PROGRAM

  • 2019 Program
  • 2020 Program

2019 Program

2019 Program

  • International Smart Navy Conference
  • International New Technology Forum
  • Young Generation Poster Seminar

International Smart Navy Conference

Topic

The marine defense industry is becoming a key business area for Korea. So industrial, academic, and institutional researchers will gather at one place to give presentations about recently most highlighted marine unmanned system, policies for current weapon system, and new technologies.

  • Hosted by

    - Changwon City Government and Republic of Korea Naval Academy

  • Organized by

    - Republic of Korea Naval Academy

  • When

    - June 20, 2019 (Thu)
    Session1_16:00-18:00

    - June 21, 2019 (Fri)
    Session2_ 09:30-11:30
    Session3_14:00-16:00

  • Where

    - Classroom in Tonghae Building, Republic of Korea Naval Academy

  • Participants

    - Industrial, academic, and institutional researchers for marine unmanned and weapon systems

Program

June 20 (THU) Location Session Room 1 Session Room 2 Session Room 3 Session Room 4 Session Room 5
Session #1 #102 Medium Classroom, Tonghae Building #111 Classroom, Tonghae Building #126 Medium Classroom, Tonghae Building #126 Medium Classroom, Tonghae Building #126 Medium Classroom, Tonghae Building
Field New technology Marine unmanned system (Closed) Weapon systems with new technologies Mobility & underwater construction technologies Marine environment/detection technologies
Senior person present (in a seated group) Prof. Hwang Jae-ryong Prof. Hong Soon-kook Prof. Park Young-man Cap. Yoon Seok-han Prof. Park Gyeong-ju
16:00~16:20 Considerations for autonomous vehicles to military bases
- Author : Kang Seung-nam   		Research on the issue of international law about an assault of unmanned surface vehicle with a weapon
- Author: Mr. Go Eun-soo 		extension of flow analysis model of smart valve control logic
- Author: Mr. Kim Jin-ju   		construction technology and equipment development trend
- Author: Mr. Lee Kwang-hee		 Extraction of acoustic signature for active and automatic detection of signal of interest
- Author: Mr. Choo Young-min  
16:20~16:40 Intelligent battleship video collection/display system establishment & future development
- Author: Mr. Kang Seung-nam   		Research on motion characteristics of underwater vehicles using ROS
- Author: Mr. Yoon Seong-jo 		Research on operation concept and required technical development of buoy-type underwater monitoring system (tentative name)
- Author: Mr. Nah Seong-min   		Underwater construction platoon mission & future development
- - Author: Mr. Yoon Jae-hyeong 		Trend of artificial intelligence technology for analyzing underwater sound signal & future development
- Author: Mr. Park Kyeong-min  
16:40~17:00 Industry 4.0 and SMART Navy : Concept and roles of navy
- Author: Mr. Lee Jae-jin   		Operation concept (plan) of naval underwater operations (antimine/antisubmarine warfare) using unmanned surface vehicle (a different platform for real-time underwater monitoring and reconnaissance) & future development
- Author: Mr. Kim In-gon   		Validation of VR-based logistics supportability of underwater weapons & research on maintenance education and training
- Author: Mr. Huh Gil-hwan   		Construction heavy equipment training simulation using VR/AR
- Author: Mr. Seo Myeong-bae 		Changes of underwater sound environment due to global warming
- Author: Mr. Lim Se-han  
17:00~17:20 Research on VR-based weapon system education and training equipment development plan
- Author: Mr. Lee Hak-pyo   		Research on mock mine detection potential with multibeam and magnetic exploration
- Author: Mr. Ryu Ie-seon   		Introduction of smart ship platform for safer and more efficient ship sailing
- Author: Mr. Shin Tae-hwan 		Long-life and low-cost super concrete and utilization technologies in marine environment
- Author: Mr. Koh Kyeong-taek 		Research on how to optimize arrangement of manual sonobuoys using AI in certain area
- Author: Mr. Jeon Jae-hong; Kim Woong-ki
17:20~17:40 Research on technologies for building naval smart maintenance factories
- Author: Mr. Lee Seung-wook   		Introduction of BAE Systems autonomous boat technology and US naval remote-control antimine unmanned underwater vehicle (ROV), Archerfish
- Author: Mr. Lee Gang-min		 Maritime mobile fresh-water system design technology development
- Author: Mr. Choi Joon-seok		 Research on optimized sonobuoy arrangement with old US naval antisubmarine warfare tactics
- Author: Mr. Kim Woong-gi  
17:40~18:00 Research on how to develop wireless network of naval smart ship
- Author: Mr. Lee Soon-bok   		Sensor arrangement optimization case study on the basis of network models and game theories
- Author: Mr. Lee Jin-ho
June 21 (FRI) Location Session Room 1 Session Room 2 Session Room 3 Session Room 4 Session Room 5
Session #2 #102 Medium Classroom, Tonghae Building #111 Classroom, Tonghae Building #126 Medium Classroom, Tonghae Building #405 Medium Classroom, Academic Information Center #406 Large Classroom, Academic Information Center
Field Development of smart ship network Marine unmanned system (Closed) Battleship/submarine/air Mobility & underwater construction technologies Marine unmanned system
Senior person present (in a seated group) Prof. Hwang Jae-ryong Prof. Hong Soon-kook Prof. Kim So-yeon Cap. Yoon Seok-han Prof. Cho Hyeon-jin
09:30~09:50 Trend of integrated battleship network development & application
- Author: Mr. Hwang Jae-ryong		 Proposal for multi-hop wireless network structure between unmanned surface vehicles for their fleet operation
- Author: Mr. Won Byeong-jae		 Analysis of naval command and control system failures with the feature selection method
- Author: Choi Jun-hyeong   		Underwater abnormal object detection and evasion applications using 3D sonar
- Author: Mr. Jerome 		Sonar detection performance effectiveness analysis and research methods for antisubmarine-operation UUV
- Author: Mr. Cho Hyeon-jin
09:50~10:10 Future development of battlefield visualization capability of future battleships on the basis of deep learning and augmented reality
- Author: Mr. Kim Ji-hong   		Research on unmanned surface vehicle operation method and platform configuration for close cooperative operation performance with manned platforms (battleship/submarine/helicopter)
- Author: Mr. Ryu Jae-kwan		 Research on considerations for integrated battleship design with integrated mast
- Author: Mr. Kang Chi-young   		Marine defense applications using compact autonomous unmanned underwater vehicle
- Author: Mr. Ian Estaphan Owen		 Research on operation, control, and autonomous control design and simulation of Unmanned Surface Vehicle (USV) which is based on Robot Operation System (ROS)
- Author: Mr. Kim Tae-hyeong  
10:10~10:30 Research on internal communication system integration for new-generation battleships
- Author: Mr. Cho Yong-jun  		Research on precise underwater monitoring and reconnaissance through collaboration between a unmanned surface vehicle and underwater platform
- Author: Mr. Lee Jun-sik 		Estimation of required antiship guided missile maintenance on the basis of field data
- Author: Mr. Choi Yeong-jae   		Mine detection and removal using underwater robots
- Author: Mr. Ryu Seung-cheol   		Research on development of unmanned underwater vehicle navigation test fixture for docking
- Author: Mr. Lee Han-sol  
10:30~10:50 Proposal for future development of wireless network system of smart ship
- Author: Mr. Kim Bu-geon   		Research on water diffusion characteristics of highly seaworthy unmanned surface vehicle structure
- Author: Mr. Hong Soon-kook   		Research on test and certification systems and static stress distribution of rescue hatches of submarine
- Author: Mr. Kim Dong-hoon   		Marine structure maintenance plan using sensors
- Author: Mr. Lee Heung-soo   		How to develop mine countermeasures force of Korea Navy with UUV
- Author: Mr. Cho Seong-jin  
10:50~11:10 Understanding of LTE-M
- Author: KT		 Analysis of balloon platform operability in the stratosphere considering wind and geographical environment
- Author: Mr. Kang Jeong-pyo 		Antisubmarine warfare applicability experiment result of unmanned marine robots & future development
- Author: Mr. Han Seong-ho
11:10~11:30 GE Power Conversion, Experience in supplying and testing electric propulsion system of advanced naval battleships for about 100 years
- Author: Mr. Shin Jae-bong
June 21 (FRI) Location Session Room 1 Session Room 2 Session Room 3 Session Room 4 Session Room 5
Session #3 #102 Medium Classroom, Tonghae Building #111 Classroom, Tonghae Building #111 Classroom, Tonghae Building #405 Medium Classroom, Academic Information Center #406 Large Classroom, Academic Information Center
Field 5G-based ICT conversion platform History/strategy/international relations Weapon systems with new technologies Mobility & underwater construction technologies Maritime law
Senior person present (in a seated group) Prof. Han Min-seok Prof. Kim Jae-hwa Prof. Jeong Seok-moon Cap. Yoon Seok-han Hosted by The Korea Institute of Maritime Law
14:00~14:20 Development of semiconductor convergence component mounting technology base
- - Author: Mr. Kim Hyeon-ho		 Consideration of applicability of wartime humanitarian law to unmanned battleships
- Author: Mr. Lee Seung-cheol   		Introduction of UK Navy AR applications and automatic 5" naval gun stoker
- Author: Mr. Lee Gang-min 		Description and utilization of eject pump
- Author: Mr. Kim Il-ju 		Analysis and implication of recent important IMO issues regarding autonomous navigation ships
- Author: Mr. Jeon Hae-dong
Compensation issues in relation to autonomous navigation ships
- Author: Mr. Lee Jeong-won
Legislation according to shipbuilding and shipping technology transfer, and weapon dependency of navy
- Author: Mr. Lim Yo-joon; Mr. Kim Gi-tae
Necessity of human rights education for sailors and plan
- Author: Mr. Jin Ho-hyeon
Development process and implication of overseas precedents about ship patent right restrictions
- Author: Mr. Bae Seong-bin
14:20~14:40 5G: A simulation vision, A world of simulation opportunity
- Author: Mr. Gong Ki-hyeon		 Future development of naval force with unmanned weapon system
- Author: Mr. Yang Jin-ho   		Development of underwater closed fuel cell
- Author: Mr. Kwak Dae-yeon   		How to use construction 3D printers in defense area
- Author: Mr. Shin Dong-won
14:40~15:00 Design and implementation of fine particles sensing and precise correction system
- Author: Mr. Cho Hyeon-tae		 How to build future naval force through postmodern takeoff of navy
- Author: Mr. Kim Tae-ho   		How to develop systematic high-tech security system for naval bases
- Author: Mr. Jeong Yang-goo 		Rapid deployable shelter - Applications of US military
- Author: Mr. Kim Tae-hoon
15:00~15:20 Remote wireless charging technology for supplying sensor power and HPA package technology for 5G
- Author: Mr. Lee Gyeong-hak 		Development of next-generation small and medium air independent propulsion system
- Author: Mr. Lee Jeong-moo		 Design and installation of floating dock
- Author: Mr. Kang Hyo-dong
15:20~15:40 Technical consideration of 5G applicability in marine communication environment
- Author: Mr. Han Min-seok   		How to apply life cycle management plan in weapon system acquisition and operation and maintenance stages of ROK military
- Author: Mr. Jeong Jin-eun  
15:40~16:00 Military application of a private smart new material, piezoelectric single crystal
- Author: Mr. Lee Sang-goo  

International New Technology Forum

Topic

The International New Technology Forum will be the first opportunity for ROK Navy to discuss how to apply new technologies in order to build the Smart Navy. With the 4th Industrial Revolution, the marine defense industry is developing new technologies and new products based on them. Korean and foreign great scholars, foreign military members in Korea, and representatives of defense businesses will discuss today and tomorrow of marine defense technology as panels.

  • Hosted by

    - Changwon City Government and Republic of Korea Naval Academy

  • Organized by

    - Changwon Industry Promotion Agency

  • When

    - June 20. 2019
    13:00 ~ 14:30

  • Where

    - Woongpo Auditorium, Republic of Korea Naval Academy

  • Title

    - Application of New Technology of Navy for Improved Maritime and Naval Power of Korea

  • Panel

    - - Korean and overseas great scholars and defense technology experts (6 people)
    * Host : Mr. Hong Soon-kook, Commander

  • Audience

    - VIP, overseas military members in Korea, defense industry/military officials, cadets, and others

  • Program

    - Part 1 (1 hr) : 5 to 6 Q&As (The host gives questions → Panels give answers in order)
    - Part 2 (30 min) : Closing remarks by the expert panel (Time : 4-5 min/person)
    * Simultaneous interpretation and receivers to be provided

Participants

Mr. Seong Woo-je (Seoul National University)

  • - Professor of Shipbuilding and Ocean Engineering, Seoul National University
  • - Ph.D. degree in Ocean Engineering from Massachusetts Institute of Technology
  • - Underwater acoustics expert
성우제교수

Mr. Mark Buffum (U.S. Naval Research Laboratory)

  • - Science and technology advisor, U.S. Naval Research Laboratory
  • - Master's degree in Aeronautical Engineering from Embry-Riddle Aeronautical University
  • - Air weapon expert
Mr. Mark Buffum (미 해군연구소)

Mr. Yoon Young-joong (Yonsei University)

  • - Professor of Electric and Electronic Engineering, Yonsei University
  • - Professor of Electric and Electronic Engineering, Yonsei University
  • - Electromagnetic wave expert
윤영중 교수(연세대)

Dr. Jerry Lopez (G.E Aviation)

  • - Lead technology R&anp;D research from GE
  • - Ph.D. degree in Electronic Engineering from University of Wisconsin
  • - Safe autonomous navigation expert
Dr. Jerry Lopez (G.E Aviation)

Mr. Moon In-cheol (KAIST)

  • - Professor of Industrial System Engineering, KAIST
  • - Ph.D. degree in Computer Science from Carnegie Mellon University
  • - Industrial engineering and military command and control analysis expert
문인철 교수(KAIST)

Mr. Park Dong-seon, Admiral

  • - Deputy chief of staff for informatization planning, Navy Headquarters
  • - Chairman of New Technology Policy Development TF
  • - Smart navy expert
Dr. Jerry Lopez (G.E Aviation)

Young Generation Poster Seminar

Topic

This is a poster seminar to suggest applications of new technologies for the Smart Navy. It will be an opportunity for the cadets of Republic of Korea Naval Academy and students of defense industry related departments, who will lead the future of marine defense industry, to share their ideas on policies and applications of new technologies of marine defense industry and how to lead the industry in the future.

  • Hosted by

    - Changwon City Government and Republic of Korea Naval Academy

  • Organized by

    - Changwon Industry Promotion Agency

  • When

    - June 21. 2019
    (1) 11:00-12:00
    (2) 15:30-16:30

  • Where

    - Lobby, 4th Fl. Academic Information Center

  • Title

    - New Technology Idea, Applicable Concept, and Naval Operation for Smart Navy

  • Assessment Method

    - To be assessed and awarded by professors of Republic of Korea Naval Academy, and external researchers

Young Generation Poster Presentation Program

Unmanned underwater vehicle for mine detection and identification probabilities Research on effectiveness analysis of installed sonar Research on AI development program of Department of Defense, France for command, communication, and control, and applicability to ROK Navy
Mr. Kim Jong-hyeon; Mr. Jeong Jun-ki (Republic of Korea Naval Academy) Mr. Song Ye-jun; Mr. Park Seong-bin; and Mr. Kim Dae-hwan (Republic of Korea Naval Academy)
Edge computing system design to preserve engine foresight considering event occurrence interval of cloud computing based battleship Research on future naval technologies - With weapon and battleship operation systems
Mr. Kim Jong-hyeon; Mr. Lee Won-jae (Republic of Korea Naval Academy) Mr. Ji Hoon; Mr. Kim Min-seong; and Mr. Choi Geon-ho (Republic of Korea Naval Academy)
Multifunctional smartwatch using IOT technology, Watchavy How to apply IoT technology to battleships
Mr. Jeon Jong-hyeok; Ms. Kim Na-young (Republic of Korea Naval Academy) Mr. Jeon Jong-hyeok; Ms. Kim Na-young (Republic of Korea Naval Academy)
How to apply meta materials to improve hiddenness and to control acoustic signals of submarine Arduino-based emergency submarine distress signal transmission system
Mr. Choi Jeong-woo; Mr. Kim Yoon-gyeom; and Mr. Park Jong-kwan (Republic of Korea Naval Academy) Mr. Moon Seong-min; Mr. Bang Seong-yoon; and Mr. Yoon Seong-pil (Republic of Korea Naval Academy)
Biomimetic mine removal Research on stability control when installing a gangway port using sensors
Mr. Kim Sang-hyeon; Mr. Jeong Se-dong; and Mr. Hong Seok-beom (Republic of Korea Naval Academy) Mr. Kim Sang-hyeop; Mr. Kim Ju-hyeon; and Mr. Kim Chang-gyeong (Republic of Korea Naval Academy)
How to address reduced naval power due to reduced population - With CPS Cost-benefit analysis of introducing light carrier and number of amphibious assault ships for Korea
Mr. Choi Woong-bi; Mr. Lee Sang-moon (Republic of Korea Naval Academy) Mr. Park Gui-hyeon; Mr. Lee Choong-hwan; and Mr. Lee Tae-hyeon (Republic of Korea Naval Academy)
Unmanned Navy Patrol System Using Bio-energy Operation background and scenario of unmanned semisubmergible craft
Mr. Yoon Geon-seok; Mr Lee Seok-je (Republic of Korea Naval Academy) Mr. Kim Jong-min; Mr. Park Gi-hyeon; and Mr. Lee Seok-je (Republic of Korea Naval Academy)
'NAVR' (Improved education and training efficiency through AR and VR for navy) How to build future battlefield using drones
Mr. Lee Chae-yoon; Mr. Cho Hee-woon; and Mr. Kim Dong-kyu (Republic of Korea Naval Academy) Mr. Go Ho-joon; Mr. Seo Ji-ho; and Mr. Cho Yong-joon (Republic of Korea Naval Academy)
Radar with hologram chart which refreshes information in real time Augmented reality based gas mask
Mr. Cho Min-je; Mr. Kim Chan-sol; and Mr. Hwang Ji-hwan (Republic of Korea Naval Academy) Mr. Seo Dong-hyeok; Mr. Bong Ye-chan; and Mr. Kim Dong-wook (Republic of Korea Naval Academy)
Applicable AI technologies for naval operations Proposal for naval network system improvement and development
Mr. Ha Heon-seok; Mr. Bae Jeong-woo; and Mr. Cho Hyo-yeon (Republic of Korea Naval Academy) Mr. Park Jong-hyeok; Mr. An Sang-joon; and Mr. Huh Seong-hoe (Republic of Korea Naval Academy)