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  • Produktbild: Advances in Communications Satellite Systems
  • Produktbild: Advances in Communications Satellite Systems

Advances in Communications Satellite Systems Proceedings of the 37th International Communications Satellite Systems Conference (Icssc-2019)

Fr. 206.00

inkl. gesetzl. MwSt., Versandkostenfrei

Beschreibung

Produktdetails

Einband

Gebundene Ausgabe

Erscheinungsdatum

02.03.2021

Herausgeber

Ifiok Otung + weitere

Verlag

Institution of Engineering & Technology

Seitenzahl

930

Maße (L/B/H)

24.1/16.5/4.8 cm

Gewicht

1578 g

Sprache

Englisch

ISBN

978-1-83953-145-3

Beschreibung

Produktdetails

Einband

Gebundene Ausgabe

Erscheinungsdatum

02.03.2021

Herausgeber

Verlag

Institution of Engineering & Technology

Seitenzahl

930

Maße (L/B/H)

24.1/16.5/4.8 cm

Gewicht

1578 g

Sprache

Englisch

ISBN

978-1-83953-145-3

Herstelleradresse

Libri GmbH
Europaallee 1
36244 Bad Hersfeld
DE

Email: gpsr@libri.de

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  • Produktbild: Advances in Communications Satellite Systems
  • Produktbild: Advances in Communications Satellite Systems

    • Section 1: Broadband Satellite Communication Architectures and Applications
      • Chapter 1: The Results of WINDS experiments of NICT
      • Chapter 2: Report of 3.2 Gbps Transmission Experiment Result using WINDS Satellite
      • Chapter 3: Disaster Countermeasure Experiments using WINDS and the Response of 2016 Kumamoto Earthquakes
      • Chapter 4: Satellite Integrated Communication System for Marine Robots Operations
      • Chapter 5: Evolution of Ka-Band On-the-move Terminals for Land and Maritime Broadband Communications
    • Section 2: Integrated Applications and Architectures for Vessels and IoT
      • Chapter 6: Mega-constellations as Enabler of Autonomous Shipping
      • Chapter 7: On Decoding Strategies for Satellite Uplink Asynchronous Random Access Channels
      • Chapter 8: Software Defined Radio Implementation of UHF RFID Tags in 5G Internet of Things Application
      • Chapter 9: Energy Efficient User Terminals for Internet of Things Applications Over Satellite
    • Section 3: DTN and HTS Technologies
      • Chapter 10: Rising Above the Cloud- Toward High-Rate Delay-Tolerant Networking in Low-Earth Orbit
      • Chapter 11: Integration of High-Performance V-Band GAN MMIC HPA for the QV-Lift Project
      • Chapter 12: Performance Study of Frequency Flexibility in High Throughput Satellites and its Contribution to Operations Strategy
    • Section 4: New Satellite System Architectures and Components
      • Chapter 13: Satellite Experiments on Direct Spectrum Division Transmission over Multiple Transponders
      • Chapter 14: User Terminal Wideband Modem for Very High Throughput Satellites
      • Chapter 15: Licensed Shared Access Testbed for Integration Satellite-Terrestrial Communications: The ASCENT Project
      • Chapter 16: Cognitive Communications for NASA Space Systems
      • Chapter 17: Supporting NASA Artemis Mission with JAXA Uchinoura Station
    • Section 5: High Speed Optical Communications and Feeder Links 1
      • Chapter 18: Implementation of the Method for Estimating Propagation Direction of Laser Beam Transmitted from Ground to Satellite
      • Chapter 19: Studies on Site Diversity to Mitigate Cloud Blockage in Satellite-Ground Optical Communications by Long Term Ground Meteorological Observation Data
      • Chapter 20: Development overview of optical ground systems for network switching controls to avoid cloud blockage in space optical direct communications
      • Chapter 21: Demonstration of High speed Pixelated Acquisition and Tracking System for Optical Intersatellite Links
      • Chapter 22: An Experimental Study of RF Optical Transformation Function
    • Section 6: Advanced Digital Payloads and Components
      • Chapter 23: Beam-Hopping System Configuration and Terminal Synchronization Schemes
      • Chapter 24: Adaptive Coding and Modulation (Acm) and Power Control Scheme For Return Link Of Dvb-Rcs2 Satellite System
      • Chapter 25: A Study of Frequency Utilization Efficiency of OFDMA Adaptive Coding and Modulation on Ka-Band Satellite Communications System
      • Chapter 26: Antenna Pattern Evaluation Formed by Reconfigurable Antennas with the Configuration of an Array-Fed Reflector
      • Chapter 27: Gallium Nitride Mmic Power Amplifier for Use in Ka-Band HTS Applications
    • Section 7: High Speed Optical Communications and Feeder Links 2
      • Chapter 28: Technological Trends and Future Prospects of Satellite Communications for Mega-Constellations with Small Satellites
      • Chapter 29: Commercial Communications Satellites in the Post 2020 Era
      • Chapter 30: 5G and Beyond for New Space: Vision and Research Challenges
      • Chapter 31: Direction of Satcom R&D in Japan: WINDS, ETS-IX, and Beyond
    • Section 8: Satellite Antenna Technologies
      • Chapter 32: Development of Highly Maintainable and Reliable RF Transceiver for Satellite Base Stations
      • Chapter 33: Fan-Fold Ka Band Large Reflector and Its Applications
      • Chapter 34: The Reduction of Measurement Point for Self-Calibration Method of Systematic Errors for DBF Antenna Using Gating Process
      • Chapter 35: Calibration Method for Array Antenna Considering Mutual Coupling in Mobile Satellite Communications
    • Section 9: Propagation and Modelling for Satellite Communications
      • Chapter 36: Analysis of the Impact of Turbulence on Adaptive Optics Ground Station Performance
      • Chapter 37: A 40-Year Cloud Climatological Study for Australia: Implications for Siting of Laser Communication Infrastructure
      • Chapter 38: Experimental Results of Seasonal Vegetation Changes on Data Transmission for Ka-band Mobile Satellite Communication
      • Chapter 39: Experimental Study of External Interference for LEO Based Automatic Identification System (AIS)
    • Section 10: Future Technologies for 5G and Beyond
      • Chapter 40: Advanced Demonstration Plans of High-Speed Laser Communication 'HICALI' mission onboard the Engineering Test Satellite 9
      • Chapter 41: Optical communication experiment with microsatellite body-pointing using VSOTA on RISESAT
      • Chapter 42: Research and Development of an Optical Ground Station supporting both GEO- and LEO-to-Ground Links
      • Chapter 43: Optical Observations of Non-Operational Satellites in Graveyard Orbits
    • Section 11: Flexible HTS Systems and Advanced Digital Payloads
      • Chapter 44: Development of Ka-Band Digital Beam Forming Antenna Payload for the Engineering Test Satellite-9
      • Chapter 45: The Initial Study of Calibrating Receiving Digital Beam Forming in Engineering Test Satellite-9
      • Chapter 46: Beam Pattern Optimization Based on Up/Down Link Information for Multi-beam Satellite Communication Systems
    • Section 12: Satellite Networks Design Challenges and Applications
      • Chapter 47: Channel State Modeling and Performance Evaluation of DVB-S2X based Broadband Land Mobile Satellite Communication Systems
      • Chapter 48: Impact of Antenna and Propagation Models on Coexistence of 5G and Fixed Satellite Services
      • Chapter 49: Integrated Space-Enabled Hybrid 5g-V2x Communications Link Modelling
      • Chapter 50: K/Ka Band Transceiver Sensitivity Modeling and Link Characterization for Integrated 5G-LEO Communication Applications
      • Chapter 51: Link Budget Design for Integrated 5G-LEO Communication Applications
    • Section 13: New Satellite Components and Transmitter and Modem Technologies
      • Chapter 52: Secret Key Agreement for Satellite Laser Communications
      • Chapter 53: Methods for Securing Spacecraft Tasking and Control via an Enterprise Ethereum Blockchain
      • Chapter 54: PAPR Reduction and Digital Predistortion for 5G waveforms in Digital Satellite Payloads
      • Chapter 55: Effects of Differential Oscillator Phase Noise in Precoding Performance
      • Chapter 56: GNSS-Assisted Acquisition Technique for LTE over Satellite
    • Section 14: NGSO Constellations and 5G Integration
      • Chapter 57: Information Rate and Quality of Service Guarantees for End-To-End Data Flows in a Ngso Satellite Network
      • Chapter 58: A New Optimization Tool for Mega-Constellation Design and its Application to Trunking Systems
      • Chapter 59: Estimation and Compensation of Timing Drift for NR Based NTN System
      • Chapter 60: Spectrum Sharing Schemes in Integrated Satellite-Terrestrial Network
      • Chapter 61: Hybrid Analog-Digital Precoding Design for Satellite Systems
    • Section 15: NGSO and GSO System Issues and Interference Mitigation Techniques
      • Chapter 62: Carrier Phase Recovery for DVB-S2x standard in VL SNR channel
      • Chapter 63: Spectrum Prediction and Interference Detection for Satellite Communications
      • Chapter 64: Channel Capacity Analysis of Satellite MIMO System Depending on the Orbital Altitude
      • Chapter 65: Effects of Channel Phase in Multibeam Multicast Satellite Precoding Systems
      • Chapter 66: Hardware Precoding Demonstration in Multi-Beam UHTS Communications under Realistic Payload Characteristics