http://www.kocw.netKOCW stands for Korea Open CourseWare. It provides information about the locations of e-Learning contents for higher education developed by ordinary and distance universities of Korea, and enables users to have access to educational contents of overseas higher education organizations for free. enenhttp://ariadne.cs.kuleuven.be/silo2006/getLO.jsp?ID=kpunil780Sun, 06 Oct 2002 15:00:00 GMThttp://ariadne.cs.kuleuven.be/silo2006/getLO.jsp?ID=kpunil7802002-10-06T15:00:00Zhttp://www.celc.or.kr/Contents/cec20081N/081100508110050120081N/01/01/list.htmThe biggest issue in the field of agricultural in 2007 was the settlement of Korea-USA FTA. Considering the size, economic factors and small size of agriculture, it would be the farmers who suffer the most. Therefore the intention of this course is to introduce the quality certificates that can help farmers to build up a solid foundation of competitive agricultural products of good quality. And it will boost confidence with a "we can do it" attitude if the agricultural product market is open to the Internet shopping Mall. It also provides a marketing strategy that allows them to sell their own agricultural products directly to customers through the Internet outside the conventional labor intensive mass production market.Mon, 31 Dec 0199 15:00:00 GMThttp://www.celc.or.kr/Contents/cec20081N/081100508110050120081N/01/01/list.htm0199-12-31T15:00:00Zhttp://jbec.chonbuk.ac.kr/contents/0702/103/01/default.htmBasic Bio ChemistryWed, 10 Jan 2007 15:00:00 GMThttp://jbec.chonbuk.ac.kr/contents/0702/103/01/default.htm2007-01-10T15:00:00Zhttp://jbec.chonbuk.ac.krcontents/0702/100/01/default.htmForest and ManSun, 11 Feb 2007 15:00:00 GMThttp://jbec.chonbuk.ac.krcontents/0702/100/01/default.htm2007-02-11T15:00:00ZAims to enable the the students to understand and learn about various invention methods and how to apply for patents online for practical everyday application.Mon, 31 Dec 0199 15:00:00 GMT0199-12-31T15:00:00ZAims to enable the the students to understand and learn about various invention methods and how to apply for patents online for practical everyday application.Mon, 31 Dec 0199 15:00:00 GMT0199-12-31T15:00:00Zhttp://ecampus.keris.or.kr/cyber/13/1/index.htmlMon, 31 Dec 0199 15:00:00 GMThttp://ecampus.keris.or.kr/cyber/13/1/index.html0199-12-31T15:00:00Zhttp://cyber.bcc.ac.kr/file1/public_course/open_course_001/ot/00/f00_01.htmThis course is aimed to learn the basic knowledge for the right purchasing activities and real purchasing practice.Mon, 31 Dec 0199 15:00:00 GMThttp://cyber.bcc.ac.kr/file1/public_course/open_course_001/ot/00/f00_01.htm0199-12-31T15:00:00Zhttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/solid-state-physics-1Understanding crystal structures and the reciprocal lattice of solids Understanding the phonon of solids Understanding the electron spectral structure of solidsMon, 31 Dec 0199 15:00:00 GMThttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/solid-state-physics-10199-12-31T15:00:00Zhttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/electromagnetism-1The course, electromagnetism 1, introduces basic and intermediate topics on classical electric and magnetic theories. The topics will include electrostatics, magnetostatics, electric current theory and the discussions on electric and magnetic properties of material in static or slowly varying fields.Mon, 31 Dec 0199 15:00:00 GMThttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/electromagnetism-10199-12-31T15:00:00Zhttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/electromagnetism-2Based on electro-and magneto ststics which covered in the previous class electromagnetism 1, the course introduces basic and intermediate topics which include Maxwell equations, electromagnetic wave theory, electrohynamics and special theory of relativity.Course Objectives. Electromagnetism is one of the fundamental physics theories, which is required to understand many modern science/engineering achievements as well as natural phenomena. The main purpose is to learn and understand major concepts of electromagnetism which are essential for physics research as well as advanced course works.Mon, 31 Dec 0199 15:00:00 GMThttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/electromagnetism-20199-12-31T15:00:00Zhttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/solid-state-physics-iiAs the second part of a two-semester-class, students will study the characteristics of semiconductors, metals, superconductors and magnetic substances among various solid forms.Mon, 31 Dec 0199 15:00:00 GMThttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/solid-state-physics-ii0199-12-31T15:00:00Zhttp://edu.dsc.ac.kr/contents/99999/0099899810400/1/default.htmThis course consists of web contents that will enable students to understand the elementary course on college mathematics using HTML and flash in a pleasant and easy fashion.Mon, 31 Dec 0199 15:00:00 GMThttp://edu.dsc.ac.kr/contents/99999/0099899810400/1/default.htm0199-12-31T15:00:00Zhttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/calculus-and-recitation-1Differential and integral calculus have become an important part of natural science, engineering, economics and so on. Observed from the microscopic view using integral calculus, very complicated looking phenomena may show very simple characteristics. General characteristics on a large scale may be elucidated by integration based on the information obtained at the microscopic level. These two processes, differentiation and integration, are closely related. The goal of this lecture is to develop the student's ability to think and describe phenomena in logical ways as well as develop their understanding and application of differential and integral calculus.Mon, 31 Dec 0199 15:00:00 GMThttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/calculus-and-recitation-10199-12-31T15:00:00Zhttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/numerical-analysisNumerical Analysis is a methodology to approximate the solutions of various types of equations within some accuracy. There are basically two cases when we need Numerical Analysis. The first case is when the solution of the given equation cannot be obtained exactly( for example x5+x+1=0, integral of (exp(-x^2)), solving differential equations). The second case is when a function is not known in the whole domain, but partially(for example from measurements), We will discuss how to approximate the solutions of the equations in such cases.Mon, 31 Dec 0199 15:00:00 GMThttp://ocw.khu.ac.kr:8080/CTL/CTL/sciences/numerical-analysis0199-12-31T15:00:00Z