Introduction to IT Convergence Engineering

포항공과대학교
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페이스북 트위터 카카오톡 네이버밴드 링크복사

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공학 >컴퓨터ㆍ통신 >정보통신공학
강의학기

2011년 1학기

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This course introduces the subject of convergence for information and communication technologies (ICT). Convergence is the creation of a new technology by merging distinct technologies, industries, and/or devices into a unified whole. This course will introduce key topics in four important ICT areas: nano-technology, bio-technology, communications and networking, and autonomic communications. Each of the four areas will be covered with emphasis on: (1) how different technologies within that area can be combined, and (2) how the four different technologies can be fused together to build Ubiquitous Health solutions. Each course area will be taught by experts in that field, including ITCE Distinguished Visiting Professors as well as POSTECH faculty. This foundational course will be used to aid the student in choosing their area of specialization in the Division of IT Convergence Engineering.

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IntroductionNanotechnology

차시별 강의

1.	IntroductionNanotechnology	1. What is Nanotechnology? 2. Unigue Properties of Nanoscale Materials 3. What is Special about Nanoscale? 4. What is new about Nanoscience? 5. Various Nanomaterials and Nanotechnologies 6. Impact of Nanotechnology
2.	Roll of Nanotechnology	1. Nano Scale 2. Size-Dependant Properties 3. Some more Size-Dependant Properties 4. Size Dependence of Properties 5. Color 6. Melting Point 7. Carbon Nanotube 8. Melting Point 9. Interesting Properties of Carbon Nanotubes 11. Other Nano Materials 12. Impact of Nanotechnology 13. Evolution of Computers 14. Nanotechnology in Computing 15. Nanotechnology in Electronics 16. Health and Medicine 17. Impact on Maufacturing 18. Fine Particle Technology 19. Energy Production and Utilization 20. Benefits of Nano in the Environment Sector 21. Benefits of Nanotechnology in Transportation 22. Nano Security 23. Nanotechnology Opportunities 24. Near Term Opportunities 25. Long Term Prospects 26. Revolutionary Technology Waves 27. Gas/Vapor Sensors in Biomedical Applications 28. iphone Applications 29. Fabrication of Genechip
3.	Introduction to NT, IT and BT	1. Sample Capacitors 2. How to Detect Charge - Capacitor 3. Fixed Charges and Semiconductor 4. Metal - Electrolyte, Biocapacitor 5. Biological Transistor - BioFET 6. Current Pathogen Detection 7. BioFET Fabrication 8. Biological FET - BioFET 9. Membrane Potential Profile 10. Electrical Current in BioFET 11. Model Calibration - pH ISFET 12. Model Calibration 13. Electrolyte Nonlinearity 14. DNA Density 15. Another Effect 16. Operating Point 17. Noise Considerations 18. Optimizing for Noise 19. BioFET with High-K Gate Material 20. Effect of High K Dielectrics 21. SNR Value - Dielectric 22. The BioFET Equivalent Circuit 23. BioFET - Operational Amplifier 24. Fabricated Biochip Prototype 25. Ongoing Research 26. Microfluidic Channels 27. New Microfluidic Applicator 28. Integration - Biosensor System 29. Applications - Biosensor
4.	Genetics and genomics : techniques	1. Restriction digestion 2. Electrophoresis 3. Molecular cloning 4. PCR(polymerase chain reaction) 5. Sequencing 6. Microarray 7. Examples and applications
5.	Communications and Networks	1. Example of Convergence 2. Personal Area Networks 3. Body Network 4. Sensor 5. BAN Siganals 6. BAN Challenges 7. On-Body Communication 8. Software Radio Test-bed 9. GNU Radio/USRP 10. Test Results
6.	Communications and Networks	1. After-Sales Service 2. Standards for Personal Area Network (PAN) and Body Area Network (BAN) 3. Security and Privacy 4. On-Body Communication Research