FIELD TEST RESULTS ON A DIGITAL TRANSMISSION SYSTEM FOR GLOBAL MARITIME SATELLITE COMMUNICATIONS.

Kanshiro Kashiki; Hideo Okinaka; Yutaka Yasuda; Takayasu Shiokawa; Yasuo Hirata

FIELD TEST RESULTS ON A DIGITAL TRANSMISSION SYSTEM FOR GLOBAL MARITIME SATELLITE COMMUNICATIONS.

Kanshiro Kashiki^*, Hideo Okinaka, Yutaka Yasuda, Takayasu Shiokawa, Yasuo Hirata

^*Corresponding author for this work

Research output: Contribution to journal › Conference article › peer-review

Abstract

A field experiment for a digital ship earth station system was successfully performed from April to July 1984, using the Inmarsat Indian Ocean satellite (Intelsat V satellite with maritime communication subsystem). The authors outline the experimental setups and present the test results. The link parameters of the designed system are also discussed on the basis of the data obtained. The test results indicate that the system, using rate-1/2 Viterbi decoding for forward error correction and 16-kb/s adaptive predictive coding for voice transmission, can provide a saving of satellite power and/or a reduction in the size of shipborne antenna, as well as offering a wide variety of services.

Original language	English
Pages (from-to)	504-510
Number of pages	7
Journal	Conference Record - International Conference on Communications
Publication status	Published - 1985
Externally published	Yes

ASJC Scopus subject areas

Computer Networks and Communications
Electrical and Electronic Engineering

Cite this

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title = "FIELD TEST RESULTS ON A DIGITAL TRANSMISSION SYSTEM FOR GLOBAL MARITIME SATELLITE COMMUNICATIONS.",

abstract = "A field experiment for a digital ship earth station system was successfully performed from April to July 1984, using the Inmarsat Indian Ocean satellite (Intelsat V satellite with maritime communication subsystem). The authors outline the experimental setups and present the test results. The link parameters of the designed system are also discussed on the basis of the data obtained. The test results indicate that the system, using rate-1/2 Viterbi decoding for forward error correction and 16-kb/s adaptive predictive coding for voice transmission, can provide a saving of satellite power and/or a reduction in the size of shipborne antenna, as well as offering a wide variety of services.",

author = "Kanshiro Kashiki and Hideo Okinaka and Yutaka Yasuda and Takayasu Shiokawa and Yasuo Hirata",

year = "1985",

language = "English",

pages = "504--510",

journal = "Conference Record - International Conference on Communications",

issn = "0536-1486",

publisher = "Institute of Electrical and Electronics Engineers Inc.",

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T1 - FIELD TEST RESULTS ON A DIGITAL TRANSMISSION SYSTEM FOR GLOBAL MARITIME SATELLITE COMMUNICATIONS.

AU - Kashiki, Kanshiro

AU - Okinaka, Hideo

AU - Yasuda, Yutaka

AU - Shiokawa, Takayasu

AU - Hirata, Yasuo

PY - 1985

Y1 - 1985

N2 - A field experiment for a digital ship earth station system was successfully performed from April to July 1984, using the Inmarsat Indian Ocean satellite (Intelsat V satellite with maritime communication subsystem). The authors outline the experimental setups and present the test results. The link parameters of the designed system are also discussed on the basis of the data obtained. The test results indicate that the system, using rate-1/2 Viterbi decoding for forward error correction and 16-kb/s adaptive predictive coding for voice transmission, can provide a saving of satellite power and/or a reduction in the size of shipborne antenna, as well as offering a wide variety of services.

AB - A field experiment for a digital ship earth station system was successfully performed from April to July 1984, using the Inmarsat Indian Ocean satellite (Intelsat V satellite with maritime communication subsystem). The authors outline the experimental setups and present the test results. The link parameters of the designed system are also discussed on the basis of the data obtained. The test results indicate that the system, using rate-1/2 Viterbi decoding for forward error correction and 16-kb/s adaptive predictive coding for voice transmission, can provide a saving of satellite power and/or a reduction in the size of shipborne antenna, as well as offering a wide variety of services.

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M3 - Conference article

AN - SCOPUS:0022219352

SN - 0536-1486

SP - 504

EP - 510

JO - Conference Record - International Conference on Communications

JF - Conference Record - International Conference on Communications

ER -

FIELD TEST RESULTS ON A DIGITAL TRANSMISSION SYSTEM FOR GLOBAL MARITIME SATELLITE COMMUNICATIONS.

Abstract

ASJC Scopus subject areas

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