IEEE ICSOS 2011 Program |
11-May |
|
Time |
Title |
Author |
Affiliation |
Session |
7:45-9:00 |
Registration |
9:00-9:15 |
Welcome
and Introduction to Conference |
9:15-9:45 |
Free Space Optical
Network |
Chan |
Lincoln
Laboratory |
Common I |
9:45-10:15 |
Research
and development of free-space laser communications technologies in NICT |
Toyoshima |
NICT |
Common I |
10:15-10:45 |
Deep
Space Science Downlinks via Optical Communication |
Daddato |
ESA |
Common I |
10:45-11:00 |
BREAK |
|
|
|
|
|
A |
11:00-11:20 |
Beaconless
acquisition for ISL and SGL, summary of 3 years operation in space and on
ground |
Sterr |
Germany |
Flight
Demos |
11:20-11:40 |
5.625 Gbps
Bidirectional Laser Communications and Ranging Meas. Between the NFIRE
Satellite and an Ground Station |
Fields |
Aersopace
Corporation |
Flight
Demos |
11:40-12:00 |
The Lunar Laser Communications
Demonstration |
Robinson |
Lincoln
Laboratory |
Planned
Flight Demos |
12:00-1:30 |
LUNCH |
1:30-1:50 |
Downlink
Synchronization for the Lunar Laser Communications Demonstration |
Willis |
Lincoln
Laboratory |
Planned
Flight Demos |
1:50-2:10 |
Research and
Development of 40Gbps optical free space communication from
satellite/airplane |
Koishi |
NEC |
Planned
Flight Demos |
2:10-2:30 |
Deep Space
Optical Communications Terminals |
Hemmati |
JPL |
Planned
Flight Demos |
2:30-2:50 |
SOTA Small
Optical Transponder for Micro-Satellite |
Koyama |
NICT |
Planned
Flight Demos |
2:50-3:10 |
Optical
Communications Payload for the Mexican NanoSatellite Project |
Mendieta |
CICESE,
Mexico |
Planned
Flight Demos |
3:10-3:25 |
BREAK |
3:25-3:45 |
Low-Impact
Air-to-Ground Free-Space Optical Communication System Design and First
Results |
Carrasco |
University
of Madrid |
Planned
Flight Demos |
3:45-4:05 |
A compact 10
Gb/s Lasercom System for LEO Orbit |
Kovalik |
JPL |
Planned
Flight Demos |
4:05-4:25 |
Experiment plan
for a small optical transponder onboard a 50 kg-class small satellite |
Takenaka |
NICT |
Planned
Flight Demos |
4:25-4:45 |
Deep Space
Acquisition and Tracking with Single Photon Detector Arrays |
Farr |
JPL |
ATP
Systems |
4:45-5:05 |
The new
Tracking Control System for Free-Space Optical Communications |
Yamashita |
NEC |
ATP
Systems |
5:05-5:25 |
Development of
Acquisition and Tracking Sensor for Next-Generation Optical Inter-Satellite
Communication |
Miyatake |
Mitsubishi |
ATP
Systems |
B |
11:00-11:20 |
Preliminary
assessment of the atmospheric optical channel at Goldstone |
Piazzolla |
JPL |
Atmospherics |
11:20-11:40 |
Recent
Developments on Free Space Optical Links and Wavelength Analysis |
Plank |
Technical
University of Graz |
Atmospherics |
11:40-12:00 |
Characterization
of Maritime RF/FSO Channel |
Gregory |
University
of Kiel |
Atmospherics |
12:00-1:30 |
LUNCH |
1:30-1:50 |
Experimental
Analysis of the Time Dynamics of Coherent Comm Through Turbulence:
Markovianity & Channel Prediction |
Puryear |
MIT |
Atmospherics |
1:50-2:10 |
Optical fading
analysis considering spectrum of optical scintillation in terrestrial
free-space optical channel |
Kim |
Osaka
University |
Atmospherics |
2:10-2:30 |
Studies on
operation characteristics of triaxial telescope for satellite-ground laser
communications |
Takayama |
NICT |
Ground
Stations |
2:30-2:50 |
Performance
Analysis of Voice Transfer Using Multi-Transceiver Optical Communication
Structures |
Sevincer |
University
of Nevada |
Ground
Stations |
2:50-3:10 |
Reduced
Complexity Diversity Receivers for Free-Space Optical Communication Through
the Atmosphere |
Mohamed |
McMaster
University |
Ground
Stations |
3:10-3:25 |
BREAK |
3:25-3:45 |
Design of a
Multimode Photon-Counting Optical Receiver for the NASA Lunar Lasercom
Demonstration |
Grein |
Lincoln
Laboratory |
Ground
Stations |
3:45-4:05 |
Deep-space
Optical Terminals: Ground Laser Receiver |
Birnbaum |
JPL |
Ground
Stations |
4:05-4:25 |
Development of
practical superconducting nanowire single photon detector system with high
detection efficiency |
Miki |
NICT |
Ground
Stations |
4:25-4:45 |
Spanish Optical
Link (SOL) Analysis Software Simulation Tool |
Munuera |
Ingeniería
y Servicios Aero. |
Ground
Stations |
4:45-5:05 |
Dynamic
Modeling Methodology and Dynamic Line Of Sight Test |
O'Keefe |
Boeing |
Studies
& Analysis |
5:05-5:25 |
Performance
Evaluation of IEEE 802.15.4 Signals on RoFSO Systems through Atmospheric
Turbulence |
Salim |
Waseda
University |
Studies
& Analysis |
6:00-7:00 |
Cylindrical
Waveguide Based MEMS Structure for Tilt Sensing |
Brishbhan |
IIT
Delhi |
Poster |
|
A Hybrid RF /
Optical Communication Terminal with Spherical Primary Optics for Optical
Reception |
Charles |
JPL |
Poster |
|
Satellite Laser
Communication with Brandon Orbits |
Christopher |
|
Poster |
|
GaN-based
technology for MQW modulating retro-reflectors operating in the visible and
ultraviolet spectral ranges |
de
Lucas |
Ingeniería
y Servicios Aero. |
Poster |
|
A Free-Space
Optical Communications System: An M-ary multi-pulse width modulation scheme
with emphasis on optimizing transmit power |
Kozachenko |
San
Diego State University |
Poster |
|
Performance
analysis of time diversity scheme through atmospheric turbulence by using
beam tracking antenna |
Liu |
Waseda
University |
Poster |
|
Laboratory test
results for adaptive optics using image-based wavefront sensing for remote
sensing |
Miyamura |
University
of Tokyo |
Poster |
|
A configuration
speed acceleration method for a sequential circuit using a negative logic
implementation |
Moriwaki |
Shizuoka
University |
Poster |
|
2D tunable beam
steering-lens device based on high birefringence liquid crystals |
Oton |
University
of Madrid |
Poster |
|
Remote
full-axis deformation sensing using multi-zeros optical beam: Interference of
two multi-zeros beam |
Qi |
University
of Tokyo |
Poster |
|
Optical
Frequency Optimization of a High Intensity Laser Power Beaming System
Utilizing VMJ Photovoltaic Cells |
Raible |
NASA
Glenn |
Poster |
|
Optical
Wireless Power transmission at Long Wavelengths |
Sahai |
Duke
University |
Poster |
|
Initial
Characterization of Optical Communications with Disruption-Tolerant Network
Protocols |
Schoolcraft |
JPL |
Poster |
|
Modeling and
Simulation to Study the BER Performances of Free Space Optical Communication
for Different Distances |
Singh |
NIT
- Hamirpur |
Poster |
|
Sun at the
Night |
Uthanraj |
Anna
University |
Poster |
|
Polished-Panel
Optical Receiver Concept Demonstration |
Vilnrotter |
JPL |
Poster |
|
A 16-laser
array for an optically reconfigurable gate array |
Watanabe |
Shizuoka
University |
Poster |
|
An
Interleaver-based Atmospheric Optical Multiple Access Scheme: Capacity and
BER Performance |
Zhou |
Fudan
University |
Poster |
|
|
|
|
6:30-7:30 |
WELCOME RECEPTION |
|
|
|
|
12-May |
|
|
|
|
Time |
Title |
Author |
Affiliation |
Session |
A |
9:00-9:20 |
Hybrid
entanglement photon pair source for fiber-space flexible QKD network |
Fujiwara |
NICT |
Quantum
Communications |
9:20-9:40 |
Near-ground Long-distance Quantum
Communication |
Tavala |
Royal
Institute of Tech. Sweden |
Quantum
Communications |
9:40-10:00 |
Progress in
Approaching the Ultimate Limits of Photon-Efficient and Bandwidth-Efficient
Optical Communication |
Erkmen |
JPL |
Quantum
Communications |
10:00-10:20 |
Homodyne BPSK
receiver with Doppler shift compensation for inter satellite optical
communication |
Ando |
Mitsubishi |
Coherent
Technologies |
10:20-10:35 |
BREAK |
10:35-10:55 |
Coherent
detection of low light level pulses |
Heine |
Tesat-Spacecom |
Coherent
Technologies |
10:55-11:15 |
Feasibility
study of coherent LEO-Ground link using an optical injection phase lock loop
technique |
Shoji |
NICT |
Coherent
Technologies |
11:15-11:35 |
1 W narrow
linewidth semiconductor-based laser module emitting near 1064 nm for coherent
optical communication in space |
Spiessberger |
Ferdinand-Braun-Institut |
Coherent
Technologies |
11:35-11:55 |
LDPC-coded OAM
modulation and multiplexing for deep-space optical communications |
Djordjevic |
University
of Arizona |
Modulation
and Coding |
11:55-1:30 |
LUNCH |
1:30-1:50 |
Numerical
evaluation of coherent signals for deep-space links |
Waseda |
NICT |
Modulation
and Coding |
1:50-2:10 |
Performance
bound for turbo-coded subcarrier PSK free-space optical communication systems
over strong turbulence channels |
Pham |
University
of Aizu |
Modulation
and Coding |
2:10-2:30 |
Multi-rate low
density generator matrix code for optical satellite communications |
Matsuo |
Nagoya
Institute of Technology |
Modulation
and Coding |
2:30-2:50 |
Blocking Losses
on an Optical Communications Link |
Moision |
JPL |
Modulation
and Coding |
2:50-3:00 |
BREAK |
3:00-3:30 |
R&D Status
of the Next Generation Optical Communication Terminals in JAXA |
Yamakawa |
JAXA |
Common
II |
3:30-4:00 |
Satellite quantum key distribution |
Hughes |
LANL |
Common
II |
4:00-4:30 |
Light wave
antenna: Is it a simple extension from optical telescopes? |
Takano |
Nihon
University |
Common
II |
4:30-5:00 |
Comparison
between Computer Simulation of the Free Space Optical Channel using
Phase-screens and the Experimentally Measured Scintillation Index |
Nener |
University
of Western Australia |
Common
II |
5:00-5:30 |
Deep-Space Optical Communications |
Cesarone |
JPL |
Common
II |
B |
9:00-9:20 |
Comparison of
Square and Radial Geometries for High Intensity Laser Power Beaming Receivers |
Raible |
NASA
Glenn |
Studies
& Analysis |
9:20-9:40 |
Exploration Of
A Free-Space Optical Communications System For Sounding Rocket Sub-Payloads |
Gealy |
Univ.
of New Hampshire |
Studies
& Analysis |
9:40-10:00 |
A Study of An
Optical Lunar Surface Communications Network with High Bandwidth Direct to
Earth Link |
Wilson |
JPL |
Studies
& Analysis |
10:00-10:20 |
Study of
Digital Coherent Optical Receiver for Free-Space Laser Communication |
Sasaki |
University
of Electro-Comm |
Studies
& Analysis |
10:20-10:35 |
BREAK |
10:35-10:55 |
Wavelength
Tracking Interferometer for DPSK Lasercom Links |
Rose |
Aerospace
Corporation |
Studies
& Analysis |
10:55-11:15 |
Optical System
Architecture Design of Multiple Apertures Array Antenna for
Satellite-to-Ground Optical Communication |
He |
Changchun
U. Science & Tech |
Studies
& Analysis |
11:15-11:35 |
A Novel RF
Signal Beamforming Scheme over Optical Wireless Communications |
Liu |
Waseda
University |
Studies
& Analysis |
11:35-11:55 |
Adaptive
Channel Coding for Maritime FSO Channels with RF Feedback Link |
Gregory |
University
of Kiel |
Studies
& Analysis |
11:55-1:30 |
LUNCH |
1:30-1:50 |
Design and
analysis of an IDMA cooperative relay free-space optical system |
Zhou |
Fudan
University |
Studies
& Analysis |
1:50-2:10 |
Developments of
the light source for DECIGO and DPF |
Musha |
University
of Electro-Comm. |
Optics
in Space |
2:10-2:30 |
Micro-integrated
ECDLs for precision spectroscopy in space |
Luvsandamdin |
Ferdinand-Braun-Institut |
Optics
in Space |
2:30-2:50 |
Future Optical
Planetary Access Links |
Biswas |
JPL |
Optics
in Space |
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|
6:30-8:00 |
BANQUET |
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13-May |
|
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|
|
8:00-12:00 |
JPL Tour |
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