quantum dots |
||||||
|
We.P.12
Blue and green LED structures investigated in frequency domain using violet
LD as an excitation source |
||||||
|
We.P.13
DR1-doped polymer matrice |
||||||
|
We.P.14 An
optical method for the time-to-digital converters characterization |
||||||
|
We.P.15
Optical properties of Al2O3 thin film deposited by
sol-gel technique |
||||||
|
We.P.16 Study
of ZnO thin film deposited by PVD |
||||||
|
We.P.17
Diffraction of Gaussian beams by micro-cylinders with sub-wavelength radius |
||||||
|
We.P.18
Transformation of Bessel beams passing through uniaxial y-cut crystal |
||||||
|
We.P.19
Dimer impact on second harmonic generation and two-photon luminescence from
colloidal gold nanoparticles |
||||||
|
We.P.20
Photonic nanojets produced by microcubes |
||||||
|
We.P.21
Micro-size graphene strip as a surface plasmon resonance based bulk
refractive index sensor |
||||||
|
We.P.22
THz wave scattering and absorption by a dielectric tube with a graphene cover |
||||||
|
We.P.23
Design of As2S3-based chalcogenide photonic crystal
fibre with large mode area and low bending loss for mid-infrared |
||||||
|
We.P.24
Spectroscopy of mid-infrared (4.8 µm) photoluminescence in Tb3+ doped
chalcogenide glass and fibre |
||||||
|
We.P.25
SOI slot photonic crystal heterostructure cavities in the 1.3 µm – 1.6 µm
range for hybrid photonic integration |
||||||
|
We.P.26
Deep-UV microsphere-assisted ultramicroscopy |
||||||
|
We.P.27
Near-IR organic light emitting diodes based on porphyrin compounds |
||||||
|
We.P.28 Anode
modification of BHJ organic photovoltaics using copper oxide |
||||||
|
We.P29
Influence of microwave exposure of tungsten oxide hole extraction layers on
nanomorphology, optical and electrical properties of organic photovoltaics |
||||||
|
We.P.30
Design centering of a GaN photonic crystal nanobeam |
||||||
|
We.P.31
Fluorescence lifetime measurements with all-fiber optical setup for
non-invasive in-vivo diagnostics |
||||||
|
ICTON X |
5GT III |
DCN III |
SWP X |
PICAW I |
PAM III |
|
|
13:50 We.C1.1 A monitoring architecture for self-configurable optical
networks (Invited) |
13:50 We.C2.1 Mobile backhaul transport streamlined through SDN (Invited) |
13:20 We.C3.1 Reliability analysis of interconnects at edge tier for
datacenters (Invited) |
13:50 We.C4.1 Plasmonic nanolasers: From ultrafast dynamics of
semiconductor nanowires to cavity-free stopped-light lasing (Invited) |
13:45 We.C5.1 Silicon-organic hybrid (SOH) integration for low-power
and high-speed signal generation (Invited) |
13:45 We.C6.1 Super-resolution by microspheres and fibers – Myth or
reality? (Invited) |
|
|
14:10 We.C1.2 ORCHESTRA – Optical performance monitoring enabling
flexible networking (Invited) |
14:10 We.C2.2 Stochastic geometry modeling and analysis of
backhaul-constrained hyper-dense heterogeneous cellular networks (Invited) |
13:40 We.C3.2 Channel sharing techniques in hybrid optical networks for
data centers (Invited) |
14:10 We.C4.2 Plasmon-enhanced non-radiative energy transfer in a
hybrid quantum well structure (Invited) |
14:05 We.C5.2 Integration of functional oxides on SOI for agile silicon
photonics (Invited) |
14:05 We.C6.2 Silicon slot waveguide ring resonators: Can we target
high Q factors? (Invited) |
|
|
14:30 We.C1.3 Optical signal to noise ratio monitoring based on optical
filtering effects in high-speed optical transmission systems (Invited) |
14:30 We.C2.3 Transport mechanisms for mobility support in optical slot
switching-based next-generation mobile backhaul networks (Invited) |
14:00 We.C3.3 Performance analysis of optical burst switching with fast
optical switches for data center networks |
14:30 We.C4.3 Asymmetric transmittance of the surface plasmon-polariton
+1 Bragg beams (Invited) |
14:25 We.C5.3 Strained silicon for photonics applications (Invited) |
14:25 We.C6.3 Optical Kerr frequency combs: Towards versatile spectral
ranges and applications (Invited) |
|
|
14:50 We.C1.4 Robust OSNR system margin and OSNR system penalty
monitoring techniques using an optical coherent receiver |
14:50 We.C2.4 Radio-over-fiber for ultra-small 5G cells (Invited) |
14:15 We.C3.4 Performance evaluation of two highly interconnected data
center networks |
14:50 We.C4.4 Surface plasmon polariton (SPP) interactions at the
interface of a metal and smectic liquid crystal (Invited) |
14:45 We.C5.4 Coupling light into photonic integrated circuits using
non-periodic surfaces (Invited) |
14:45 We.C6.4 Dynamics of dielectric microparticles in optical fields:
Taking advantage of intrinsic particle resonances and hybrid
particle-waveguide resonances (Invited) |
|
|
15:05 We.C1.5 Physical layer monitoring based on 2D-OCDMA concepts and
electronic decoding for high density PON networks |
15:10 We.C2.5 Hybrid-SDN for packet transport: The horizontal split (Invited) |
14:30 We.C3.5 Extended passive optical pod interconnect for small
mono-site data centers |
15:10 We.C4.5 A strict framework for analyzing linear and nonlinear
propagation in photonic and terahertz graphene waveguides (Invited) |
15:05 We.C5.5 Integration of solution processed materials in polymer
waveguides (Invited) |
15:05 We.C6.5 Whispering gallery mode resonators created by complex
asymmetric nanoscale deformation of optical fibres (Invited) |
|
|
|
15:30 We.C2.6 Towards spectrum-programmable, mesh-enabled mobile x-haul
through reconfigurable WDM overlay in fully-passive networks |
|
15:30 We.C4.6 Microcavity with DBR mirrors for efficient THz
emission from optically pumped GaP layer: Numerical analysis by the method of
single expression (Invited) (talk exchanged with Mo.B4.2) |
|
|
|
|
Coffee break (15:20-15:50) |
Coffee break (15:45-16:10) |
Coffee break (14:45-15:15) |
Coffee break (15:50-16:20) |
Coffee break (15:25-15:55) |
Coffee break (15:25-15:50) |
|
|
ICTON XI (15:50-17:45
Wednesday, July 8) |
GOWN III |
GOC |
SWP XI |
PICAW II |
PAM IV |
|
|
15:50 We.D1.1 High capacity coherent optical systems: Advanced
modulation formats and margins for transmission impairments (Invited) |
16:10 We.D2.1 Green in-building optical/wireless networks: When, where
and how? (Invited) |
15:15 We.D3.1 Experimenting the integration of green optical access and
metro networks based on SDN (Invited) |
16:20 We.D4.1 Single photon emitters in dilute nitrides: Towards a
determinist approach of quantum dot-photonic crystal nanocavity coupling (Invited) |
15:55 We.D5.1 Advanced schemes for all-optical computing, optical error
correction, and optical signal processing (Invited) |
15:55 We.D6.1 Free spectral range enlargement by selective suppression
of optical modes in photonic crystal L7 microcavities (Invited) |
|
|
16:10 We.D1.2 Coherent 100/200 Gbps QPSK/16QAM-OFDM transmission over
1000 km of G.652 or G.655 fibre (Invited) |
16:30 We.D2.2 Assessment of future backhaul and fronthaul networks for
HetNet architectures (Invited) |
15:35 We.D3.2 Key technologies to expand optical networking
capabilities (Invited) |
16:40 We.D4.2 Spontaneous and photoinduced conversion of CO2
on TiO2 anatase (Invited) |
16:15 We.D5.2 A programmable, multi-format photonic transceiver
platform enabling flexible optical networks (Invited) |
16:10 We.D6.2 Ultrafast laser-induced scattered far-field for
fabrication of nanostructures (Invited) |
|
|
16:30 We.D1.3 Phase conjugated twin waves based transmission in few
modes fibers (Invited) |
16:50 We.D2.3 Towards ultrahigh speed impulse radio THz wireless communications
(Invited) |
15:55 We.D3.3 Dynamic wavelength sharing in time and wavelength
division multiplexed PONs (TWDM-PONs) (Invited) |
17:00 We.D4.3 Localized plasmon resonances on grains in smooth Ag films
(Invited) |
16:35 We.D5.3 Integrated all-optical 8-channel OFDM/Nyquist-WDM
transmitter and receiver for flexible terabit networks (Invited) |
16:30 We.D6.3 Resonances and emission patterns of optical microdisk
resonators with scatterers (Invited) |
|
|
16:50 We.D1.4 Impact of inter-modal four-wave mixing on the performance
of mode- and wavelength-division-multiplexing systems (Invited) |
17:10 We.D2.4 Photonic components advanced modelling for RoF link
design (Invited) |
16:15 We.D3.4 Energy efficient DBA algorithms for TWDM-PONs (Invited) |
17:20 We.D4.4 Luminescence enhancement and energy propagation in
plasmonic network (Invited) |
16:55 We.D5.4 Revisiting thermal-actuated integrated optics devices
based on organic-inorganic hybrids (Invited) |
16:50 We.D6.4 Coupled parity-time symmetric cavities: Results from
transmission line modelling simulations (Invited) |
|
|
17:10 We.D1.5 The impact of parametric noise amplification on long haul
transmission throughput (Invited) |
|
16:35 We.D3.5 Are converged access networks suitable in rural areas? (Invited) |
|
17:15 We.D5.5 High-resolution measurement of energy correlations of
photon pairs generated in silicon ring resonators (Invited) |
17:10 We.D6.5 Spontaneous mirror-symmetry breaking in a photonic
molecule (Invited) |
|
|
17:35 We.D1.6 Analytical formula of nonlinear interference in few-mode
fibers in strong coupling regime |
|
16:55 We.D3.6 Energy efficient core networks using network coding |
|
|
17:30 We.D6.6 Photonics
of mesoscale nonspherical and non axysimmetrical dielectric particles and
application to cuboid-chain with air-gaps waveguide based on periodic
terajet-induced modes (Invited) |
|
|
|
|
17:10 Th.B3.5
iONE: An environment for experimentally assessing in-operation network
planning algorithms (Invited) |
|
|
|
|
|
18:30 River Cruise with
Dinner – full dinner incl. drinks |
||||||
|
Thursday,
July 9 |
|
|
|
|
|
|
|
Track 1 – Helia Conference Room |
Track 2 – Mercure |
Track 3 – Orion |
Track 4 – Panorama |
Track 5 – Venus |
Track 6 – Uranus |
|
|
ICTON XII |
OWW III |
NeO III |
SWP XII |
PICAW III |
ICTON XIV |
|
|
8:30 Th.A1.1 Increase in data capacity utilising dimensions of
wavelength, space, time, polarisation and multilevel modulation using a
single laser (Invited) |
8:30 Th.A2.1 Markov-based performance analysis of medium access in
visible light communications (Invited) |
8:30 Th.A3.1 Online routing and spectrum assignment in flexgrid
optical networks (Invited) |
8:30 Th.A4.1 Progress on TERA-MIR radiation: Materials, generation, detection
and applications (Invited) |
8:30 Th.A5.1 Characterization of integrated semiconductor optical
amplifiers in the JePPIX multi-project wafer platform (Invited) |
8:30 Th.A6.1 Optical fiber networks for source distribution in
parallel THz sensors (Invited) |
|
|
8:50 Th.A1.2 Optical MIMO-SDM: From interface rates and fiber capacity
scaling to physical-layer security (Invited) |
8:50 Th.A2.2 Evaluation of visible light communication system
performance in the presence of sunlight irradiance (Invited) |
8:50 Th.A3.2 Cross-layer optimization: Network cost vs. physical layer
margins (Invited) |
8:50 Th.A4.2 Nanocoated optical fiber for lossy mode resonance sensors
and filters (Invited) |
8:50 Th.A5.2 Platform manufacturing technique for next generation
integrated photonic components (Invited) |
8:50 Th.A6.2 Asymmetric-waveguide gain-switched diode lasers: Design
for optimal spectral properties for range finding and nonlinear applications
(Invited) |
|
|
9:10 Th.A1.3 Performance evaluation of span power control scheme for
fast optical lightpath provisioning in multi-core fiber networks (Invited) |
9:10 Th.A2.3 Micro-LED-based guided-wave optical links for visible
light communications (Invited) |
9:10 Th.A3.3 An analytical defragmentation bound on the performance of
the elastic single link with dynamic traffic (Invited) |
9:10 Th.A4.3 Progress in high-Q optical nanobeam cavities for
label-free sensing (Invited) |
9:10 Th.A5.3 AlOx/AlGaAs technology for multi-plane integrated
photonic devices (Invited) |
9:10 Th.A6.3 Femtosecond direct-writing of low-loss fibre Bragg
gratings with arbitrary reflection and dispersion profiles (Invited) |
|
|
9:30 Th.A1.4 Demonstration of a spatially multiplexed multicore
fibre-based next-generation radio-access cellular network (Invited) |
9:30 Th.A2.4 Experimental demonstration of transmitting LTE over FSO
for in-building POF networks |
9:30 Th.A3.4 Algorithms for calculation of candidate trees for
efficient multicasting in elastic optical networks (Invited) |
9:30 Th.A4.4 Comparison among silicon modulators based on free-carrier
plasma dispersion effect (Invited) |
9:30 Th.A5.4 Optical gain around 1.5 µm in erbium-doped waveguide
amplifiers (Invited) |
9:30 Th.A6.4 Highly reflective Bragg gratings in slightly etched
polymer optical fibers and their application for sensing (Invited) |
|
|
9:50 Th.A1.5 Optical channel defragmentation technology for flexible
optical networks (Invited) |
9:45 Th.A2.5 Improvements
in combined radio over multimode fibre and radio over FSO systems by applying
mode filtering |
9:50 Th.A3.5 Artificial neural networks to estimate blocking probability
of transparent optical networks: A robustness study for different networks (Invited) |
9:50 Th.A4.5 Advanced numerical and analytical study of the Dyakonov-Shur
model for bidimensional electron gas in field effect transistors (Invited) |
9:50 Th.A5.5 Guided-mode resonance mirrors for vertical cavities (Invited) |
9:50 Th.A6.5 Recent advances in fiber Bragg gratings written in
polymer optical fibers (Invited) |
|
|
10:10 Th.A1.6 Modeling and design framework for SDM transmission
systems (Invited) |
|
|
|
|
|
|
|
Coffee break (10:30-10:50) |
Coffee break (10:00-10:20) |
Coffee break (10:10-10:40) |
Coffee break (10:10-10:40) |
Coffee break (10:10-10:40) |
||
|
ICTON XV |
MARS |
NeO IV |
ICTON XIII |
PICAW IV |
|
|
|
10:50 Th.B1.1 Reconfigurable optical frequency comb and its
applications (Invited) |
10:20 Th.B2.1 Optimized synergy in FTTH infrastructure deployment:
Pragmatic as well as structural approaches (Invited) |
10:40 Th.B3.1 Performance evaluation of heuristic and ILP-based
algorithms for multi-period planning of SBVT-enabled transport networks (Invited) |
10:40 Th.B4.1 On the role of signal-pump ratio in FWM-based phase
preserving amplitude regeneration (Invited) |
10:40 Th.B5.1 Colorless devices and reception techniques for
polarization multiplexed communications (Invited) |
|
|
|
11:10 Th.B1.2 Advances in frequency comb synthesis-based Nyquist
pulse-train carver and applications in optical systems (Invited) |
10:40 Th.B2.2 Power consumption estimation for the silicon-photonics
reflective ONU conceived within the FABULOUS European project (Invited) |
11:00 Th.B3.2 Multi-hour network provisioning utilizing function
programmable ROADMs (Invited) |
11:00 Th.B4.2 In-fiber pulse reshaping in the C-band (Invited) |
11:00 Th.B5.2 Graphene silicon ring resonators for wavelength routers
in photonic network-on-chip (Invited) |
|
|
|
11:30 Th.B1.3 High quality guided modes in the arrays of optical waveguides
below the cut-off frequency (Invited) |
11:00 Th.B2.3 Adaptive bit rate variable cost-effective optical
networks (Invited) |
11:20 Th.B3.3 Planning and dimensioning of multilayer optical transport
networks (Invited) |
11:20 Th.B4.3 1.6 µm laser emission from the Er:Yb doped double-clad fiber
amplifier (Invited) |
11:20 Th.B5.3 Wavelength routers for multilayer integrated optical
networks on chip (Invited) |
|
|
|
11:50 Th.B1.4 Linear AWG-based modulators (Invited) |
11:20 Th.B2.4 Cost evaluation of amplification strategies for WDM
mixed-line-rate networks (Invited) |
11:40 Th.B3.4 Net2Plan: An integrated open-source framework for
multilayer network planning and in-operation simulation (Invited) |
11:40 Th.B4.4 Optimisation of random DFB Raman laser amplifier |
11:40 Th.B5.4 Ultra-low power hybrid VO2/Si photonic
microring switch (Invited) |
|
|
|
12:10 Th.B1.5 Optical tip clearance measurements for rotating disk
characterization (Invited) |
11:40 Th.B2.5 Cost and
power consumption model for flexible super-channel transmission with
all-optical sub-channel add/drop capability (Invited) |
Th.B3.5
iONE: An environment for experimentally assessing in-operation network
planning algorithms (Invited) |
|
12:00 Th.B5.5 Development of indium phosphide MEMS for tunable optical
buffering (Invited) |
|
|
|
|
12:00 Th.B2.6 Operating
a network close to the "zero margin" regime thanks to elastic
devices (Invited) |
|
|
|
|
|
|
|
12:20 Th.B2.7 Complexity and cost reduction of a new OPS using
wavelength optical crossbars |
|
|
|
|
|
|
(Thursday, July 9,
12:40)
Closing Ceremony and Announcement of ICTON 2016
Helia Conference Room |
||||||
|
Lunch |
||||||