Junsheng Wang, Dalian Maritime University, China
Junsheng Wang, Professor and Doctoral Supervisor at Dalian
Maritime University. He serves as the Director of the Key
Laboratory of Marine Sensing and Intelligent Detection
Technology in Liaoning Province, a member of the university's
Academic Committee, and the Chair of the Department of
Optoelectronic Information Science and Engineering. Professor
Wang has been selected as a leading young and middle-aged talent
in the transportation industry, a leading talent in scientific
and technological innovation under the "Xingliao Talent Program"
in Liaoning Province, and has been among the first batch of
young top-notch talents under this program. Additionally, he has
been recognized as a top-tier talent in the "Hundred, Thousand
and Ten Thousand Talent Project" of Liaoning Province.
With a long-standing dedication to the development of sensing
technology and equipment for marine environments, ship, and port
applications, Professor Wang has published over 120 academic
papers. He holds 34 national invention patents in China and one
Japanese patent. He has led 33 research projects, including key
national research projects and National Natural Science
Foundation projects. His contributions have been recognized with
numerous awards, including the First Prize for Technological
Invention in Liaoning Province, the First Prize for
Technological Invention from the China Institute of Navigation,
the First Prize for Marine Engineering Science and Technology,
the Innovation Team Award from the Chinese Society of Naval
Architecture and Marine Engineering (as team leader), the
Outstanding Contribution Award for Maritime Science and
Technology in China, the Second Prize for Scientific and
Technological Progress from the Chinese Society for Measurement,
and the China Patent Award, bringing his total to 17 prestigious
accolades.
Speech title "LOC-based Intelligent Detection Technology
for Coastal Ecology and Pollution"
Abstract-In the increasingly urgent context of coastal
ecosystem preservation, effective monitoring of offshore
microorganisms and pollutants is critical. This presentation
introduces a pioneering approach utilizing lab-on-a-chip (LOC)
technology for the intelligent detection and analysis of coastal
ecology and pollution. This research focuses on microfluidic
chip technology to enable the real-time detection of various
microorganisms and pollutants directly in the marine
environment. These microfluidic chips miniaturize and integrate
several laboratory processes, resulting in a highly sensitive,
efficient, and portable detection system. Paired with advanced
artificial intelligence (AI) methodologies, the collected data
from LOC devices is processed to provide comprehensive analysis
and predictive insights. AI algorithms analyze patterns and
trends in real-time, facilitating early warning systems that can
preempt potential ecological disruptions and inform timely
intervention strategies.