01
Robotics & Autonomous Systems
Intelligent robots, autonomous navigation, perception, sensing, and robotic systems.
Research at ASL
Exploring the systemsthat sense, think, and act.
Research at Advanced System Lab connects intelligent algorithms, sensing, electronics, navigation, software, and human-centered systems to investigate challenging engineering problems.
Research philosophy
Strong research begins with good questions and grows through experimentation, engineering, and evidence.
We approach research as a process of understanding, building, testing, validating, and contributing useful knowledge.
Our direction
Our work sits at the intersection of intelligent computation, sensing, positioning, perception, embedded technology, and human activity.
Rather than treating each discipline independently, we explore how different technologies can work together to understand and solve complex problems.
The result is a research environment where algorithms, sensors, software, hardware, and experiments inform one another.
Research areas
Six areas.
One connected research ecosystem.
Each area represents a distinct direction, but many of our research problems naturally connect multiple areas together.
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Artificial Intelligence
Machine learning, intelligent decision systems, prediction, classification, and automation.
03
Computer Vision
Visual perception, image understanding, tracking, recognition, and activity analysis.
04
GNSS & Navigation
Precise positioning, RTK, sensor fusion, localization, and navigation technologies.
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IoT & Embedded Systems
Connected sensing, intelligent hardware, embedded platforms, and edge systems.
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Human Activity Recognition
Activity recognition, fall detection, and intelligent human-centered sensing.
Cross-disciplinary research
The most interesting problems often live between traditional research boundaries.
Robotics may depend on computer vision. Navigation may require sensor fusion and artificial intelligence. Human activity recognition may combine vision, sensing, embedded systems, and machine learning.
Connected thinking
Research areas are not isolated boxes.
We encourage research that brings together methods, sensing technologies, algorithms, and engineering platforms when the problem demands it.
This allows the lab to approach complex systems from multiple technical perspectives rather than forcing a problem into a single discipline.
Research approach
From curiosity to contribution.
Our research process emphasizes understanding, experimentation, engineering, validation, and clear documentation.
01
Question
Identify meaningful research problems with scientific and engineering relevance.
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Explore
Study existing methods, technologies, data, and possible technical approaches.
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Engineer
Develop algorithms, prototypes, datasets, sensing systems, and experimental platforms.
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Validate
Evaluate ideas through experiments, measurements, comparison, and real-world testing.
05
Share
Document findings through publications, datasets, projects, and research outputs.
Beyond investigation
Research should create something others can use, examine, or build upon.
Our research connects naturally with the laboratory's projects, publications, datasets, prototypes, and technical experiments.
Projects
See how our research directions become experiments, prototypes, and engineering systems.
Explore projects→
Publications
Browse the scientific outputs, papers, and research contributions produced by the lab.
View publications→
People
Meet the researchers and contributors working across the laboratory's research areas.
Meet the researchers→
Research at ASL-JKKNIU
Ask better questions.
Build better experiments.
Create useful knowledge.
Explore the projects, publications, and people that bring these research directions to life.