Research lab
Communication&Signal Processing
Digital communication laboratory
Ext. 6266
Person in charge: Ching-Hsiang Tseng
Field: Communication and Signal Processing
Research areas: nonlinear signal processing, nonlinear system identification, high-order statistical signal processing, software-defined radio, attitude recognition technology, underwater acoustic wave communication, inkjet printing technology.
Location: EE2-513
Lab Introduction: RF signal generator, spectrum analyzer, arbitrary function generator, colorimeter, multi-channel data logger,
Digital signal processor development system, FPGA development system.
Underwater communication laboratory
Location: EE1-105
Person in charge: Ching-Hsiang Tseng
Field: Communication and Signal Processing
Research areas: nonlinear signal processing, nonlinear system identification, high-order statistical signal processing, software-defined radio, attitude recognition technology, underwater acoustic wave communication, inkjet printing technology.
Laboratory equipment: RF signal generator, spectrum analyzer, arbitrary function generator, colorimeter, multi-channel data logger, digital signal processor development system, FPGA development system.
Communication System Chip Design Lab
Location: EE1-616
Ext. 6240
Person in charge: Chin-Feng Lin
Field: Communication and Signal Processing
Lab Introduction: The Mobile Medical Information Laboratory is conducted by Assoc. Professor Lin Jinfeng from the Department of Electrical Engineering. It was established in the August of 1993 and formerly known as the Communication System Wafer Design Laboratory. The research focuses on wireless multimedia communication, low-power communication, baseband chip design and wafer. More recently, our research focus has directed toward the field of mobile medical information and biomedical signal processing (chaotic encryption and Hilbert Huangsheng Medical Signal Time and Frequency), subsequently the Lab was changed to Mobile Medical Information Laboratory in the October of 1999.
Laboratory equipment: two PXA300 embedded platforms, one microprocessor development system, one audio-visual communication transmission platform, one audio-visual communication receiving platform, one microcomputer sensing experimental device, one multifunctional physiological measuring device, and an electrocardiogram One machine, one ECG signal generator, two RF modulators, one set of time-frequency analysis development software, one set of signal analysis software, multiple PCs, and one laser printer
Wireless communication laboratory
Field: Communication and Signal Processing
Location: EE2-420
Ext. 6227
Person in charge: Hoang-Yang Lu
Related association
Control
Nonlinear control laboratory
Location: EE2-413
Ext.6256
Person in charge: Chih-Yung Cheng
Field: Control
Laboratory Introduction: The Nonlinear Control Laboratory was established in the Department of Electrical Engineering of the National Taiwan Ocean University. The main research areas are robust and nonlinear control, and the related theories apply to the control of computer peripheral systems and robots.
Robust control laboratory
Location: EE2-415
Ext. 6222
Person in charge: Chee-Fai Yung
Field: Control
Network control laboratory
Location: EE2-617
Ext.6272
Person in charge: Jenq-Lang Wu
Field: Control
Lab Introduction: This lab focuses on the design of network controllers for multi-packet transmission, network controller design with low data throughput, and wireless network control systems.
At present, the main research directions are divided into:
(1) Network control system
(2) Simultaneous control of nonlinear systems
(3) Switching control system
(4) Maglev system
Laboratory equipment: personal computer, DC brushless motor control module, DC power supply, digital signal processing DSP Starter Kit (including wafer foot), six-five 18-way spider robot, oscilloscope, electromagnetic wave detector, Gauss Table, sheet metal bending machine eddy current displacement meter, data acquisition module, signal generator, embedded controller, linear actuator, IC burner cylindrical voice coil motor module, ultrasonic monitoring module System PTZ, data capture card
Laboratory equipment: motor control module, DSP, Zigbee communication module, personal computer, circuit board engraving machine, high speed camera, FPGA, Android smart phone, two-wheel differential mobile platform, four-axis aircraft, BIOLOID robot.
Multiple Learning Control laboratory
Location: EE2-411
Ext. 6245
Person in charge: Ming-Li Chiang
Field: Control
Information Technology
Embedded and automated lab
Location: EE1-501
Ext. 6228
Person in charge: Mu-Der Jeng
Field: Information Technology
Lab Introduction: The embedded system market has become one of the key development industries in the country. It is driven by consumer electronics and network communication products and in recent years has developed rapidly and has a wide range of applications, including smart phones, satellite navigation systems, mobile multimedia systems, e-books, digital cameras, Game machines, mobile medical instruments and small robots. The embedded operating systems play a key role in reducing power consumption, improving efficiency and supporting hardware, and are an important part of system design. It is the main goal of this lab. to cultivate talents with practical capability, innovative design and integration of software and hardware in the embedded operating system.
SoftComputing Lab
Location: EE1-503
Ext. 6229
Person in charge: Wang Jung-Hua
Related association
Field: Information Technology
Established in 1992, originally known as “Neural Networks Lab” and in 1999 adopted the current name. Software computing is an emerging approach to computing which parallels the remarkable ability of the human mind to reason and learn in an environment of uncertainty and imprecision. (Several well-known techniques are: Neural Networks, Fuzzy Theory, Genetic Algorithms). Image processing deals with the improvement of pictorial information for human interpretation, and processing of scene data for autonomous machine perception. Pattern recognition — the act of taking in raw data and making an action based on the “category” of the pattern — has been Crucial for our survival, and over the past tens of millions of years we have evolved highly sophisticated neural and cognitive systems for such tasks. SCIP stands for Soft Computing and Image Processing.
Soft computing is an emerging approach to computing which parallels the remarkable ability of the human mind to reason and learn in an environment of uncertainty and imprecision. (Several well-known techniques are: Neural Networks, Fuzzy Theory, Genetic Algorithms).Image processing deals with the improvement of pictorial information for human interpretation, and processing of scene data for autonomous machine perception.Pattern recognition — the act of taking in raw data and making an action based on the “category” of the pattern — has been crucial for our survival, and over the past tens of millions of years we have evolved highly sophisticated neural and cognitive systems for such tasks.SCIP stands for Soft Computing and Image Processing.Established in 1992, originally known as “Neural Networks Lab”.In 1999 changed to its current name.)
AI Laboratory (Departmental AI Research Center)
Location: EE2-613
Ext.: 6229
Lab Introduction: AI (Artificial intelligence) is mainly researching how to use the functions of computers to perform tasks that must be performed by humans. To put it simply, the process of human intelligenceis carried out by computing machines that are trained to act similar to human beings. The machine has the ability to learn, reason, make decisions and handle natural language processing.
Equipment: 12 high-performance GPU computers and NAS data server
Person in charge: Jung-Hua Wang
Smart Life Technology Lab
Location: EE1-505
Ext.: 6206
Field: Information Technology
Lab Introduction: Combining technologies such as Artificial Intelligence (AI), Computer Vision, and Internet of Things (IoT) to create automated systems to solve real-life problems. Research goal: Using computer vision and IoT sensing technology to collect the required information,in conjunction with the mechanism of self-learning of artificial intelligence algorithms, to provide automated solutions for various problems
Person in charge: Donglin Lee
Solid State Electronics
Lithography Laboratory
Location: EE1-106
Ext. 6248
Person in charge: Wen-Shiung Lour
Field: Solid State Electronics
Introduction to the laboratory: Emphasis on the experimental class to strengthen students’ ability to execute practical implementation. Through participating in research projects, the students may learn how to conceive, analyze, judge, design, simulate and other steps to cultivate independent thinking, research planning and innovative design. Basic knowledge, experimental ability, ability to innovate thinking for intensive training.
Laboratory short-term goals: the laboratory hopes to focus on practical, research and teaching, so that students can acquire the skills and expertise of current and future electrical-related industry needs.
laboratory long-term goal: to cultivate professional talents with international vision, and hopes to cooperate with the needs of national economic development and industrial construction to cultivate international competitiveness.
Laboratory equipment: high temperature crystal growth furnace, electrodeless plating system, semiconductor analyzer, electrochemical analyzer, temperature control hydrogen measurement system, thermal evaporation machine, IV measuring instrument, exposure machine, spin coating machine, etching station, Soft and hard ovens.
Underwater technology laboratory
Field: Solid State Electronics
Location: EE1-107
Ext. 6223
Person in charge: Chung-Cheng Chang
Nano-micro-integrated sensing component laboratory
Person in charge: Chung-Cheng Chang
Related association
Field: Solid State Electronics
Location: EE1-304
Ext.6223
Semiconductor laboratory
Location: EE2-517
Extension: 6265
Person in charge: Wen-Shiung Lour
Field: Solid State Electronics
Introduction to the laboratory: Emphasis on the experimental class to strengthen students’ ability to do practically. Students hope to participate in research projects, learn how to conceive, analyze, judge, design, simulate and other steps to cultivate independent thinking, research planning and innovative design. Basic knowledge, experimental ability, ability to innovate thinking for intensive training, laboratory short-term goals, the laboratory hopes to focus on practical, research and teaching, so that students can acquire the skills and expertise of current and future motor-related industry needs, experiment With the long-term goal of the laboratory, the laboratory aims to cultivate professional talents with international vision, and hopes to cooperate with the needs of national economic development and industrial construction to cultivate international competitiveness.
Laboratory equipment: high temperature crystal growth furnace, electrodeless plating system, semiconductor analyzer, electrochemical analyzer, temperature control hydrogen measurement system, hot evaporation machine, IV measuring instrument, exposure machine, spin coating machine, etching table, soft oven, hard oven.
Forward Components and Systems Laboratory
Location: EE1-602
Extension: 6216
Person in charge: Shih-Wei Tan
Field: Solid State Electronics
Radio waves
Electromagnetic laboratory
Field: Radio waves
Location: EE2-416
Extension: 6238
Person in charge: J. H. Lin
Lab Introduction: This lab is designed to study electromagnetic phenomena and develop fast and accurate algorithms to handle many extremely complex electromagnetic problems with computers. Electromagnetic simulation (EM Simulations) plays an important role in many fields, such as electromagnetic phenomena of microwave integrated circuits (MICs), remote sensing (Remote Sensing), electromagnetic interference (EMI), and radar cross-sectional area (RCS, Radar Cross). -Section) analysis, antenna design and application, microwave imaging and ultrasonic imaging, etc. The research field of this laboratory: Inverse Scattering, Integral Equation, Finite Difference Method, Fast Algorithms, Parallel Processing.
The characteristics of this laboratory: Before developing an effective algorithm, we must fully understand the characteristics of the electromagnetic problem to be solved, and need relevant knowledge such as electromagnetics, physics, mathematics, programming language, etc., in order to solve the problem smoothly.
Microwave telemetry laboratory
Field: Radio waves
Location: EE2-615
Ext. 6263
Person in charge: Tzong-Dar Wu
Millimeter wave antenna design laboratory
Field: Radio waves
Location: EE2-417
Ext. 6222
Person in charge: Li-Chi Chang
Millimeter wave integrated circuit laboratory
Field: Radio waves
Location: EE2-314
Ext. 6267
Person in charge: Wen-Jie Lin
Electric power
Power service laboratory
Field: Electric power
Location: EE1-620
Ext. 6269
Person in charge: Tai-Ken Lu
Application control laboratory
Research area: Power
Location: EE2-307
Ext. 6247
Person in charge: Cheng-Kai Lin
Smat Energy laboratory
Research area: Power
Location: EE2-515
Ext. 6258
Person in charge: Yu-Shan Cheng