Keynote Speeches
Keynote Speech 1
Danger of Digital Crime and the Response with ICT
Kwang-ho Jang
SuperIntendent , National Police Agency, Korea
Abstract
In Korea, the crime phenomenon is rapidly becoming digitalized. It includes such as voice phishing, smishing, body cam phishing, internet fraud, romance scam, and digital sexual violence, etc. Technology converges on where desire and capital converge. The transition speed of crime converting to digital crime is faster than that of police responding to digital crime.
Digital crimes occur in Internet space. Their traits contain many victims, flexibility among methods, and the use of the latest technology. In addition to catching the criminal, the case of digital crimes should also deal with recovering communications, bank accounts, and Internet accounts. To sum up, the account itself must be protected. However, the current police measures are mainly focused on region patrol, and then investigation of crimes afterwards. To deal with the current trend of crime, the collaboration among telecommunications, financial public institutions, and private platform companies is crucial.
ICT must be adopted to respond to digital crime.
Linking and collaboration among police-public-private data is not easy. Data sharing, establishing standards, and role collaboration require complex decision-making and distribution of responsibilities. To deal with this, technology can contribute to solving these problems. AI and big data technology can find pre-processing data, analyzation, prediction, and crime clues.
Digital crimes occur in Internet space. Their traits contain many victims, flexibility among methods, and the use of the latest technology. In addition to catching the criminal, the case of digital crimes should also deal with recovering communications, bank accounts, and Internet accounts. To sum up, the account itself must be protected. However, the current police measures are mainly focused on region patrol, and then investigation of crimes afterwards. To deal with the current trend of crime, the collaboration among telecommunications, financial public institutions, and private platform companies is crucial.
ICT must be adopted to respond to digital crime.
Linking and collaboration among police-public-private data is not easy. Data sharing, establishing standards, and role collaboration require complex decision-making and distribution of responsibilities. To deal with this, technology can contribute to solving these problems. AI and big data technology can find pre-processing data, analyzation, prediction, and crime clues.
Biography
Director of Smart Policing Intelligence Center, 2018-Present
-Investigation Department, Investigation Planning Department, National Police Agency Investigation Department(2008~2010,)
- Financial Information Analysis Institute, Financial Services Commission, Analyst(2012~2013)
- Crime Analysis Officer, Crime Analysis Planning Section Chief, Forensic Investigation Management Office, National Police Agency(2016~2017)
- Ph.D., Public Administration, Myongji University, 2015
-Investigation Department, Investigation Planning Department, National Police Agency Investigation Department(2008~2010,)
- Financial Information Analysis Institute, Financial Services Commission, Analyst(2012~2013)
- Crime Analysis Officer, Crime Analysis Planning Section Chief, Forensic Investigation Management Office, National Police Agency(2016~2017)
- Ph.D., Public Administration, Myongji University, 2015
Keynote Speech 2
Evolution of AI-based O&M for Telecommunication Network
Dr. Seongbok Baik
KT, Korea
Abstract
In this talk, we categorize the evolutionary stages of communication network operation management systems into generations and examine the characteristics of each generation and the dynamics of transition between generations. Furthermore, we discuss how the introduction of artificial intelligence technology has reshaped the direction of evolution in operation management systems. We also provide conceptual requirements to prepare for the implementation of 6th generation operation management systems along the trajectory of evolutionary progress.
Biography
Seongbok Baik is a seasoned research scientist at the Network Infra R&D Laboratory of KT, a position he has held since 1995. He earned his Ph.D. from the Illinois Institute of Technology, and his research interests encompass a wide spectrum, including deep learning, network management, parallel processing, and human-computer interactions, covering the entire spectrum from theoretical concepts to practical design and implementation.
Notably, he holds the distinction of being the first to pioneer the use of AI technologies to enhance telco's OSS systems within his organization. Additionally, he has conducted research on fault management methods for non- blocking networks within computing cloud systems and has played a pivotal role in unifying large-scale network management systems
Notably, he holds the distinction of being the first to pioneer the use of AI technologies to enhance telco's OSS systems within his organization. Additionally, he has conducted research on fault management methods for non- blocking networks within computing cloud systems and has played a pivotal role in unifying large-scale network management systems
Keynote Speech 3
Digital technologies for smart agriculture
Dr. Seng-Kyoun Jo
Electronics and Telecommunication Research Institute (ETRI), Korea
Abstract
The world’s population is expected to increase by 2 billion persons in the next 30 years, from 7.7 billion currently to 9.7 billion in 2050. To provide all the people with enough food, agriculture is becoming the most crucial industry and accordingly, agricultural technology with the combination of ICT is evolving rapidly.
This talk introduces several digital technologies including digital twin, AI for future smart agriculture. In addition, we talk about use cases for digital twins for smart livestock farming in more detail.
This talk introduces several digital technologies including digital twin, AI for future smart agriculture. In addition, we talk about use cases for digital twins for smart livestock farming in more detail.
Biography
Dr. Jo is a director project leader of agriculture, animal and aquaculture intelligence center in ETRI. He had worked as Rapporteur for ITU-T SG13 leading in telecommunication network technology from June 2013 to September 2018. Currently, his research is mainly focused towards ICT convergence technology and service in agriculture and aquaculture industries.
Dr. Jo achieved his Ph.D. degree in computer science at the Technische Universität Darmstadt in Germany. He also got his master degree in electronics & information engineering at KAIST in Korea (Republic of ).
Dr. Jo achieved his Ph.D. degree in computer science at the Technische Universität Darmstadt in Germany. He also got his master degree in electronics & information engineering at KAIST in Korea (Republic of ).
Keynote Speech 4
Collaborative Researches in UCSY
Professor Khin Mar Soe
University of Computer Studies, Yangon, Myanmar
Abstract
University of Computer Studies, Yangon (UCSY) is CSY is to conduct teaching and research in various branches of computer science, computer technology, and information technology. In order to become a university that nurtures the computer professionals in keeping with ethics and continuous learning of up-to-date computer subjects, we need the international collaborations in various research areas. This keynote will share the collaborated researches carrying out in UCSY and invite the future collaborations through this conference.
Biography
Khin Mar Soe received a B.C.Sc. Honour degree in Computer Science in 2000, M.C.Sc. degree in Computer Science in 2002, and Ph.D. degree in Information Technology in 2005 from University of Computer Studies, Yangon (UCSY), Myanmar. She worked for UCSY starting from 2001 till present. Currently she is working as a professor and head of Faculty of Computer Science, in charge of International Relations Department.