跳到主要內容
big screen image small screen image
Font Size
A
A
A
轉寄 轉寄
(Non-exclusive License)Technology Transfer Enterprise Selection Announcement – A Software-Based System and Method for Near–Real-Time Underwater Acoustic Localization in Air–Sea Search and Rescue
Date of Announcement
2025-12-26

Date of Announcement2025/12/26

 

1TechnologyA Software-Based System and Method for Near–Real-Time Underwater Acoustic Localization in Air–Sea Search and Rescue

2InventorDr. Yin-Ying Fang, Ship and Ocean Technology Research Center, National Taiwan University

3Enterprise Eligibility

(1)Industry CategoryOcean Acoustics

(2)Required Technical Know-howMaritime aviation accident investigation, underwater detection, and localization

(3)Required Machinery and EquipmentTowed hydrophone array (at least 2 channels)

(4)Required Research or Technical StaffResearchers specializing in ocean engineering and acoustics

(5)Other RequirementsThe university's regulations relevant to technology transfer shall be complied with for matters not aforementioned.

4How to applyPlease go to the Center of Industrial-Academic Cooperation of the Office of Research and Development to inquire about relevant information.

5Announcement periodThe prospective licensee is preferably an entity with experience in open-sea acoustic measurements and system integration, and with familiarity in underwater acoustic data acquisition, signal processing, and localization analysis workflows. Capability in operating towed underwater acoustic sensing systems, conducting offshore testing activities, and translating research outcomes into practical applications or commercialized systems would further facilitate subsequent deployment and application of the technology.

 

The university's regulations relevant to technology transfer shall be complied with for matters not aforementioned.

6Contact window:

Intellectual Property & Licensing ManagerLanie Chen

TEL+886-2-3366-9952

Email laniechen@ntu.edu.tw

File download:
技術推廣表-可攜式海空難搜救水下聲學近即時定位之軟體系統與方法A Software-Based System and Method for Near–Real-Time Underwater Acoustic Localization in Air–Sea Search and Rescue
File size: 1072kb