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Thai-Nichi Institute of Technology Student Handbook 2019 International Program
DGE-303 Fog and Cloud Computing 3(3-0-6)
Prerequisite : DGE-202 Artificial Intelligence Techniques 1 : Software-Based Approaches
and DGE-208 Artificial Intelligence Techniques 2 : Hardware-Based Approaches
Corequisite : None
Architecture and components of data warehouse. Data warehouse design and
development methodology. Relational database management system. Installation and
upgrading database management system. Multi-user database system. Database security
and integrity. Principle of Fog. Cloud organization and Cloud computing. Simulation
system. Hypervision. Provision and non-provisioning. Convex function estimation. Type of
convex function. Computer program development and installation on cloud organization.
Cloud computation service model. Cloud web-application. Transaction management
on cloud for private and public applications. Cloud computing infrastructure. Cloud
computing access. Cloud computing log. Web-application services. Cloud application
development. Principle of grid computing. Organization simulation. Cloud system migration.
Future of cloud computing.
DGE-304 Intelligent Human-Computer Interaction 3(2-3-6)
Prerequisite : DGE-202 Artificial Intelligence Techniques 1 : Software-Based Approaches
and DGE-208 Artificial Intelligence Techniques 2 : Hardware-Based Approaches
Corequisite : None
Human and computer interaction. Integration technique for modern computer
and peripheral. User-hardware interface. Hardware for data acquisitioning. Software
interface system. Device-driver library. User interface. Intelligence applications for human
behaviors monitoring and controlling. Human-hardware learning and perception.
Graphical computation theory. 3D kinematic transformation. Vertex and memory
management. Compiling. Input/Output engineering. Graphic emulator design. Advance
graphical computation. Security consideration. Intelligence decision. Advanced language
recognition of modern human interface. Real-time simulation for 2D and 3D system
design. Realistic simulation. Real-time user interaction design and implement.
Model-based simulation. Single and cross-user environment development. Peripheral
interface programming.