2014 IEEE/OES Autonomous Underwater Vehicles (AUV) 2014
DOI: 10.1109/auv.2014.7054428
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Design elements of a small AUV for bathymetric surveys

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Cited by 13 publications
(14 citation statements)
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“…With the development of sophisticated sensors and reliable underwater communication equipment, it is now possible to use AUVs in many complex and extended military as well as civil applications which were previously not possible. Few examples of AUVs application are bathy-metric surveys [2,3], inspections of underwater gas, oil, or other installations [4][5][6], search of wreckages of missing airplanes [7], rescue of men or material from underwater [8], marine research [9,10], and mine countermeasure operations and surveillance for military purpose [11][12][13][14]. Beside other challenges of an AUV's operation, selflocalization is extremely difficult task due to severe attenuation of Radio Frequency (RF) waves and nonavailability of Global Positioning System (GPS) signals in water [15].…”
Section: Introductionmentioning
confidence: 99%
“…With the development of sophisticated sensors and reliable underwater communication equipment, it is now possible to use AUVs in many complex and extended military as well as civil applications which were previously not possible. Few examples of AUVs application are bathy-metric surveys [2,3], inspections of underwater gas, oil, or other installations [4][5][6], search of wreckages of missing airplanes [7], rescue of men or material from underwater [8], marine research [9,10], and mine countermeasure operations and surveillance for military purpose [11][12][13][14]. Beside other challenges of an AUV's operation, selflocalization is extremely difficult task due to severe attenuation of Radio Frequency (RF) waves and nonavailability of Global Positioning System (GPS) signals in water [15].…”
Section: Introductionmentioning
confidence: 99%
“…Sidescan [26], [23], [107], [102], [60], [58], [108] Batimetria [93], [107], [109], [79], [22], [40], [24], [73], [51], [105], [26], [88], [85], [102], [110], [111] Multi-feixe [26], [87], [49], [112], [50], [100], [63], [23], [71], [58], [108] Sub-bottom Profilers [81], [90], [94], [58] aplicações acima de 1000m, sendo o limite mais comum 3000m de profundidade. Um dos trabalhos apresenta o desenvolvimento de um veículo para profundidade de 11000m, capaz de suportar as maiores profundidades encontradas nos oceanos.…”
Section: Tipo Referênciaunclassified
“…100m [76], [86], [81], [113], [22], [43], [83], [59] 200m [98], [75], [70], [114], [74], [71], [45] 500m [107], [115], [53], [110] 1000m [49], [73] 2000m [109], [100] 3000m [93], [91], [94], [97], [55], [51], [61], [54], [46] 3500m [90] 4000m [40] 6000m [89], [84] 11000m [42]…”
Section: Profundidade Referênciasunclassified
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