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FCC - 47 CFR PART 25 - SATELLITE COMMUNICATIONS Organization: FCC
Date: 2014-10-01
Description: (a) The rules and regulations in this part are issued pursuant to the authority contained in section 201(c)(11) of the Communications Satellite Act of 1962, as amended, section 501(c)(6) of the International Maritime Satellite Telecommunications Act, and titles I through III of the Communications Act of 1934, as amended.
FCC - 47 CFR PART 25 - SATELLITE COMMUNICATIONS Organization: FCC
Date: 2015-10-01
Description: (a) The rules and regulations in this part are issued pursuant to the authority contained in section 201(c)(11) of the Communications Satellite Act of 1962, as amended, section 501(c)(6) of the International Maritime Satellite Telecommunications Act, and titles I through III of the Communications Act of 1934, as amended.
NASA-LLIS-1307 - LESSONS LEARNED – SATELLITE SIMULATOR Organization: NASA
Date: 2002-08-09
Description: Description of Driving Event: The satellite simulator became an invaluable tool for software testing, flight operations crew training, and on-orbit software change testing.
MCGRAW - SATELLITE COMMUNICATIONS - SATELLITE COMMUNICATIONS, FOURTH EDITION Organization: MCGRAW
Date: 2006-01-01
Description: Highly regarded for more than a decade as both a teaching text and professional tutorial, this classic guide to satellite communications has been revised, updated, and expanded to cover global wireless applications, digital television, and Internet access via satellite.
TIA-1008 - IP OVER SATELLITE (IPOS) Organization: TIA
Date: 2012-05-01
Description: This document contains the procedures used by remote terminals and the hub for delivery of traditional Internet Protocol (IP) services in a star satellite access network. Remote terminals built to the parameters and procedures specified in this document can be used to create satellite access networks using commercial Kuband geostationary, nonprocessing transponders with footprints within the United States of America or any other part of the world.
IET - SATELLITE COMMUNICATION - SATELLITE COMMUNICATION SYSTEMS Organization: IET
Date: 1999-01-01
Description: The 3rd edition of the book continues this theme and up-to-date information on mobile and personal satellite constellations, navigation and positioning and military and small satellite systems has been added, as well as a look future Ka-band multimedia systems.
NASA-LLIS-0909 - LESSONS LEARNED – SATELLITE DEPLOYMENTS Organization: NASA
Date: 2000-08-01
Description: Description of Driving Event: During the launch of the NOAA-K weather satellite there was an anomalous deployment of the Very High Frequency Real Time Antenna (VRA) and an incomplete deployment of the -Y Deployable Sunshade.
CJCSI 6251.01D - NARROWBAND SATELLITE COMMUNICATIONS REQUIREMENTS Organization: CJCS
Date: 2012-11-30
Description: This instruction provides high-level operational policy, guidance, and procedures for narrowband1 satellite communications (SATCOM) user requirements and for Joint Interoperability Test Command (JITC) system standards conformance test certification.
TIA-1088 - IP OVER SATELLITE (IPOS) Organization: TIA
Date: 2006-05-01
Description: Another similar connection protocol also was developed by a TIA member company for a processed satellite system. The ETSI/DVB C2P [Ref. 10] addresses both regenerative and transponded (transparent) networks, and allows for multipoint/multicast connections.
IET - AN INTRODUCTION TO SATELL - AN INTRODUCTION TO SATELLITE COMMUNICATIONS Organization: IET
Date: 1989-01-01
Description: The book describes the development of communications satellite services and explains how satellites and earth stations have evolved to meet changing requirements.
ITU-R REPORT M.2169 - IMPROVED SATELLITE DETECTION OF AIS Organization: ITU-R
Date: 2009-12-01
Description: The technical limitations specifically cited were: 1 the length of the AIS message in the time slot (insufficient time buffer for the satellite detection range); 2 the large number of messages in the satellite antenna footprint (excess reuse of the time slots in the VDL as detected by the satellite); 3 the difficulty satellite AIS has in distinguishing signals between AIS messages and communications from terrestrial services within the satellite antenna footprint (coverage pattern).
IET - SATELLITE-TO-GROUND RADIO - SATELLITE-TO-GROUND RADIOWAVE PROPAGATION Organization: IET
Date: 2011-01-01
Description: The book is divided into eight chapters: radiowave Earth-space communications; ionospheric effects; clear-air effects; attenuation effects; depolarization effects; mobile satellite service propagation effects; optical communications propagation effects; and restoration of performance during signal impairments.
WILEY - SATELLITE COMMUNI PAYLOAD - SATELLITE COMMUNICATIONS PAYLOAD AND SYSTEM Organization: WILEY
Date: 2012-01-01
Description: Covers both payload systems engineering and applied communications theory It takes more than ten years on the job for a communications-satellite payload engineer to "know" the payload. Satellite Communications Payload and System accelerates that learning.
CEN - EN 16603-60-30 - SPACE ENGINEERING - SATELLITE AOCS REQUIREMENTS Organization: CEN
Date: 2015-09-01
Description: This Standard deals with the attitude and orbit control systems developed as part of a satellite space project. The classical attitude and orbit control systems considered here include the following functions: • Attitude estimation • Attitude guidance • Attitude control • Orbit control • Orbit estimation, called Navigation in this document, can be part of the function for missions which explicitly require this function • Acquisition and maintenance of a safe attitude in emergency cases and return to nominal mission upon command The present Standard does not cover missions that include the following functions: • Real-time on-board trajectory guidance and control • Real-time on-board relative position estimation and control Example of such missions are rendezvous, formation flying, launch vehicles and interplanetary vehicles.
DS/EN 16603-60-30 - SPACE ENGINEERING - SATELLITE AOCS REQUIREMENTS Organization: DS
Date: 2015-10-23
Description: This Standard deals with the attitude and orbit control systems developed as part of a satellite space project. The classical attitude and orbit control systems considered here include the following functions: - Attitude estimation - Attitude guidance - Attitude control - Orbit control - Orbit estimation, called Navigation in this document, can be part of the function for missions which explicitly require this function - Acquisition and maintenance of a safe attitude in emergency cases and return to nominal mission upon command The present Standard does not cover missions that include the following functions: - Real-time on-board trajectory guidance and control - Real-time on-board relative position estimation and control Example of such missions are rendezvous, formation flying, launch vehicles and interplanetary vehicles.
NBN - EN 16603-60-30 - SPACE ENGINEERING - SATELLITE AOCS REQUIREMENTS Organization: NBN
Date: 2015-11-30
Description: This Standard deals with the attitude and orbit control systems developed as part of a satellite space project. The classical attitude and orbit control systems considered here include the following functions:• Attitude estimation• Attitude guidance• Attitude control• Orbit control• Orbit estimation, called Navigation in this document, can be part of the function for missions which explicitly require this function• Acquisition and maintenance of a safe attitude in emergency cases and return to nominal mission upon commandThe present Standard does not cover missions that include the following functions: • Real-time on-board trajectory guidance and control• Real-time on-board relative position estimation and controlExample of such missions are rendezvous, formation flying, launch vehicles and interplanetary vehicles.
ETSI - TR 103 166 - SATELLITE EARTH STATIONS AND SYSTEMS (SES); SATELLITE EMERGENCY COMMUNICATIONS (SATEC); EMERGENCY COMMUNICATION CELL OVER SATELLITE (ECCS) - V1.1.1 Organization: ETSI
Date: 2011-09-01
Description: The present document is intended to outline the concept of Emergency Communication Cells over Satellite (ECCS). An ECCS is understood as a temporary emergency communication cell supporting terrestrial wireless and wired standard(s) (e.g. based on IEEE 802.11 [i.4], VHF/UHF, IEEE 802.16 [i.5], GSM, or TETRA), which are linked/backhauled to a permanent infrastructure by means of bi-directional satellite links.
ETSI - TS 103 337 - SATELLITE EARTH STATIONS AND SYSTEMS (SES); SATELLITE EMERGENCY COMMUNICATIONS; MULTIPLE ALERT MESSAGE ENCAPSULATION OVER SATELLITE (MAMES) - V1.1.1; INCLUDES DISKETTE Organization: ETSI
Date: 2015-05-01
Description: The present document establishes the specifications for the MAMES (Multiple Alert Message Encapsulation over Satellite) Protocol. Starting from an overview of the MAMES objectives and operations, the MAMES Architecture is presented: the MAMES functional entities are identified and the MAMES positioning in a protocol-stack architecture is provided by defining a set of MAMES operational scenarios.
ETSI - TS 103 284 - SATELLITE EARTH STATIONS AND SYSTEMS (SES); SATELLITE EMERGENCY COMMUNICATIONS (SATEC); DEVICE CLASSES FOR EMERGENCY COMMUNICATION CELLS OVER SATELLITE (ECCS) - V1.1.1 Organization: ETSI
Date: 2014-08-01
Description: The present document defines classes of Emergency Communication Cell over Satellite (ECCS) devices [i.1]. An ECCS device provides short to medium range communication capabilities to emergency responders using terrestrial technologies.
ETSI - TR 102 353 - SATELLITE EARTH STATIONS AND SYSTEMS (SES); BROADBAND SATELLITE MULTIMEDIA (BSM); GUIDELINES FOR THE SATELLITE INDEPENDENT SERVICE ACCESS POINT (SI-SAP) - V1.2.1 Organization: ETSI
Date: 2015-12-01
Description: The present document provides a guide to the underlying models and assumptions that have been used to specify the BSM Satellite Independent Service Access Point (SI-SAP) interface.

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