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Wireless Communication Systems Engineering / Exercise 11
In "Wireless Communication Systems Engineering / Exercise 1", themes from the latest various elemental technologies of wireless
communication systems to advanced applied technologies will be researched.
Specifically, research on high-performance antennas for mobile communication, satellite communication, broadcasting and space communication, research on transmission technology for wireless broadband and ubiquitous, research on emergency and disaster wireless communication networks that are useful for safety and security, will be researched.
Specifically, research on high-performance antennas for mobile communication, satellite communication, broadcasting and space communication, research on transmission technology for wireless broadband and ubiquitous, research on emergency and disaster wireless communication networks that are useful for safety and security, will be researched.
- The students understand the latest various elemental technologies, propose methods to solve problems and demonstrate their effects and performance.
- The students understand the latest advanced applied technologies, propose methods to solve problems and demonstrate their effects and performance.
- The students will be able to summarize the rsults as reports and papers, and the research results can be appealed through presentations.
・Research on high-performance antennas: Make research plans, conduct research, and present research results for various antenna
technologies used in mobile communications and satellite communications.
・Research on wireless transmission technology: Make a research plan for wireless broadband transmission technology and ubiquitous transmission technology, carry out research, and present a summary of research results.
・Research on wireless communication networks: Makes research plans for wireless communication network configuration technologies for emergencies and disasters that are useful for safety and security, conducts research, and presents a summary of research results.
Research guidance will be conducted at weekly laboratory meetings based on confirmation of research progress, discussion of problems and solutions, and confirmation of how to proceed with research.
The schedule is to start research including technical research and preparation necessary for research in the first half of the first year, proceed with research including external presentations at academic conferences in the second half of the first year, and research in the second half of the second year. Summarize, prepare a paper, and make a final presentation.
・Research on wireless transmission technology: Make a research plan for wireless broadband transmission technology and ubiquitous transmission technology, carry out research, and present a summary of research results.
・Research on wireless communication networks: Makes research plans for wireless communication network configuration technologies for emergencies and disasters that are useful for safety and security, conducts research, and presents a summary of research results.
Research guidance will be conducted at weekly laboratory meetings based on confirmation of research progress, discussion of problems and solutions, and confirmation of how to proceed with research.
The schedule is to start research including technical research and preparation necessary for research in the first half of the first year, proceed with research including external presentations at academic conferences in the second half of the first year, and research in the second half of the second year. Summarize, prepare a paper, and make a final presentation.
・Research on high-performance antennas: Reports (Master thesis) 70％, Paper and external presentations at academic conferences
30％
・Research on wireless transmission technology: Reports (Master thesis) 70％, Paper and external presentations at academic conferences 30％
・Research on wireless communication networks: Reports (Master thesis) 70％, Paper and external presentations at academic conferences 30％
・Research on wireless transmission technology: Reports (Master thesis) 70％, Paper and external presentations at academic conferences 30％
・Research on wireless communication networks: Reports (Master thesis) 70％, Paper and external presentations at academic conferences 30％
Instructions and suggestions will be given from each academic supervisor.
・Research on high-performance antennas: Review "radio frequency engineering" and investigate the technological trends of antennas
required for the latest mobile communications and satellite communications.
・Research on wireless transmission technology: Review "Mobile Communication System" and investigate the latest mobile phone system and wireless LAN system technology trends.
・Research on wireless communication networks: Investigate research trends related to emergency communication technology and wireless ad hoc network technology.
・Research on wireless transmission technology: Review "Mobile Communication System" and investigate the latest mobile phone system and wireless LAN system technology trends.
・Research on wireless communication networks: Investigate research trends related to emergency communication technology and wireless ad hoc network technology.
- Course that cultivates an ability for utilizing knowledge
- Course that cultivates a basic problem-solving skills
| Work experience | Work experience and relevance to the course content if applicable |
|---|---|
| Applicable | ・Professor Gyoda：From 1991 to 2007, engaged in research and development at the Ministry of Posts and Telecommunications Research
Institute, ATR Environmental Adaptive Communication Research Institute, and National Institute of Information and Communications
Technology (NICT). ・Professor Kubota：From 1980 to 2007, engaged in research and development at Nippon Telegraph and Telephone Public Corporation and Nippon Telegraph and Telephone Corporation (NTT). |
Last modified : Sun Mar 21 15:20:35 JST 2021