The developed Unmanned autonomous underwater vehicles (AUV) included 3-D modeling technology, wireless power transfer between sub-system in AUV, GPS underwater locate system, low complexity frequency domain on ocean floor analyze with AI network, underwater objects detection network, image dehaze network on groundunder water, underwater color correction network, underwater objects classification network, underwater optical characteristic algorithmLED color compensation system.

"1.	The developed AI-based underwater object recognition can identify 5 different objects at the same frame/time with 82.05 accuracy (mAP).  
2.	Underwater image enhancement is elevated to 7.406 over IBK= 7.199. PCQI is increased to 0.9859 higher than IBK = 0.9076.  
3.	AUV navigation control system performs auto-heading +/-5 degrees (IBK=10 degree), auto-depth +/-0.1 m (IBK=0.2m),auto-altitude +/-0.1 m (IBK=0.2m). 
4.	Databank augmentation based on 3D modeling generates images with 10 viewpoints (IBK=4)increases by 1000 times (IBK=60)."

"1. Resource Exploration
a.	Hydrological investigationunderwater exploration
b.	Oceanic biology researchobservation
c.	Underwater mineralenergy investigation
d.	Underwater archeology 
e.	Underwater bathymetryseabed profiling

2. IndustryAquaculture
a.	Off-shore wind farm seabed investigation
b.	Underwater cable inspection
c.	Marine aquaculturefarming
d.	Underwater rescue
e.	Underwater environment monitoring 

3. MilitaryDefense
a.	Military object detectionpositioning
b.	Underwater mine huntingsweeping
c.	Harbor security
d.	Torpedo detection"

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