UNITE DE CONTROLE EN TEMPS REEL POUR DISPOSITIF D'EXPLORATION SISMIQUE SOUS-MARINE ET SON PROCEDE DE FONCTIONNEMENT

L'INVENTION CONCERNE UNE UNITE DE CONTROLE EN TEMPS REEL POUR DISPOSITIF D'EXPLORATION SISMIQUE ET SON PROCEDE DE FONCTIONNEMENT.LE DISPOSITIF D'EXPLORATION COMPORTE UN DISPOSITIF DE DETECTION DE SIGNAUX SISMIQUES QUI PRODUIT DES TRACES SISMIQUES, UN DISPOSITIF 22, 23, 24, 26, 28 QUI...

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1. Verfasser: JAMES WILLIAM GOODE ET THOMAS FRANCIS CRANDELL
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creator JAMES WILLIAM GOODE ET THOMAS FRANCIS CRANDELL
description L'INVENTION CONCERNE UNE UNITE DE CONTROLE EN TEMPS REEL POUR DISPOSITIF D'EXPLORATION SISMIQUE ET SON PROCEDE DE FONCTIONNEMENT.LE DISPOSITIF D'EXPLORATION COMPORTE UN DISPOSITIF DE DETECTION DE SIGNAUX SISMIQUES QUI PRODUIT DES TRACES SISMIQUES, UN DISPOSITIF 22, 23, 24, 26, 28 QUI ENREGISTRE CES TRACES, ET UNE UNITE DE CONTROLE DU FONCTIONNEMENT DES DISPOSITIFS DE DETECTION ET D'ENREGISTREMENT. L'UNITE DE CONTROLE COMPORTE UN DISPOSITIF D'AFFICHAGE 32, PAR EXEMPLE DU TYPE A STYLET 36 D'IMPRESSION PAR POINTS, ET UNE UNITE CENTRALE DE TRAITEMENT 30 QUI APPLIQUE SIMULTANEMENT PLUSIEURS TRACES SISMIQUES AU DISPOSITIF D'AFFICHAGE AFIN DE PRODUIRE UN AFFICHAGE DE TRACES EN CHEVAUCHEMENT, CECI RENDANT PLUS VISIBLE LA PRESENCE D'ERREURS DANS LES DONNEES AFFICHEES. A real-time monitor which displays analog representations of digital seismic data having been recorded on magnetic tape such that adjacent seismic traces are partially overlapped, whereby the appearance of an error is enhanced and is disclosed. The monitor display is controlled by a computer which may be of a type similar to computers used in the seismic data storage system for other purposes so that it may serve as a back-up computer. This system is implemented by incorporating into magnetic tape data storage drives read-after-write circuitry so that the data put on the tape can be read off the tape immediately thereafter and used to control the monitor means. In this way, the monitor is in fact operating in real-time and operates on precisely that data which in on the tape; thus any errors displayed on the real-time monitor include any errors made in the actual recordation of the data onto magnetic tape.
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L'UNITE DE CONTROLE COMPORTE UN DISPOSITIF D'AFFICHAGE 32, PAR EXEMPLE DU TYPE A STYLET 36 D'IMPRESSION PAR POINTS, ET UNE UNITE CENTRALE DE TRAITEMENT 30 QUI APPLIQUE SIMULTANEMENT PLUSIEURS TRACES SISMIQUES AU DISPOSITIF D'AFFICHAGE AFIN DE PRODUIRE UN AFFICHAGE DE TRACES EN CHEVAUCHEMENT, CECI RENDANT PLUS VISIBLE LA PRESENCE D'ERREURS DANS LES DONNEES AFFICHEES. A real-time monitor which displays analog representations of digital seismic data having been recorded on magnetic tape such that adjacent seismic traces are partially overlapped, whereby the appearance of an error is enhanced and is disclosed. The monitor display is controlled by a computer which may be of a type similar to computers used in the seismic data storage system for other purposes so that it may serve as a back-up computer. This system is implemented by incorporating into magnetic tape data storage drives read-after-write circuitry so that the data put on the tape can be read off the tape immediately thereafter and used to control the monitor means. 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This system is implemented by incorporating into magnetic tape data storage drives read-after-write circuitry so that the data put on the tape can be read off the tape immediately thereafter and used to control the monitor means. In this way, the monitor is in fact operating in real-time and operates on precisely that data which in on the tape; thus any errors displayed on the real-time monitor include any errors made in the actual recordation of the data onto magnetic tape.</abstract><oa>free_for_read</oa></addata></record>
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subjects DETECTING MASSES OR OBJECTS
GEOPHYSICS
GRAVITATIONAL MEASUREMENTS
MEASURING
PHYSICS
TESTING
title UNITE DE CONTROLE EN TEMPS REEL POUR DISPOSITIF D'EXPLORATION SISMIQUE SOUS-MARINE ET SON PROCEDE DE FONCTIONNEMENT
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