Busan, South Korea

Pukyong National University

www.pknu.ac.kr/index.do
Busan, South Korea

Pukyong National University is a national university located in Busan, South Korea. The 2nd largest city of Korea, which is the location of Busan Port, Gwangan Grand Bridge, Haeundae Beach, Oruk Islet, and Jagalchi. The university has two campuses - Daeyeon-dong and Yongdang-dong. These campuses are situated near coastal district of Nam-gu. The location itself suggests that Pukyong University has a strong traditional focus on fisheries science and other maritime fields. The University has excellent facilities for Marine and Technology studies.The University has been taking the lead in the marine products industry since the initiation of deep-sea fisheries in Korea, on the basis of scientific achievements in the study of oceanography with the object of making the best use of present marine resources while maintaining a rich repository of natural resources for the future. Pukyong National University has one of the highest graduate employment rates among national universities in Korea. Furthermore, Pukyong has cultivated 170,000 top-notch graduates who currently make invaluable contributions to national industries and to the prosperity of the world.Recently the University has established new departments of international affairs and information engineering. Faculty members have published numerous intellectual research papers in academic journals to meet the needs of national and regional developments in present-day Korean society.Pukyong National University is an active and creative national university which was formed in 1996 from the merger of two national universities with long histories, the National Fisheries University of Busan which was established in 1941 and the Busan National University of Technology which was established in 1924. It serves as an exemplary university, standing as a model institution for other national university to emulate with regards to educational and research achievements in KoreanHistorically, the Daeyeon-dong area was a small fishing village which was populated by anchovy fishermen. In the early years of the 20th century these fishermen found their products in high demand and amassed a fairly sizable amount of wealth. With this money they purchased what is now the Daeyeon-dong campus land and donated it to the national government under the condition that it be used to establish training for their industry. During the Korean War, the Daeyeon campus was used as an airfield by the U.S. Air Force. Local residents constructed a large Dol-Jip “stone house” for the commanding officers and pilots. Today this building still stands and is used as a student cafeteria.At present, there are some 26,000 students and 544 professors on both campuses which cover 673,899 m2. Three large libraries are there. The old library is open to students 24 hours a day. A network of shuttle buses runs every 15 minutes. The two campuses are separated by about 4 km distance. The bus takes 10–15 minutes and is free for students.Although primarily a fisheries university, PKNU has 6 colleges including a large humanities and social science department, 4 graduate programs with master's courses in 60 departments in 15 interdisciplinary programs and doctoral courses in 56 departments and 12 interdisciplinary programs. In addition there are 8 research institutes. Wikipedia.


Time filter

Source Type

Patent
Pukyong National University | Date: 2016-08-01

An apparatus for discriminating bacteria types using optical scattering patterns is disclosed. The apparatus includes an optical fiber for transferring light emitted from a light source, a lens for controlling a width of the light received from the optical fiber, a linear polarizer for transmitting the light passing through the lens and a bacterial colony, and a capturing unit for capturing an optical scattering pattern of the light transmitted through the linear polarizer.


Patent
LS Industrial Systems and Pukyong National University | Date: 2017-01-04

Disclosed is a synthetic test circuit for a valve performance test of HVDC. The synthetic test circuit comprises a resonance circuit configured to comprise a first test valve to test an operation of an inverter mode and a second test valve to test an operation of a rectifier mode. The synthetic test circuit comprises a power supply (P/S) configured to provide the resonance circuit with an operating voltage. The synthetic test circuit comprises a DC/DC converter configured to bypass a DC offset current of the resonance circuit. The first test valve is an inverter unit (INV), which has a positive DC current offset. Further, the second test valve is a rectifier unit (REC), which has a negative DC current offset.


The present invention relates to a method for preparing an adsorbent for phosphorus adsorption and an adsorbent prepared by the method. Specifically, according to the present invention, the surface of conventional expanded vermiculite, which is effective for removal of cations but is not effective for removal of anions, is coated with sulfate to modify the surface, thereby preparing an adsorbent for phosphorus adsorption. Namely, the surface of expanded vermiculite is ionized by sulfate to thereby significantly increase the efficiency with which the anion phosphorus is removed by the expanded vermiculite. In addition, a floating-type adsorbent can be prepared using the expanded vermiculite as described above, and thus it can be quickly separated from water after adsorption without requiring a process for separating the absorbent from water.


Patent
Electronics, Telecommunications Research Institute, Sogang University, Diquest Inc., Soongsil University and Pukyong National University | Date: 2016-06-27

Provided are a system and method for automatically recreating personal media through fusion of multimodal features. The system includes a multimodal fusion analyzer configured to analyze semantics of personal media having various forms based on a plurality of modalities and divide the personal media into media fragments which are the smallest units having semantics, a semantic-based intelligent retriever configured to store and retrieve the divided media fragments by considering the semantics, a personal media recommender configured to learn and analyze a profile of a user through modeling the user, and select and recommend a plurality of media fragments wanted by the user among the media fragments retrieved by the semantic-based intelligent retriever, and a personal media creator configured to create new personal media using the plurality of media fragments recommended by the personal media recommender according to a scenario input by the user.


Patent
Pukyong National University | Date: 2017-01-17

The present invention relates to an energy delivery device for expanding a tubular organ, the energy delivering device delivering energy to a tubular organ by an optical fiber for treatment and expanding a tissue in the tubular organ, the device comprising a light diffusing optical fiber connected between a laser device and a fixing tip and delivering light; a contraction unit having one end connected to the fixing tip and arranged in a circumference of an end of the light diffusing optical fiber; a movement unit closely adhered to the other end of the contraction unit, in which the light diffusing optical fiber is inserted; and an expansion adjustment unit adjusting a moving distance of the movement unit and expanding the contraction unit in a radial direction while contracting the contraction unit.


Patent
Pukyong National University | Date: 2015-04-06

Disclosed is an optical fiber pressure sensor including: a polarization beam splitter that splits input light from a broadband light source into two beams; a polarization controller through which vertically and horizontally polarized light coming out of the polarization beam splitter pass; a pressure chamber in which the polarization beam splitter and the polarization controller may be placed; and an optical spectrum analyzer into which vertically and horizontally polarized light passing through the polarization controller and getting out of the polarization beam splitter is introduced, wherein the pressure chamber includes a polarization-maintaining fiber and an optical fiber Bragg grating.


Patent
Pukyong National University | Date: 2015-03-23

The present invention relates to a light emitting diode (LED) chip, in which a hybrid sensor is formed in a nitride-based LED structure. A chip structure embedded with such a hybrid sensor functions as an LED light emitting sensor which can monitor environmental pollution while functioning as a lighting element at the same time and has an effect of being used as a variety of environment pollution sensors according to the type of an electrode material.


The present invention relates to an electroporation device comprising: a droplet driving electrode which is in contact with and charges a first droplet containing cells and a second droplet containing a material to be delivered into cells and combines the first droplet and the second droplet, thereby generating a mixed droplet; and an electroporation electrode which applies voltage to the mixed droplet so as to perform electroporation inside the mixed droplet; to an electroporation apparatus comprising the electroporation device; to an electroporation method using the device; and to a method for transferring a material into cells.


Discloses an synergistic antimicrobial composition containing a ginseng extract and a green tea extract in a weight ratio from 6:4 to 7:3 and an antimicrobial filter containing said composition and a method for manufacturing them. Said single filter exhibits higher antimicrobial and antiviral efficiency, has little pressure loss and could be produced at lower cost as compared with two systems containing two filters with single antimicrobial agent.


Patent
Pukyong National University | Date: 2016-06-20

Embodiments of a synthetic test circuit for a valve performance test of high-voltage direct current (HVDC) are presented. In some embodiments, the synthetic test circuit comprises a resonance circuit configured to comprise a first test valve to test an operation of an inverter mode and a second test valve to test an operation of a rectifier mode. The synthetic test circuit may comprise a power supply (P/S) configured to provide the resonance circuit with an operating voltage. The synthetic test circuit may comprise a direct current/direct current (DC/DC) converter configured to bypass a DC offset current of the resonance circuit. The first test valve may be an inverter unit, which may have a positive DC current offset. Further, the second test valve may be a rectifier unit, which may have a negative DC current offset.

Loading Pukyong National University collaborators
Loading Pukyong National University collaborators