２００８年度博士後期課程ＧＣＯＥ講義
2008 |
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| 1. 情報エレクトロニクスシステム特論（情報科学研究科では情報システム特論) | ||
| ５月１６日(金) ８：５０〜１２：００ 【枝松 圭一教授】 電気通信研究所 | ||
| 講義題目 | 高度量子状態制御を用いた新しい量子情報通信技術 | |
| ５月１８日(金) ８：５０〜１２：００ 【小林 直樹教授】 情報科学研究科 | ||
| 講義題目 | ソフトウエアの高信頼化 | |
| ６月１３日(金) １０：３０〜１２：００、１３：００〜１４：３０ 【堀口 進教授】 情報科学研究科 |
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| 講義題目 | 次世代オプティカル・ワイヤレス統合ネットワークの構成法 | |
| ６月２７日(金) ８：５０〜１２：００ 【安達 文幸教授】 大学院工学研究科電気・通信工学専攻 |
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| 講義題目 | 超高速無線信号処理と分散無線ネットワーク | |
| ７月１１日(金) ８：５０〜１２：００ 【青木 孝文教授】 情報科学研究科 | ||
| 講義題目 | 位相限定相関法に基づくリアルワールド信号処理及びセキュアVLSIコンピュ−ティング | |
| ７月２５日(金) ８：５０〜１２：００ 【田中 和之教授】 情報科学研究科 | ||
| 講義題目 | 確立的計算モデルによる予測・推論システムの設計理論 | |
| ２. 情報エレクトロニクスシステム特別講義 （情報科学研究科では情報システム特別講義) 後期日程 |
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| １月２０日(火) １３：００〜１６：１０ 【Dr. Matt Probert】 ヨーク大学 電子情報システム・応物系２号館 １階 １０６号室 |
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| 講義題目 | Introduction to CASTEP PC持参のこと | |
| 概 要 | What is CASTEP? CASTEP is a software package which uses density functional theory to provide a good atomic-level description of all manner of materials and molecules. CASTEP can give information about total energies, forces and stresses on an atomic system, as well ascalculating optimum geometries, band structures, optical spectra, phonon spectra and much more. It can also perform molecular dynamics simulations. | |
| ２月５日(木)１０：３０〜１４：３０、６日(金)１３：００〜１６：１０ 【Dr. Patrick Frantz】 電子情報システム・応物系２号館 １階 １０６号室 |
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| 講義題目 | Advanced Professional English Communication Course （科学技術英語） | |
| 概 要 | As an academic, presenting your own ideas and research effectively is one of the most important skills necessary to achieve both success in the community and respect from your peers. The goal of this Advanced Professional English Communications course is to help non-native English speakers with their presentation skills in both the written and oral forms.? While not exhaustive in scope, this short course intends to lay the foundation upon which the participants can build for future success in English communications. This course will take place in two sessions on two different days according to the following schedule: Thursday, February 5th Friday, February 6th |
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| ２月２０日(火) ８：５０〜１２：００ 【Dr. Simon Greaves】 東北大学 電子情報システム・応物系２号館 ２階 ２０４号室 |
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| 講義題目 | Magnetic Recording and Micro-Magnetic Simulations | |
| 概 要 | Micromagnetic models are used extensively in the magnetic recording industry as an aid in the design and optimisation of hard disk drives. They are also used in academic research to predict the behaviour of magnetic wires, patterned dots and other objects. Realistic models are essential in order to avoid artifacts in the simulation results. This talk will discuss the components of a micromagnetic model and will describe approaches and techniques which can be used to bring the modeled results closer to those obtained from real media. Particular emphasis will be placed on magnetic recording applications. Methods to deal with irregular grain sizes, non-magnetic grain boundaries and finite temperature will be proposed. | |
| ２月２３日(月) １３：００〜１６：１０、２４日(火) １３：００〜１６：１０ 【Dr. Marek Perkowski】 ポートランド州立大学 電子情報システム・応物系２号館 ２階 ２０４号室 |
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| 講義題目 | Constraint Satisfaction Problems ? Solving them on parallel and quantum computers and why should we care? - | |
| 概 要 | This talk will cover the Constraint Satisfaction Problems such as those that occur in Logic Synthesis, Computer Architecture, Artificial Intelligence and Robotics, with Graph Coloring and Satisfiability as primary examples. It will be shown that the new GPU (Graphics Processor Unit) and CUDA language allow to solve many of these problems efficiently. It will be further shown that the quantum technology already exists, ORION computer by DWAVE, that allow to solve these problems in an experimental system using Internet APIs. The talk will explain very briefly the theories of new systems needed to solve CSP and several practical CSP applications in CAD, EDA, graphics, robotics and quantum computing. | |
| ３月２日(月) １３：００〜１６：１０、３日(火) ８：５０〜１２：００ 【Dr. Ying-Chang Liang】 シンガポール インフォコム研究所 電子情報システム・応物系２号館 １階 １０６号室 |
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| 講義題目 | Cognitive Radio and Cooperative Communications | |
| 概 要 | In this lecture, we will provide a state-of-art overview on cognitive radio networks and dynamic spectrum access, covering the theoretical aspects, enabling techniques, practical applications as well as technical challenges. In particular, the following topics will be covered in details. (1) Cognitive radio basics (2) Spectrum sensing techniques (3) Sensing-through tradeoff for dynamic spectrum access (4) Signal processing for dynamic spectrum access schemes (5) Exploiting multiple antennas for spectrum sharing (6) Cooperative wireless communications (7) Cognitive radio applications |
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