Information Security Laboratory(ES602)

Research Direction

• Open key cryptosystem
• Digital Signature Technology
• Data hiding
• Cyber security
• Watermark
• Cloud security
• IoT security

With “information security” as the research direction, the laboratory develops technologies such as cryptography, data hiding, cloud security, dynamic and static analysis of malicious programs, iOS system security, Internet of Things security, APP vulnerability analysis and detection, etc.

Mobile Computing and Wireless Network Laboratory(EB209)

Research Direction

• 5G mobile network virtualization
•  Latest generation of mobile communication
• Internet of Vehicles, IoV
• Self–driving
• Active Safe Driving Technology
• Cloud Computing
• Cloud Programming
• Cloud Application Service

5G/LTE-A Pro/LTE-A cooperation, small cell base station, relay communication in cloud computing. 3-Tier Cloud-based Active Safety Driving in unmanned self-driving cars and Drone IoT systems. Global cloud virtual resource management and SDN/NFV in the cloud data center VM loading and dynamic cloud network loading control and cloud End-to-End Congestion control. Cooperative-based Communications and Handoff of 5G/LTE-A Pro heterogeneous wireless network HeNet

Broadband Radio and Audio and Speech Processing Laboratory(EB210)

Research Direction

• Audio Signal Processing
• Speaker recognition
• Speech synthesis
• Natural language processing
• Wireless Mobile Broadband Access System

This laboratory takes speech/natural language processing and next-generation broadband wireless communication systems as long-term research and development goals. As everyone knows, artificial intelligence (AI) is accelerating the change of global industry, economic and social life development patterns, and has become the focus of the development of major industries. The research team in this laboratory is committed to developing AI technology for voice assistants and broadband wireless communication systems. Among the many AI applications, it is obvious that AI has opened the door to innovation for the application of smart homes. Among them, the application of voice/natural language technology is the most popular, because voice dialogue is the most intuitive and interactive way between man and machine. Therefore, we develop AI voice assistant systems and related broadband wireless transmission algorithms based on the application of smart homes.

Cybersecurity R&D Laboratory(ES602)

Research Direction

• Zero Trust Network Acces
• Industrial Control System Security Protection
• Artificial Intelligence Security Technologies

Non-Terrestrial Networks & Computing Laboratory(ES712)

Research Direction

• Non Terrestrial Network
• 6th Generation Mobile Networks
• Edge & Fog Computing, Satellite Communication
• Communication and Computing for Drones
• Trustworthy Artificial Intelligence

Data Analytics and Computational Intelligence Laboratory(ES712)

Research Direction

• Data Mining
• Design of Pattern Mining Algorithms
• Applied Machine Learning

The research of this laboratory focuses on the development of data analysis and computational intelligence, including big data analysis, natural language processing, image, video, and audio processing, social network exploration, HADOOP cluster system, CUDA platform and other technologies. Application, training students’ independent learning and research ability, and training talents needed by enterprises.

Medical Image Processing Laboratory(EB202)

Research Direction

• Medical image processing and analysis
• Face recognition and expression analysis
• Emotion detection and adjustment
• Digital copyright protection

The research in this laboratory focuses on training students to understand the imaging principles of medical images, analyze the images, and combine neural network technology in the development of medical image processing, image capture, image watermarking and wafer inspection systems. To equip students with relevant technical skills in applied neural networks and image processing.

Hyperspectral Signal and Image Processing Laboratory(EB206)

Research Direction

• Hyperspectral image processing
• Medical image processing
• Physiological signal analysis
• Artificial intelligence
• Intelligent recognition
• 4.0 Agriculture 4.0
• 4.0 Industry 4.0 

HSIPL is dedicated to design and develop algorithms for multi/hyperspectral, medical and satellite images, specifically for image classification, endmember finding and target detection. In particular, we have wide interests in various research topics for multi/hyperspectral applications.

Multimedia Technology and Application Laboratory(EB112)

Research Direction

• Natural Language
• Image Processing
• AIOT

Data Knowledge Engineering Laboratory(EB112)

Research Direction

• Learning based Layout Design
• Medical Data Mining
• Theoretical Computer Science

Embedded Network System Laboratory(ES711)

Research Direction

• Sensing network and routing
• Indoor Positioning
• Intelligent manufacturing and robot control

This laboratory is mainly focused on “computer network” and “embedded system”, combined with machine learning and optimization technology to develop IoT-related application systems, including sensor deployment and application for indoor positioning, and smart manufacturing Real-time system design, automatic lawn mower combined with routing/obstacle avoidance, robot self-propelled control, etc. Cooperate with the implementation of relevant industry-university cooperation, and train students to have practical and teamwork system integration design talents.

Embedded Intelligent System Laboratory(EB209)

Research Direction

• PC/PLC system integration
• Robot path planning
• Machine vision
• Artificial intelligence
• 3D object recognition

The main goal of this laboratory is to develop intelligent production lines combining computer vision, PC and PLC integrated system design technology, supplemented by the needs of industry practice, to train students to become talents with software and hardware system integration. Our researches are mainly focused on PC/PLC integrated system, robot path planning, 3D vision, mobile device program development, real-time service, etc., integrating robots and smart systems to enable machine vision, artificial intelligence and other functions to achieve the smart production line aims.

Embedded Operating System Laboratory(EB210)

Research Direction

• software design on embedded multi–core system
• Real–time operating system design
• Wireless sensing network application

Based on the “embedded operating system”, the laboratory develops embedded systems and related applications of the Internet of Things (IoT), including indoor positioning tracking and guidance systems, health care and management systems, intelligent disaster prevention Internet applications, etc., and actively cooperates with the industry. At the same time, students are encouraged to participate in competitions and paper publications to cultivate talents with practical ability, innovation and entrepreneurship.

E-Health Informatics & System Laboratory(EB201)

Research Direction

• EKG and gait signal analysis
• eHealth Information
• Wearable computing
• Computer network
• Embedded System Design

The main focus of the laboratory’s academic research is “wearable computing”, and the applications include: medical physiology (including ECG/PPG/body activity) signal acquisition and analysis, rapid disease screening, health promotion and other technologies. Through academic joint research with neighboring medical institutions, we have accumulated gait analysis, ECG/PPG signal analysis, reconstruction technology research, neuroscience research and other fields of telecommunications medical engineering technology foundation, providing the university department and research institute of our department Students can connect to the learning platform of medical practice.

Intelligent Multimedia Network & Embedded System Laboratory(EB207)

Research Direction

• AIoT(AI+IoT)/MIoT(Multimedia +IoT)
• Edge/Fog computing, AI security
• Network security & Blockchain
• ROS Intelligent Robotics