| 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 |
| 6:30-8:00 | BANQUET | |||
| 13-May | ||||
| 8:00-12:00 | JPL Tour | |||