Understanding smart farm and related fusion ICT technology |
Learn basic concepts of smart farming using ICT, basic concepts of related ICT technology, and learn from planning to implementation. |
Smart Farm Big Data I |
Learn how to extract large amounts of regular or unstructured data sets, extract values from these data, and analyze results, especially how to analyze smart farm growth environment data. |
Smart Farm Control Solution |
Sensor, controller, driver, and information device. |
Smart Farm Monitoring System |
Learn how to build and manage internet server system that can monitor smart farm growth environment. Lecture on application programming of Internet programming environment, intranet, e-commerce, news and BBS system. |
Smart Farm Sensor Application |
Learn how to use sensors that can be used in SmartPharm. |
IoT Platform |
Students will learn about internet technologies and related platforms that connect sensors and communication functions to various objects. |
Smart farm optimization |
This course introduces the cultivation system and application of cultivation and nutrient solution cultivation. |
Smart Farm Convergence Project I |
Students will learn the process of designing, designing and manufacturing so as to have the ability to solve problems encountered in the field, and learn contents production for the realization of high added value related to production, distribution and consumption of smart farm agriculture products. |
Historical Data Management System |
learn system development for agricultural product history management through forecasting, tracking, pattern analysis, etc. from production to consumption of agricultural products. |
ICT based Distribution |
It is going to learn Smart Distribution technology that can search for and purchase contents through variety of channels such as online, offline, and mobile. |
Smart Farm Consulting Skill |
Learn systematically what is necessary for smart farm related business and learn consulting technology that is actually necessary for business. |
Smart Farm Cost and Operation Management |
Learn about cost analysis and efficient job management for the costs of Smart Farm. |
Smart Farm Seminar |
This course deals with the development direction and research direction of smart farm-related disciplines by selecting and discussing academic papers, articles, reports, etc. in Smart Agriculture field. |
Smart Farm Convergence Project Ⅱ |
Students will learn the process of designing, designing and manufacturing so as to have the ability to solve problems encountered in the field, and learn contents production for the realization of high added value related to production, distribution and consumption of smart farm agriculture products. |
IoT convergence service |
learn about internet technology and related services to connect to the Internet by incorporating sensors and communication functions in various objects. |
IoT standards and open source |
IOT standard and open source application cases will be analyzed and practiced to cultivate the basic program ability of IoT. |
Smart Farm IoT Programing |
learn basic concepts and contents and practice them by integrating the Internet, which is the core utilization technology of the 4th industry, called intelligent information society, into smart farm. |
Smart Farm Big Data Ⅱ |
learn a large set of regular or unstructured data sets, techniques for extracting values from these data and analyzing the results, and learn advanced techniques based on existing learning. |
Probability and Statistics |
The main purpose of this course is to provide the most fundamental knowledge to the students so that they can understand what the machine learning can provide the voluminous data with recent advancement of predictive analytics: the foundational principles. Specific topics might range from statistical machine learning, optimizations, informaton network analysis, and Bayesian models. |
Linear Algebra |
This course deals with linear algebra for theory and implementation of artificial intelligence. Students will learn graduate-level linear algebra, which are foundations for algorithms in machine learning and neural network models. The purpose of this course is for students to learn concepts of important mathematical tools and practical applications rather than rigorous proofs of mathematical theories. |
Deep Learning I |
This course covers methods that are essential for successful application of machine learning to real-world problems, including data pre-processing, feature extraction, dimensionality reduction, class imbalance, and model ensembles, and then introduce principles and methods for learning models and dependencies from data. In particular, the course will primarily focus on the learning frameworks that utilize methods from probability, statistics, and optimization. Main topics covered in this course include support vector machines, tree and ensemble methods. |
Algorithms for Artificial Intelligence |
This course will discuss the field of machine learning concerned with the question of how to construct computer programs that automatically improve with experience. Based on many research papers published in the field of machine learning, several well-known machine learning approaches are discussed with their key algorithms, theories, and application areas. |