Underwater environment is characterized by harsh conditions and is difficult to monitor. The CADDY project deals with the development of a companion robot devoted to support and to monitor human operations and activities during the dive. In this scenario the communication and correct reception of messages between the diver and the robot are essential for success of the dive goals. However, the underwater environment poses a set of technical constraints hardly limiting the communication possibilities. For such reasons the solution proposed is to develop a communication language based on the consolidated and standardized diver gestures, commonly employed during professional and recreational dives, thus leading to the definition of a CADDY language, called CADDIAN, and a communication protocol. This article focuses on the creation of the language providing alphabet, syntax and semantics: future work will explain the part of recognition of gestures that is still in progress.

Gesture-based Language for Diver-Robot Underwater Interaction

Chiarella D;Bibuli M;Bruzzone G;Caccia M;Ranieri A;Zereik E;Marconi L;Cutugno P
2015

Abstract

Underwater environment is characterized by harsh conditions and is difficult to monitor. The CADDY project deals with the development of a companion robot devoted to support and to monitor human operations and activities during the dive. In this scenario the communication and correct reception of messages between the diver and the robot are essential for success of the dive goals. However, the underwater environment poses a set of technical constraints hardly limiting the communication possibilities. For such reasons the solution proposed is to develop a communication language based on the consolidated and standardized diver gestures, commonly employed during professional and recreational dives, thus leading to the definition of a CADDY language, called CADDIAN, and a communication protocol. This article focuses on the creation of the language providing alphabet, syntax and semantics: future work will explain the part of recognition of gestures that is still in progress.
Campo DC Valore Lingua
dc.authority.orgunit Istituto di linguistica computazionale "Antonio Zampolli" - ILC -
dc.authority.orgunit Istituto di Studi sui Sistemi Intelligenti per l'Automazione - ISSIA - Sede Bari -
dc.authority.people Chiarella D it
dc.authority.people Bibuli M it
dc.authority.people Bruzzone G it
dc.authority.people Caccia M it
dc.authority.people Ranieri A it
dc.authority.people Zereik E it
dc.authority.people Marconi L it
dc.authority.people Cutugno P it
dc.authority.project Cognitive autonomous diving buddy -
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dc.date.available 2024/02/20 10:44:47 -
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dc.description.abstracteng Underwater environment is characterized by harsh conditions and is difficult to monitor. The CADDY project deals with the development of a companion robot devoted to support and to monitor human operations and activities during the dive. In this scenario the communication and correct reception of messages between the diver and the robot are essential for success of the dive goals. However, the underwater environment poses a set of technical constraints hardly limiting the communication possibilities. For such reasons the solution proposed is to develop a communication language based on the consolidated and standardized diver gestures, commonly employed during professional and recreational dives, thus leading to the definition of a CADDY language, called CADDIAN, and a communication protocol. This article focuses on the creation of the language providing alphabet, syntax and semantics: future work will explain the part of recognition of gestures that is still in progress. -
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dc.description.allpeople Chiarella, D.; Bibuli, M.; Bruzzone, G.; Caccia, M.; Ranieri, A.; Zereik, E.; Marconi, L.; Cutugno, P. -
dc.description.allpeopleoriginal Chiarella, D.; Bibuli, M.; Bruzzone, G.; Caccia, M.; Ranieri, A.; Zereik, E.; Marconi, L.; Cutugno, P. -
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dc.identifier.doi 10.1109/OCEANS-Genova.2015.7271710 -
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dc.relation.numberofpages 9 -
dc.relation.projectAcronym CADDY -
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dc.relation.projectAwardTitle Cognitive autonomous diving buddy -
dc.relation.projectFunderName - en
dc.relation.projectFundingStream FP7 -
dc.subject.keywords gesture language -
dc.subject.keywords human robot interaction -
dc.subject.keywords mobile robots -
dc.subject.keywords underwater environment -
dc.subject.keywords marine systems -
dc.subject.singlekeyword gesture language *
dc.subject.singlekeyword human robot interaction *
dc.subject.singlekeyword mobile robots *
dc.subject.singlekeyword underwater environment *
dc.subject.singlekeyword marine systems *
dc.title Gesture-based Language for Diver-Robot Underwater Interaction en
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isi.description.abstracteng Underwater environment is characterized by harsh conditions and is difficult to monitor. The CADDY project deals with the development of a companion robot devoted to support and to monitor human operations and activities during the dive. In this scenario the communication and correct reception of messages between the diver and the robot are essential for success of the dive goals. However, the underwater environment poses a set of technical constraints hardly limiting the communication possibilities. For such reasons the solution proposed is to develop a communication language based on the consolidated and standardized diver gestures, commonly employed during professional and recreational dives, thus leading to the definition of a CADDY language, called CADDIAN, and a communication protocol.This article focuses on the creation of the language providing alphabet, syntax and semantics: future work will explain the part of recognition of gestures that is still in progress. *
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scopus.description.abstracteng Underwater environment is characterized by harsh conditions and is difficult to monitor. The CADDY project deals with the development of a companion robot devoted to support and to monitor human operations and activities during the dive. In this scenario the communication and correct reception of messages between the diver and the robot are essential for success of the dive goals. However, the underwater environment poses a set of technical constraints hardly limiting the communication possibilities. For such reasons the solution proposed is to develop a communication language based on the consolidated and standardized diver gestures, commonly employed during professional and recreational dives, thus leading to the definition of a CADDY language, called CADDIAN, and a communication protocol. This article focuses on the creation of the language providing alphabet, syntax and semantics: future work will explain the part of recognition of gestures that is still in progress. *
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