Abstracts of Doctor Thesis 2005

庁ﾖ栂､掴闥ﾍｽ陳ｬ彫ﾍﾍﾑ彫ｷ彫ｿ徴ﾞ徴�･ﾁ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ銚ｯ調ｽ諜ﾘ朕ｬ彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ鎚ｯ痛ｽ鳥ｼ諜ｵ
庁｡徴ﾞ徴�･ﾁ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ超ﾄ銚ｭ彫ﾋ彫ｪ彫ｱ彫�･ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ彫ﾎ椎ｬ蝶�鳥ﾔ槌ｰ彫ﾎ直ﾂ頂ｽ彫ﾏ庁､鳥ｩ諜ﾘ跳ﾚ彫ﾓ追ｧ津ﾎ調ﾊ諜ﾘ彫ﾎ超ﾑ椎ﾀ彫ｫ彫髓ｶｽ栂｣珍ｼ彫､調ﾝ陳齟､ﾇ彫｢彫�｡･彫ｽ彫ﾎ津謦､ﾇ彫竰｡､諜ﾘ朕ｬ彫ﾋ彫闥､�ﾅｬ蝶�鳥ﾔ槌ｰ彫ﾎ直ｫ槻ｧ椎ｪ諜ﾍ槌ﾀ彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦､ｬ庁､銚ｯ調ｽ諜ﾘ朕ｬ彫ﾎ鎚ｯ椎ｸ彫ｷﾀ跳｡彫ﾈ彫ｷ彫ﾆ銚癇ﾇｯ津峵ﾌﾜ彫ｽｸ彫癇､ﾆ彫､彫�｡･

銚ｯ調ｽ諜ﾘ朕ｬ彫ﾏ彫竰､ﾈ彫竰､ﾈ庁､徴ﾞ徴�･ｳ徴ﾕ長闥ﾄ齟ｲ癇ﾄ､ﾂﾐ沈ﾝ彫ﾈ彫ｷ彫ﾆ鎚ｯ椎ｸ彫ｷ彫ﾆ彫ｭ彫ｿ庁･彫ｽ彫ｷ彫ﾆ庁､彫ｳ彫�､ﾞ彫ﾇ彫ﾋ通ｹ､ｵ彫�､ﾆ彫､彫�･ﾞ徴�･ﾁ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ超ﾄ銚ｭ彫ﾋ彫ｪ彫ｱ彫� 銚ｯ調ｽ諜ﾘ朕ｬ彫ﾎ頂ｦ跳謦､ﾎ彫ﾛ彫ﾈ彫､ﾉ彫ﾇ彫ﾏ庁､彫ｳ彫ﾎ徴ﾞ徴�･ｳ徴ﾕ長闥ﾄ齟ｲ癇ﾄ､ﾂﾐ沈ﾝ彫ﾈ彫ｷ彫ﾆ墜齟ｼｰ調ｽ彫ｵ彫�､ｿ椎ﾁ椎�椎ｪ彫ﾊ銚ｯ調ｽ諜ﾘ朕ｬ塚｡彫ｬ彫ｽ彫ﾎ彫ﾞ彫ﾞ椎ｬ掴ﾑ彫ｵ彫�､ﾆ彫､彫�｡･彫ｷ彫ｫ彫ｷ彫ﾊ彫ｬ彫髓｡､徴ﾞ徴�･ｳ徴ﾕ長闥ﾄ齟ｲ癇ﾄ､ﾂﾐ沈ﾝ彫ﾈ彫ｷ彫ﾆ墜齟ｼｰ調ｽ彫ｵ彫�､ｿ銚ｯ調ｽ諜ﾘ朕ｬ塚｡彫､ｽ彫ﾎ彫ﾞ彫ﾞ徴ﾞ徴�･ﾁ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ超ﾄ銚ｭ彫ﾋ椎ｬ掴ﾑ彫ｷ彫ｿ沈�ｹ迺｡､庁ﾘ捗�超ﾖ彫ﾈ銚ｦ彫ﾋ通ﾑ調ｽ彫ｹ彫�ﾂｾ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ彫ﾎ鳥ﾔ槌ｰ長闥ﾄ齟ｴﾘ珍｡ﾙ彫ﾈ庁ﾘ捗�痛ﾔ通ﾑ彫ﾊ沈ﾂﾖ鎮ｫ腸ﾜ超ﾘ珍｡ﾙ彫ﾎ腸纈､､彫ｶ闥ﾊﾌ彫ﾇ彫ｭ彫ﾊ彫､彫ﾈ彫､彫ｦ長迺ﾅﾀ彫ｬ彫｢彫�｡･

彫ｽ彫ｳ彫ﾇ塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ庁､彫ﾞ彫ｺ庁､徴ﾞ徴�･ｳ徴ﾕ長闥ﾄ齟ｲ癇ﾄ､ﾂﾐ沈ﾝ彫ﾈ彫ｷ彫ﾆ墜齟ｼｰ調ｽ彫ｵ彫�､ｿQ諜ﾘ朕ｬ彫ﾈ頂ﾆ彫ﾐ彫�､�ｶｯ調ｽ諜ﾘ朕ｬ塚｡彫｡､庁ﾘ捗�超ﾖ彫ﾈ銚ｦ彫ﾋ通ﾑ調ｽ彫ｹ彫�ﾂｾ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ彫ﾎ鳥ﾔ槌ｰ長闥ﾄ齟ｴﾘ珍｡ﾙ彫ｹﾍ槻ｸ彫ﾋ槌�彫�､髓､�､�､闥､ｦ彫ﾋ諜ﾈ墜･彫ｷ彫ｿ珍ｷ彫ｿ彫ﾊ徴ﾞ徴�･ﾁ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ銚ｯ調ｽ諜ﾘ朕ｬ塚｡彫ﾄｰﾆ彫ｹ彫�｡･彫ｽ彫ｷ彫ﾆ庁､徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ珍､ｬ張ｲ陳ﾎ彫ﾎ沈�ｹ� 彫ﾋ彫ｪ彫､彫ﾆ庁､墜ｰﾆ直齟ﾋ｡彫ﾋ彫闥､齟ｸ咊ｲﾌ椎ｪ彫ﾊ諜ﾘ朕ｬ彫ｬ鳥ﾔ彫ｨ彫�､ｳ彫ﾈ彫ｼﾂ頂ｳ椎ｪ彫ﾋ直ｨ彫ｹ庁･

彫ﾈ彫ｳ彫峵､ﾇ庁､彫ｳ彫ﾎ墜ｰﾆ直齟ﾋ｡彫ﾏ庁､超ﾄ銚ｭ槌竰､ﾋ陳ｸ勅ﾟ彫ｹ彫�･ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ珍､ｬ鎮�調ﾃ彫ｹ彫�､ﾈ庁､彫ｽ彫ﾎ鎮�調ﾃ彫ﾋ陳ﾐ彫ｷ彫ﾆ諜ﾘ朕ｬ銚ｴﾖ彫ﾎ徴ｵ徴､徴ｺ彫ｬ捗ﾘ珍ｴﾘ珍ﾅｪ彫ﾋ鎮�陳迺､ｹ彫�､ﾈ彫､彫ｦ長迺ﾅﾀ彫ｻ�彫ﾄ庁･銚ｯ調ｽ諜ﾘ朕ｬ彫ﾋ彫ｪ彫､彫ﾆ庁､諜ﾘ朕ｬ銚ｴﾖ徴ｵ徴､徴ｺ彫ﾎ捗ﾘ珍ｴﾘ珍ﾅｪ鎮�陳迺､ﾏ庁､庁ﾘ直｡頂ｵ彫ﾎ直､､庁ﾙ彫ﾈ頂ﾆ彫ﾐ彫�｡､諜ﾘ朕ｬ彫ﾂ迺､ｭ彫ｯ津ﾙ彫髓､ｻ彫�ｸｶ腸､ﾈ彫ﾊ彫�｡･彫ｽ彫ｳ彫ﾇ塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ庁､直｡彫ﾋ庁､庁ﾘ捗�超ﾖ彫ﾈ銚ｦ彫ﾋ通ﾑ調ｽ彫ｹ彫�ﾂｾ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ彫ﾎ鳥ﾔ槌ｰ長闥ﾄ齟ｴﾘ珍｡ﾙ彫ｹﾍ槻ｸ彫ﾋ槌�彫�､ｿ銚ｯ調ｽ諜ﾘ朕ｬ塚｡彫ﾇ庁､諜ﾘ朕ｬ銚ｴﾖ徴ｵ徴､徴ｺ彫ｬ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ珍､ﾎ鎮�調ﾃ彫ﾋ陳ﾐ彫ｷ彫ﾆ捗ﾘ珍ｴﾘ珍ﾅｪ彫ﾋ鎮�陳迺､ｷ彫ﾊ彫､珍ｷ彫ｿ彫ﾊ銚ｯ調ｽ諜ﾘ朕ｬ彫ﾎ佃ﾈ鎮ﾈ彫ﾄｰﾆ彫ｹ彫�｡･彫ｽ彫ｷ彫ﾆ庁､徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ珍､ｬ鎮�調ﾃ彫ｷ彫ｿ沈�ｹ迺､ﾋ彫ｪ彫､彫ﾆ庁､彫ｳ彫ﾎ墜ｰﾆ直齟ﾋ｡彫ﾋ彫闥､齟｡､頂� 調ﾌ椎ｪ彫ﾊ諜ﾘ朕ｬ彫ｬ鳥ﾔ彫ｨ彫�､ｳ彫ﾈ彫ｼﾂ頂ｳ椎ｪ彫ﾋ直ｨ彫ｹ庁･

0361007 通ﾒ捗ｳ庁｡朕ﾓ佃ｺ
庁ﾖ賃ｸ陳ﾎ賃ｮ通ｬ槌ｰ陳ﾖ彫ﾎ珍ﾍ�徴竰･ﾇ徴�､ﾋ彫闥､�ｲﾀﾏ庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
賃ｸ陳ﾎ彫ﾎ超�ｴｱ彫苒ﾁﾈ珍･彫ﾏ庁｢頂ﾄ庁ｹ彫ﾎ勅ﾙ塚ｦ彫ｬ朕ｸ鳥迺､ｷ彫ｿ痛ﾔ銚ﾑ直ﾁ鳥ｽ陳､彫ｷﾁ賃ｮ彫ｷ彫ﾆ彫ｪ彫齟｡｢槌竰ｳｰ超ﾄ銚ｭ彫ﾎ通ﾑ槌ｰ彫ﾋ陳ﾐ彫ｷ彫ﾆ沈�､ﾋ腸�ﾄ齟､ﾎ跳｡追ｽ彫ｰﾝ捗�彫ｹ彫�､ｿ彫癇､ﾋ掴ﾍ庁ｹ彫ﾊ徴ﾗ徴峵･ｻ徴ｹ彫ｴﾞ彫熬ﾊｪ直ﾁ彫ﾎ腸ﾜ槌ｰ頂ｽ沈ﾝ彫ｬ賃ｸ彫ｸ彫ﾆ彫､彫�｡｣彫ｳ彫ﾎ超�ｴｱ彫苒ﾁﾈ珍･彫ﾋ彫ｪ彫ｱ彫�ﾊｪ直ﾁ彫ﾎ腸ﾜ槌ｰ頂ｽ沈ﾝ彫ﾏ庁｢珍ﾂｿ彫ｯ彫ﾎ鳥ﾚ鎮ﾇ彫ﾈ彫ｽ彫�､ﾋ超ﾘ彫�､�ｲｽ諜ﾘ鎚ｿ蝶�彫ﾋ彫闥､齟ﾊ｣捗ｨ彫ﾊ陳蜥ｼﾕ賃ｩ頂謦･ﾍ徴ﾃ徴ﾈ徴�｡ｼ徴ｯ彫ｹｽ津ﾛ彫ｷ彫ﾆ彫､彫�｡｣塚ﾜ佃ﾀ通ｸ彫ﾇ彫ﾏ庁｢彫ｳ彫ﾎ徴ﾍ徴ﾃ徴ﾈ徴�｡ｼ徴ｯ徴ｷ徴ｹ徴ﾆ徴熬､ﾋ超ﾘ掴ｿ彫ｷ彫ﾆ彫､彫�ﾀｸ陳ﾎ槌竰ﾊｪ直ﾁ彫ﾎ徴ﾇ庁ｼ徴ｿ彫闥､� 通ｪ直ﾁ腸ﾜ槌ｰ徴竰･ﾇ徴�､ｹｽ津ﾛ彫ｷ庁｢徴ｷ徴ﾟ徴蜥･�｡ｼ徴ｷ徴迺･ｲﾀﾏ彫ｹﾔ彫ｦ彫ｳ彫ﾈ彫ﾋ彫闥､齟｡｢徴ｷ徴ｹ徴ﾆ徴熬､ﾈ彫ｷ彫ﾆ彫ﾎ跳ﾆｰ彫ｫ彫髓ﾊ｣捗ｨ彫ﾊ勅ﾙ塚ｦ槌竰ﾂ蜥ｼﾕ彫ﾎ槌ｰ椎ｪ彫ﾊ珍ｶ彫�ﾉ､､彫ﾎ熬ｿ苒､ｷ庁｢賃ｸ陳ﾎ賃ｮ通ｬ槌ｰ陳ﾖ彫ﾋ超ﾘ彫ｹ彫�ﾂ蜥ｼﾕ跳｡追ｽ彫ｲﾀﾏ彫ｹ彫�｡｣彫ｹ彫ﾊ彫�､ﾁ庁｢徴ｳ徴･ﾑ庁ｼ徴ﾈ徴癇･･ﾈ徴竰･ﾇ徴�､ﾋ彫闥､�ﾃﾀ朕ﾁ捗ﾀ彫ﾎ墜ｲ超ﾎ朕ﾛ超ﾄ槌ｰ陳ﾖ調ﾀﾏ庁｢徴ｫ徴ｪ徴ｹ徴竰･ﾇ徴�､ﾈ珍ﾍ�徴竰･ﾇ徴�､ﾁﾈ彫ﾟ鳥迺､�､ｻ彫ｿ長�ﾅ�ﾃﾍ掴ｽ陳ｬ塚｡彫ﾎ墜� 腸ﾆ庁｢彫ｪ彫闥､ﾓ庁｢賃ｸ陳ﾎ徴､徴･ﾔ庁ｼ徴ﾀ徴･ｹ長ﾗ陳ｬ彫ﾋ彫闥､�ﾂﾎ珍蜥ﾊｬ槻ﾌ彫ﾎ通ﾑ槌ｰ珍苒ﾄ齟､ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡｣
徴ｭ庁ｼ徴�｡ｼ徴ﾉ庁ｧ津ﾀ朕ﾁ捗ﾀ槌ｰ陳ﾖ徴竰･ﾇ徴�｡､徴ﾖ徴ﾉ徴ｦ椎�｡ﾝ徴､徴･ｹ徴齟･ﾂ蜥ｼﾕ長ﾏ徴竰･ﾇ徴�｡､徴ｫ徴ｪ徴ｹ庁､長�ﾅ�ﾍｽ陳ｬ塚｡庁｢徴ﾐ徴､徴ｪ徴､徴･ﾔ庁ｼ徴ﾀ徴･ｹ

0261204 Virendra Singh
庁ﾖInstruction-Based Self-Testing of Performance Oriented Faults in Modern Processors庁ﾗ

Abstract
Aggressive microprocessor design methodologies using gigahertz clock and very deep sub-micron technology are necessitating the use of at-speed testing of small and distributed timing defects caused by process variations during manufacturing. A primary objective of such tests is to test for the faults that can lead to performance degradation, such as delay faults. However, at-speed testing using external tester is not an economically viable scheme and hardware BIST leads to unacceptable performance loss and area overhead. A new paradigm, instruction-based self-testing, can alleviate these problems as it uses processor instructions to deliver the test patterns and collect the test responses. Also, it has the ability to link to low level fault models and it is well-suited methodology for testing processors, embedded processor cores, IP cores, and SoCs. Moreover, the same test can also be used for online periodic testing of processors to improve the reliability.

This thesis proposes an instruction-based self-testing methodology for delay fault testing of modern processors in a chronological way by first dealing with non-pipelined processors, and then pipelined processors and superscalar processor architectures.

In order to test a non-pipelined processor a graph theoretic model, called instruction execution graph based on the register transfer level description of the processor is developed. This model, in conjunction with the structural and functional information, is used to identify and classify all paths into functionally testable and untestable paths and to generate tests and test instruction sequences that can be applied in functional mode of operation of the processor. The completeness of the test method is guaranteed by extracting constraints for the paths that are testable.

The approach proposed above is expanded to include pipeline architectures. A new graph model, called pipeline instruction execution graph, is defined that captures the effect of executing multiple instructions concurrently. This graph model is then used to generate tests and test sequences for normal as well as forwarding paths between different stages of a pipeline processor.

Finally, the thesis explores path delay testing of superscalar architectures, one of the most complex architectures of the modern processors. Such architectures use out of order execution technique to enhance the throughput, which poses serious challenges to instruction-based testing. This thesis identifies test related issues. It proposes a superscalar processor model, called superscalar instruction execution graph, and provides a method of generating test programs that can force scheduler to execute the instructions in the desired order to test the processor.

The effectiveness of all the above stated approaches has been demonstrated through experimental results for some representative processors.

0361028 勅ｬ塚ﾜ庁｡鳥ﾒ
庁ﾖG徴ｿ徴･ﾑ徴ｯ直ﾁ銚ｦ栂ｷｿ直ﾍﾆ陳ﾎ彫ｬ徴ｪ徴齟･ｴ徴ﾞ庁ｼ調ｽ彫ｹ彫�ｺﾝ彫ﾎ徴､徴･ｿ庁ｼ徴ﾕ徴ｧ徴､徴ｹ彫ﾍｽ陳ｬ彫ｹ彫�ｼ齟ﾋ｡彫ﾎ諜ｫ鎚ｯ庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
G徴ｿ徴･ﾑ徴ｯ直ﾁ銚ｦ栂ｷｿ直ﾍﾆ陳ﾎ庁ﾊGPCRs庁ﾋ彫ﾏ庁｢捗ﾔ鎚ﾎ栂ﾊｪ彫ﾎ4諜苒ｰﾊ沈蜥､ﾀ齟､癇､�｡｢鎮ﾏ栂､ﾋ彫ｪ彫ｱ彫�ｽﾅ掴ﾗ彫ﾊ痛ｸ椎ｪ彫ﾎ腸�､ﾄ彫ﾇ彫｢彫�｡｣徴ﾛ徴�/徴ﾘ徴ﾆ徴峵､ﾎ徴ｪ徴齟･ｴ徴ﾞ庁ｼ彫ﾈ彫ｷ彫ﾆ彫竰ｵ｡追ｽ彫ｷ庁｢彫ｽ彫ﾎ勅ﾝ彫ﾎ徴齟･ｬ徴･ﾉ彫ﾎ鎮ｪ陳ﾀｭ庁ｦ珍ﾆ佃ﾂ賃ｭ彫ﾊ彫ﾉ彫ｬ徴竰･ﾎ徴ﾞ庁ｼ彫ﾈ彫ﾏ腸ﾛ彫ﾊ彫�､竰､ﾎ彫ｬ陳ｿ彫､彫ｳ彫ﾈ彫ｫ彫髓｡｢彫ｽ彫ﾎ徴癇･ｫ徴ﾋ徴ｺ徴� 彫ﾎ調ﾌﾀ彫ｬ朕ﾅ掴ﾗ彫ﾈ彫ﾊ彫ﾃ彫ﾆ彫ｭ彫ﾆ彫､彫�｡｣彫ﾞ彫ｿ庁｢徴､徴･ｿ庁ｼ徴ﾕ徴ｧ徴､徴ｹ彫ｬ掴ｽ陳ｬ彫ｵ彫�､�､ﾐ庁｢徴ｪ徴齟･ｴ徴ﾞ庁ｼ調ｽ彫ﾀｩ頂謦､ｹ彫�ﾄ纈ﾊｬ捗ﾒ賃ﾟ長ﾗ彫ﾎ捗ﾘ珍ﾋ彫ﾈ彫ﾊ彫�｡｣彫ｽ彫ｳ彫ﾇ庁｢調謦｡ｹ彫ﾏ通ﾝ陳ｸ捗ﾄ超､ﾎ通ｬ痛ﾛ彫� 掴ﾍﾑ彫ｷ彫ﾆ庁｢通ｬ捗ﾒ痛ｽ栂ﾌ彫ﾎ彫ﾉ彫ｳ彫ﾋ徴､徴･ｿ庁ｼ徴ﾕ徴ｧ庁ｼ徴ｹ彫ｬ腸ﾌ津ﾖ彫ｹ彫�､ｫ彫ﾍｽ陳ｬ彫ｹ彫�ｼ齟ﾋ｡彫ｳｫ鎚ｯ彫ｷ彫ｿ庁｣徴峵･ﾉ徴ﾗ徴ｷ徴｡｢張ﾄ2徴ﾉ庁ｼ徴ﾑ徴ﾟ徴ｼﾍﾆ陳ﾎ庁｢懲ﾂ2徴｢徴ﾉ徴�･ﾊ徴齟･ｼﾍﾆ陳ﾎ彫ﾊ彫ﾉ庁｢徴､徴･ｿ庁ｼ徴ﾕ徴ｧ庁ｼ徴ｹ彫ｬ超羽ﾃﾎ彫ﾎ徴ｯ徴髓･ｹAGPCRs彫ﾋ椎ｬ掴ﾑ彫ｷ彫ｿ彫ﾈ彫ｳ彫峵｡｢掴ｽ陳ｬ槻ﾎ腸闥､ﾏ直ﾂ頂ｳ椎ｪ彫ﾇ墜ｰﾆ彫ｵ彫�､ﾆ彫､彫�ﾎﾎ腸闥､ﾈ腸�ﾃﾗ彫ｷ彫ｿ庁｣朕ｾ彫ﾃ彫ﾆ庁｢調謦｡ｹ彫ｬ諜ｫ鎚ｯ彫ｷ彫ｿ直齟ﾋ｡彫ﾏ徴ｯ徴髓･ｹA GPCRs 彫ｬ徴ｪ徴齟･ｴ徴ﾞ庁ｼ調ｽ彫ｹ彫�ｺﾝ彫ﾎ徴､徴･ｿ庁ｼ徴ﾕ徴ｧ庁ｼ徴ｹ彫ｸ｡朕ﾐ彫ｹ彫�ｼ齟ﾋ｡彫ﾈ彫ｷ彫ﾆ掴ｭ掴ﾑ彫ﾇ彫｢彫�､ﾈ鳥ﾍ彫ｨ彫髓､�､�｡｣彫ｽ彫ｳ彫ﾇ庁｢徴､徴･ｿ庁ｼ徴ﾕ徴ｧ庁ｼ徴ｹ彫ｬ栂､津ﾎ彫ﾎ徴ｯ徴髓･ｹA GPCRs彫ﾘ椎ｬ掴ﾑ彫ｷ彫ｿ庁｣通ｬ捗ﾒ長ﾏ椎�直､ﾎ徴ｯ徴髓･ｹ徴ｿ徴齟･･ｰ彫ﾋ超､ﾅ彫ｭ庁｢跳｡追ｽ椎ｪ彫ﾋ椎ｲﾁ彫ﾇ彫｢彫�､ﾈ鳥ﾍ彫ｨ彫髓､�､�･ｵ徴ﾖ徴ｿ徴､徴ﾗ彫ｴ彫ﾈ彫ﾋ通ｬ彫ｱ彫ｿ頂蜥｡｢徴ｵ徴ﾖ徴ｿ徴､徴ﾗ彫ｴ彫ﾈ彫ﾎ徴､徴･ｿ庁ｼ徴ﾕ徴ｧ庁ｼ徴ｹ彫ﾍｽ陳ｬ彫ｷ彫ｿ庁｣彫ｽ彫ﾎ長� 調ﾌ庁｢槌ｱ彫ｸ徴ｵ徴ﾖ徴ﾕ徴｡徴ﾟ徴齟｡ｼ槌竰､ﾇ彫竰･ｵ徴ﾖ徴ｿ徴､徴ﾗ彫ｴ彫ﾈ彫ﾋ徴､徴･ｿ庁ｼ徴ﾕ徴ｧ徴､徴ｹ彫ｬ通ﾑ調ｽ彫ｷ彫ﾆ彫､彫ｿ庁｣彫ｵ彫髓､ﾋ庁｢腸苒ﾅﾁ賃ｭ銚ﾚ超ﾖ陳蜥ﾀｭ低ﾛ嬬ｻ彫ﾎ徴癇･ｫ徴ﾋ徴ｺ徴熬､ﾋ庁｢D2徴ﾉ庁ｼ徴ﾑ徴ﾟ徴ｼﾍﾆ陳ﾎ彫ｬ徴ｪ徴� 徴ｴ徴ﾞ庁ｼ調ｽ彫ｹ彫�ｺﾝ彫ﾎ徴､徴･ｿ庁ｼ徴ﾕ徴ｧ徴､徴ｹ腸ﾛ沈�､ｬ超ﾘ掴ｿ彫ｹ彫�､ｳ彫ﾈ彫ｬ直ｨ勅ｶ彫ｵ彫�､ｿ庁｣

Accumulating pharmacological and biochemical evidences have indicated that some G-protein-coupled receptors (GPCRs) form homo oligomers, hetero oligomers or both. The GPCRs oligomerizations are considered to be important for proper signal transduction. Furthermore, in some cases, the oligomerization has been suggested to be related to diseases. Therefore, an accurate prediction of the residues that interact upon oligomerization would further our understanding of signal transduction and the diseases in which GPCRs are involved. One of the complications for such a prediction is that the oligomerization interfaces differ with the subtypes, even within the same GPCR subfamily. Focusing on the distribution of residues conserved on the molecular surface in a particular subtype, we developed a new method to predict the interface for the GPCR oligomers, and applied it to several subtypes of known GPCRs to check the sensitivity. Subsequently, we found that predicted interfaces of rhodopsin, D2 dopamine receptor and 懲ﾂ2 adrenergic receptor agreed with the experimentally suggested interfaces, despite difference in the interface region among the three subtypes. Moreover, a highly conserved residue detected from the D2 dopamine receptor corresponded to a residue involved in a missense change found in the large family of myoclonus dystonia. Our observation suggestes the possibility that the disease is caused by the disorder of the oligomerization, although the molecular mechanism of the disease has not been revealed yet. The benefits and the pitfalls of the new method will be discussed, based on the results of the applications.

0361005 蝶ﾒ槌｣沈ｭ捗ﾋ
庁ﾖStudies on Policy Based Route Management for Intra-domain and Inter-domain networks庁ﾊ徴ﾉ徴癇･､徴ﾆ竰ｵﾚ彫ﾓ徴ﾉ徴癇･､徴ｴﾖ徴ﾍ徴ﾃ徴ﾈ徴�｡ｼ徴ｯ彫ﾎ徴ﾝ徴齟･ｷ彫ﾋ超､ﾅ彫ｯ長ﾐ佃ｩ超ﾉ掴�直齟ﾋ｡彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾋ庁ﾗ

Abstract

In the current network management, operators have to implement their network to fit their management policy. The management policy is a set of demands from customers and mandates from business administrations such as delay limits and usable bandwidth, capacity limit controls and so on. However, the management policy is too abstract so that more specific description and processing are required for generating configuration for each individual component as their reflections. The goal of my research is to design and implement Policy Based Route Management (PBRM) methods: namely to give measures for operators to describe their preferences on route selections, to convert their descriptions to the actual router configurations, and to confirm the network to fulfill the requirements and keep its consistency. According to the current routing management architecture, we have to split our efforts into two categories: inter-domain and intra-domain networks.

For the inter-domain network management, Routing Policy Specification Language (RPSL) is standardized by Internet Engineering Task Force (IETF) as a method to express an autonomous system's (AS's) routing policies. The RPSL was widely deployed, and operators can register their policies written in RPSL to Internet Routing Registry (IRR) and generate router configurations with a tool called IRRToolSet. However, if description on primary route, which is vital route for their network operation, is missing, the connectivity may be lost between routers when we apply the automatic generated configurations to the routers. To establish the PBRM for inter-domain networks, a mechanism to maintain the consistency of the policy is highly required. In my research, the mechanism called Policy Check Server is proposed. The Policy Check Server is a system to check consistencies between AS's policies that are submitted by multiple network operation entities. In the case an operator registers its autonomous system's routing policies to the IRR, Policy Check Server examines if the policies are consistent with the peer AS's policies. This Policy Check Server is implemented and in operation at JPNIC as its first step of deployment.

On the other hand, in the intra-domain network, there are few tools to establish PBRM so far. In the management of the intra-domain network, tools with Simple Network Management Protocol (SNMP) capability are widely used. Although SNMP tools can set OSPF link costs to various routers, operators still have to decide the actual values of the cost manually. This is a nature to cause misconfiguration of routers and instability of networks, so that an automation tool to ease operators' burden is highly expected. However, there has been no study that tried to establish a method that generates link costs from policies. In my research, the system with both automatic generation of link costs and consistency check with management policies is proposed.

In this dissertation, background and "needs" of the PBRM are revealed, then the details of two system proposed in my research are discussed. Through the deployment of my systems, the value and usefulness of my systems are confirmed, however, several issues discussed in the later section of this dissertation are also raised as the future work. In general, PBRM is my first step toward the policy based network management. There are multiple potential directions of this research. Their discussions are also included to this dissertations.

0361210 鎮･陳､庁｡鳥ｯ痛ﾗ
庁ﾖ調ﾀﾞ諜ﾊ捗ﾒ彫ﾍﾍﾑ彫ｷ彫ｿ徴ﾗ徴峵･ｸ徴ｧ徴ｯ徴ｷ徴迺･･ｷ徴ｹ徴ﾆ徴熬､ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

0261005 潰ﾞ椎ﾚ朕迺ｰ�
庁ﾖ徴ﾒ徴蜥｡ｼ徴ﾞ徴ﾎ徴､徴ﾉ徴峵･ﾜ徴ﾃ徴ﾈ彫ﾎ彫ｿ彫癇､ﾎ徴ﾞ徴�･ﾁ徴竰｡ｼ徴ﾀ徴�･､徴･ｿ徴髓･ｯ徴ｷ徴迺･､ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
銚癇ﾇｯ庁､直ﾂ超ﾄ銚ｭ調ｼ彫ﾇ彫ﾎ捗ﾈ掴ﾑ彫ｪ彫闥､ﾓ珍ﾍ超ﾖ彫ﾈ彫ﾎ銚ｦ陳ｸ彫ﾌﾜ椎ｪ彫ﾈ彫ｷ彫ｿ徴ﾒ徴蜥｡ｼ徴ﾞ徴ﾎ徴､徴ﾉ徴峵･ﾜ徴ﾃ徴ﾈ彫ﾎ頂ｦ跳謦､ｬ賃ｹ彫､ﾋ鳥ﾔ彫�､�､ﾆ彫ｪ彫齟｡､珍ﾍ彫ﾈ彫ﾎ銚ｨ墜ｴ勅賴ｶﾈ彫苒｡､珍ﾍ彫ﾎ賃ｸ諜闥ｶｴﾖ彫ﾋ彫ｪ彫ｱ彫�ｰﾜ槌ｰ椎､ｬ調ﾄ追ｽ彫ﾋ彫ﾊ彫齟､ﾄ彫ﾄ彫｢彫�｡･徴峵･ﾜ徴ﾃ徴ﾈ彫ﾎ跳｡鳥ｽ庁ｦ諜ｰ超ﾑ彫ｬ珍ﾍ超ﾖ彫ﾋ銚癇､､彫竰､ﾎ彫ﾋ通ﾑ調ｽ彫ｹ彫�､ｳ彫ﾈ彫ﾇ庁､珍ﾍ彫ﾈ彫ﾎ徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･ｷﾁ陳ﾖ彫竰ﾊﾑ掴ﾆ彫ｷ彫ﾄ彫ﾄ彫｢彫�､ｬ庁､直ｫ鎮ｳ彫ﾊ徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･､ﾈ頂ﾆ彫ﾙ彫�､竰､ﾎ彫ﾏ栂､彫ﾀ直ﾂ頂ｽ彫ｵ彫�､ﾆ彫､彫ﾊ彫､庁･
塚ﾜ頂ｦ跳謦､ﾎ栂ﾜ椎ｪ彫ﾏ庁､珍ﾍ彫ﾈ徴ﾒ徴蜥｡ｼ徴ﾞ徴ﾎ徴､徴ﾉ徴峵･ﾜ徴ﾃ徴ﾈ彫ﾈ彫ﾎ陳ﾐ佃ﾃ彫､闥､齟ｱﾟ諜齟､ﾋ鳥ﾔ彫ｦ彫ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ彫�･ｷ徴ｹ徴ﾆ徴熬､ｹｽ津ﾛ庁ｦ痛ｾ調ﾁ彫ｹ彫�ｻ､ﾇ彫｢彫�｡･直ﾂ頂ｽ彫ｵ彫�､ｿ徴ｷ徴ｹ徴ﾆ徴熬､ﾏ庁､超髓ｾﾊｷﾗ陳ｬ彫ﾋ彫闥､�･｢徴､徴ｳ徴･ｿ徴ｯ徴ﾈ彫ﾈ庁､陳迺ｸ�ﾗﾃ佃｢陳ｳ調ｻ賃ｼ追ｧ直ｱ徴ｨ徴･ｸ徴､ﾋ彫闥､�ｲｻ賃ｼ追ｧ直ｱ彫ｼｴ彫ﾈ彫ｷ彫ｿ徴ﾞ徴�･ﾁ徴竰｡ｼ徴ﾀ徴�､ﾊ徴､徴･ｿ徴髓･ｯ徴ｷ徴迺･ｵ｡追ｽ彫ﾆﾃ墜ｧ彫ﾈ彫ｹ彫�｡･
珍ﾍ超ﾖ彫ﾈ徴峵･ﾜ徴ﾃ徴ﾈ彫ﾈ彫ﾎ直ｫ鎮ｳ彫ﾊ徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･ｼ齟ﾃﾊ彫ﾈ彫ｷ彫ﾆ調ｻ賃ｼ陳ﾐ佃ﾃ彫ﾍﾑ彫､彫�､ｳ彫ﾈ彫ﾏ掴ｭ掴ﾑ彫ﾇ彫｢彫齟｡､朕ｾ掴闥､闥､齟ｿﾂｿ彫ｯ彫ﾎ頂ｦ跳謦､ｬ彫ﾊ彫ｵ彫�､ﾆ彫ｭ彫ｿ庁･彫ｷ彫ｫ彫ｷ彫ｽ彫�､ﾀ彫ｱ彫ﾇ彫ﾊ彫ｯ庁､痛ｽ沈､苒ｻ�ﾀ�彫ﾊ彫ﾉ彫ﾎ鎚ｸﾀ頂�ｾﾊ､竰ｼｫ鎮ｳ彫ﾊ陳ﾐ佃ﾃ彫ﾀｮ彫齟ﾎｩ彫ｿ彫ｻ彫�ｾ蜥､ﾇ鎚ｾ�､ﾋ朕ﾅ掴ﾗ彫ﾇ彫｢彫�､ﾈ鳥ﾍ彫ｨ彫髓､�､ﾆ彫､彫�｡･彫ｽ彫ｳ彫ﾇ塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ庁､彫ﾞ彫ｺ庁､頂ｦ跳謦･ﾗ徴髓･ﾃ徴ﾈ徴ﾕ徴ｩ庁ｼ徴熬､ﾈ彫ｷ彫ﾆ直ﾉﾕ腸ﾆ槌竰･峵･ﾜ徴ﾃ徴ﾈASKA彫ｹｽ津ﾛ彫ｷ庁､彫ｽ彫�ﾍﾑ彫､彫ﾆ鎚ｯ佃ﾃ捗�彫ﾋ彫ｪ彫ｱ彫�ﾍﾍﾑ直ﾔ彫ﾎ超髓ｾﾊ､ﾎ長ﾗ陳ｬ庁､彫ｪ彫闥､ﾓ彫ｽ彫ﾎ沈ﾊ､ﾎ長ｹ頂� 通ｬ賃ﾏ彫ｹﾔ彫ﾃ彫ｿ庁･彫ｳ彫ﾎ長�ｲﾌ彫ﾍﾍﾑ彫ｷ彫ﾆ庁､徴｢徴､徴ｳ徴･ｿ徴ｯ徴ﾈ彫ﾍﾑ彫､彫ｿ陳ﾐ佃ﾃ跳｡追ｽ彫SKA沈蜥､ﾋ直ﾂ鎮､ｷ庁､彫ｽ彫ﾎ頂｡沈ﾚ直ﾂ頂ｳ彫ｹﾔ彫ﾃ彫ｿ庁･彫ﾞ彫ｿ庁､徴ｸ徴ｧ徴ｹ徴ﾁ徴纈ﾇｧ直ｱ彫ﾈ調ｻ賃ｼ追ｧ直ｱ彫ﾅ�鳥迺､ｷ彫ｿ陳ﾐ佃ﾃ跳｡追ｽ彫ｼﾂ鎮､ｹ彫�､ｳ彫ﾈ彫ﾋ彫闥､齟｡､捗ﾘ直ｨ頂�､ｴﾞ彫熬ﾈｯ佃ﾃ彫ﾎ追ｧ直ｱ彫ｲﾄ追ｽ彫ﾋ彫ｹ彫�､ﾊ彫ﾉ庁､彫闥､齟ｼｫ鎮ｳ彫ﾊ陳ﾐ佃ﾃ彫ｲﾄ追ｽ彫ﾋ彫ｷ彫ｿ庁･
直｡彫ﾋ庁､徴ﾒ徴蜥｡ｼ徴ﾞ徴ﾎ徴､徴ﾉ徴峵･ﾜ徴ﾃ徴ﾈHRP-2彫ﾍﾍﾑ彫ｷ彫ｿ徴峵･ﾜ徴ﾃ徴ﾈ徴ｷ徴ｹ徴ﾆ徴熬､ｿｷ彫ｿ彫ﾋ鳥ｽ津ﾛ彫ｷ庁､ASKA彫ﾎ跳｡追ｽ彫ｰﾜ珍｢彫ｹ彫�､ｳ彫ﾈ彫ﾇ彫ｽ彫ﾎ徴ﾝ庁ｼ徴ｿ徴ﾓ徴齟･ﾆ徴｣彫ｳﾎ追ｧ彫ｷ彫ｿ庁･彫ｽ彫�､ﾋ調ﾃ彫ｨ庁､腸ﾊ鎮ｰ彫ﾎ徴ｷ徴ｹ徴ﾆ徴熬､ﾇ彫ﾏ跳｡鳥ｽ椎ｪ賃ｩ栂､ﾋ彫闥､齟ｺ､槌､ﾇ彫｢彫ﾃ彫ｿ追ﾄ捗�彫ﾈｼ彫ｦ直､ｱ椎ﾏ彫ｷ跳｡追ｽ彫苒｡､徴｢徴､徴ｳ徴･ｿ徴ｯ徴ﾈ彫ﾍﾍﾑ彫ｷ彫ｿ捗ｴ髓ｳｨ勅賴ﾀｮ跳｡追ｽ彫ｼﾂ鎮､ｹ彫�､ｳ彫ﾈ彫ﾇ庁､彫闥､齟ﾂｿ勅ﾌ彫ﾊ徴､徴� 徴ｿ徴髓･ｯ徴ｷ徴迺･､ｲﾄ追ｽ彫ﾋ彫ｷ彫ｿ庁･彫ﾞ彫ｿ庁､腸ｦ庁ｦ津ﾏ跳蜥ﾇ賴､ﾇ彫ﾎ徴ﾇ徴竰･･ｹ徴ﾈ徴�｡ｼ徴ｷ徴迺･ﾅ､ﾄﾌ彫ｷ彫ﾆ,直ﾂ超ﾄ銚ｭ調ｼ彫ﾇ直ﾂ沈ﾚ直ﾂ頂ｳ彫ｹﾔ彫ﾃ彫ｿ庁･
彫ｳ彫�､髓ﾆｼ�ﾎ熬､ﾎ徴､徴･ｿ徴髓･ｯ徴ｷ徴迺･･峵･ﾜ徴ﾃ徴ﾈ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ諜ｫ鎚ｯ庁ｦ蝶ｿ掴ﾑ彫ﾄﾌ彫ｸ彫ﾆ庁､徴｢徴､徴ｳ徴･ｿ徴ｯ徴ﾈ彫､ﾏ彫ｸ彫癇､ﾈ彫ｹ彫�ﾈｸﾀ頂�ｾﾊ､ﾈ調ｻ賃ｼ沈ﾊ､ｿﾍ彫ﾈ徴ﾒ徴蜥｡ｼ徴ﾞ徴ﾎ徴､徴ﾉ徴峵･ﾜ徴ﾃ徴ﾈ彫ﾈ彫ﾎ徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･､ﾋ掴ﾍﾑ彫ｹ彫�ｻ､ﾎ掴ｭ頂咊ﾀｭ彫ｳﾎ追ｧ彫ｷ彫ｿ庁･

0161004 跳ﾂ賃賴｡｡鳥ﾀ
庁ﾖ直ﾂ鳥ﾔ賃�ﾎｬ彫ﾋ超､ﾅ彫ｯ鳥竰･ｹ徴�｡ｼ徴ﾗ徴ﾃ徴ﾈ長ﾗ捗ｻ頂�彫ｱ徴ﾇ徴ｹ徴ｯ徴ﾈ徴ﾃ徴ﾗ徴ｰ徴齟･ﾃ徴ﾉ彫ﾎ頂ｦ跳謦｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
塚ﾜ佃ﾀ通ｸ彫ﾏ庁｢直ﾂ鳥ﾔ賃�ﾎｬ彫ﾋ超､ﾅ彫ｯ鳥竰･ｹ徴�｡ｼ徴ﾗ徴ﾃ徴ﾈ長ﾗ捗ｻ頂�彫ｱ徴ﾇ徴ｹ徴ｯ徴ﾈ徴ﾃ徴ﾗ徴ｰ徴齟･ﾃ徴ﾉ彫ﾎ鳥ｽ津ﾛ彫ﾋ彫ﾄ彫､彫ﾆ佃ﾀ彫ｸ彫�｡｣徴ﾇ徴ｹ徴ｯ徴ﾈ徴ﾃ徴ﾗ徴ｰ徴齟･ﾃ徴ﾉ彫ﾏ頂ﾄ珍ﾍ彫ｬ掴ﾍﾑ彫ｷ彫ﾆ彫､彫�ｷﾗ捗ｻ跳｡彫ﾎ掴ｷ跳ﾙ沈ﾂﾖ彫ｳ闥ﾍﾑ彫ｷ彫ｿ通ｬ捗ｶ徴ｳ徴･ﾔ徴蜥｡ｼ徴ﾆ徴｣徴･ｰ徴ｷ徴ｹ徴ﾆ徴熬､ﾇ庁｢彫｢彫�ﾌ苒ﾂ齟､ﾎ調ｶｴﾖ彫ｬ通ｬ諜苒ｲﾄ追ｽ彫ﾇ通ｬ諜苒､ｵ彫�､ｿ銚ｴﾖ彫ｬ陳ｾ彫ﾎ銚ｴﾖ彫ﾋ蝶ﾆ銚ﾁ彫ｵﾚ彫ﾜ彫ｹ彫ｳ彫ﾈ彫ｬ彫ﾊ彫､長ﾗ捗ｻ庁｢彫､彫�､謦､�ｹ竰･ｹ徴�｡ｼ徴ﾗ徴ﾃ徴ﾈ長ﾗ捗ｻ彫ﾋ椎ｬ彫ｷ彫ﾆ彫､彫�｡｣徴ﾇ徴ｹ徴ｯ徴ﾈ徴ﾃ徴ﾗ徴ｰ徴齟･ﾃ徴ﾉ彫ﾍﾍﾑ彫ｷ彫ﾆ鳥竰･ｹ徴�｡ｼ徴ﾗ徴ﾃ徴ﾈ長ﾗ捗ｻ彫ﾋ彫闥､�･ｷ徴ﾟ徴蜥･�｡ｼ徴ｷ徴迺･､ｼﾂ鳥ﾔ彫ｷ彫ｿ彫､掴ﾗ跳癇､ｬ鳥竰､ﾞ彫�ｰ�ﾊ�彫ﾇ庁｢徴ﾇ徴ｹ徴ｯ徴ﾈ徴ﾃ徴ﾗ徴ｰ徴齟･ﾃ徴ﾉ彫ｸ咊ｲﾌ椎ｪ彫ﾋ掴ﾍﾑ彫ｹ彫�ﾊ�塚｡庁｢銚ﾂﾎ椎ｪ彫ﾋ彫ﾏ庁｢徴ﾗ徴峵･ｰ徴髓･熬､ｳ苒､齟ﾅ､ﾆ彫�､ｿ彫癇､ﾎ長ﾗ捗ｻ跳｡彫ﾎ鎮ｪ鎚ｴ通�塚｡庁｢彫ｪ彫闥､ﾓ掴ﾍﾑ直ﾔ彫ﾎ捗賴ｹﾔ勅ｸ峵ﾆｰ勅賴､ﾋ超､ﾅ彫､彫ﾆ徴ﾗ徴峵･ｰ徴髓･熬､ﾎ直ﾂ鳥ﾔ彫ｽﾀ槌､ﾋ通ﾑ鳥ｹ彫ﾇ彫ｭ彫�ﾊ�塚｡彫ｬ痛ｬ掴ﾗ彫ﾇ彫｢彫�｡｣
塚ﾜ佃ﾀ通ｸ彫ﾇ彫ﾏ庁｢彫ﾞ彫ｺ庁｢徴ﾇ徴ｹ徴ｯ徴ﾈ徴ﾃ徴ﾗ徴ｰ徴齟･ﾃ徴ﾉ彫ﾈ直ﾂ鳥ﾔ賃�ﾎｬ彫ﾎ超ﾘ彫�､齟､ﾋ彫ﾄ彫､彫ﾆ栂ﾀ彫髓､ｫ彫ﾋ彫ｷ彫ｿ沈蜥､ﾇ庁｢徴ﾗ徴峵･ｰ徴髓･熬､ｳ苒､齟ﾅ､ﾆ彫�､ｿ彫癇､ﾎ長ﾗ捗ｻ跳｡彫ﾎ鎮ｪ鎚ｴ通�塚｡庁｢彫ｪ彫闥､ﾓ掴ﾍﾑ直ﾔ彫ﾎ捗賴ｹﾔ勅ｸ峵ﾆｰ勅賴､ﾋ超､ﾅ彫､彫ｿ朕ﾀ槌､ﾊ徴ﾗ徴峵･ｰ徴髓･熬ｼﾂ鳥ﾔ通ﾑ鳥ｹ通�塚｡彫ﾎ墜ｰﾆ彫､ｹ彫�｡｣徴ﾗ徴峵･ｰ徴髓･熬､ｳ苒､齟ﾅ､ﾆ彫�､ｿ彫癇､ﾎ長ﾗ捗ｻ跳｡彫ﾎ鎮ｪ鎚ｴ通�塚｡彫ﾋ彫ﾄ彫､彫ﾆ彫ﾏ庁｢長ﾗ捗ｻ跳｡朕齟ﾍｭ直ﾔ彫ﾋ彫闥､ﾃ彫ﾆ賃ｸ彫ｸ彫�ﾉ髓ｲﾙ彫ﾎ通ﾑ槌ｰ彫ｹﾍ槻ｸ彫ﾋ槌�彫�､ｿ掴ｷ跳ﾙ沈ﾂﾖ彫ﾎ長ﾗ捗ｻ跳｡彫ﾈｯ頂ｫ彫ｹ彫�ｵ｡鳥ｽ彫ﾄｰﾆ彫ｹ彫�｡｣長ﾗ捗ｻ跳｡朕齟ﾍｭ直ﾔ彫ﾎ掴ｷ跳ﾙ捗�超ﾖ彫ﾀﾑ銚ﾋ椎ｪ彫ﾋ掴ﾍﾑ彫ｹ彫�､ｳ彫ﾈ彫ｫ彫髓｡｢長ﾗ捗ｻ跳｡捗ｸｻ彫ﾎ掴ｭ頂咊ﾍﾍﾑ彫ｬ調ﾄ追ｽ彫ﾈ彫ﾊ彫�｡｣彫ﾞ彫ｿ庁｢掴ﾍﾑ直ﾔ彫ﾎ捗賴ｹﾔ勅ｸ峵ﾆｰ勅賴､ﾋ超､ﾅ彫､彫ｿ朕ﾀ槌､ﾊ徴ﾗ徴峵･ｰ徴髓･熬ｼﾂ鳥ﾔ通ﾑ鳥ｹ通�塚｡彫ﾋ彫ﾄ彫､彫ﾆ彫ﾏ庁｢徴ﾗ徴峵･ｰ徴髓･熬ｼﾂ鳥ﾔ朕迺ｽ､ｼｨ彫ｹ跳ｻ朕ﾑ彫ﾇ彫｢彫�･�｡ｼ徴ｯ徴ﾕ徴峵｡ｼ徴ｷ徴ｹ徴ﾆ徴熬､ﾋ津峵ﾌﾜ彫ｷ庁｢直ﾂ鳥ﾔ椎ﾓ津謦､ﾋ徴ﾗ徴峵･ｰ徴髓･熬､ﾋ掴ｿ彫ｨ彫�･ﾑ徴髓･癇｡ｼ徴ｿ彫ﾎ通ﾑ鳥ｹ彫ｲﾄ追ｽ彫ﾋ彫ｹ彫�･�｡ｼ徴ｯ徴ﾕ徴峵｡ｼ直ﾂ鳥ﾔ跳｡鳥ｽ彫ﾄｰﾆ彫ｹ彫�｡｣彫ｳ彫�､ﾋ彫闥､齟｡｢掴ﾍﾑ直ﾔ彫ﾎ陳ﾐ佃ﾃ椎ｪ槌ｰ勅賴､ﾋ彫闥､�･�｡ｼ徴ｯ徴ﾕ徴峵｡ｼ彫ﾋ超､ﾅ彫､彫ｿ徴ﾗ徴峵･ｰ徴髓･熬ｼﾂ鳥ﾔ彫ｬ調ﾄ追ｽ彫ﾋ彫ﾊ彫�､ｳ彫ﾈ彫ｫ彫髓｡｢掴ﾍﾑ直ﾔ彫ﾎ津ﾎ直ｱ彫苒ｷﾐ頂ｳ彫ﾋ超､ﾅ彫､彫ｿ徴ｷ徴ﾟ徴蜥･�｡ｼ徴ｷ徴迺･､ｼﾂ頂ｽ彫ﾇ彫ｭ彫�､闥､ｦ彫ﾋ彫ﾊ彫�｡｣
直｡彫ﾋ庁｢塚ﾜ佃ﾀ通ｸ彫ﾇ墜ｰﾆ彫ｹ彫�ｵｻ朕ﾑ彫ﾎ掴ｭ頂咊ﾀｭ彫ｸ｡沈ﾚ彫ｹ彫�､ｿ彫癇､ﾋ庁｢鳥竰･ｹ徴�｡ｼ徴ﾗ徴ﾃ徴ﾈ長ﾗ捗ｻ彫ﾎ腸�ﾎ纈､ﾇ彫｢彫�･ｿ徴･ﾑ徴ｯ直ﾁ槻ｩ陳ﾎ鳥ｽ陳､掴ｽ陳ｬ彫ｼ闥､齟ｾ蜥､ｲ庁｢徴ｿ徴･ﾑ徴ｯ直ﾁ槻ｩ陳ﾎ鳥ｽ陳､掴ｽ陳ｬ頂�彫ｱ徴ｰ徴齟･ﾃ徴ﾉ超ﾄ銚ｭ彫ﾋ蝶�掴ﾑ彫ｷ彫ｿ庁｣墜ｰﾆ彫ｹ彫�ﾍｷ跳ﾙ沈ﾂﾖ彫ﾎ長ﾗ捗ｻ跳｡彫ﾈｯ頂ｫ彫ｹ彫�ｵ｡鳥ｽ彫ﾋ彫闥､齟｡｢朕齟ﾍｭ直ﾔ彫ｬ彫､彫�ｴﾄ銚ｭ彫ﾇ彫｢彫ﾃ彫ﾆ彫�24徴ﾗ徴峵･ｻ徴ﾃ徴ｵ椎�ｺﾜ彫ﾎ通ﾂ槻ｷﾗ捗ｻ跳｡彫ﾋ鎚謦､ﾙ彫ﾆ鳥竰ﾂｮ彫ﾋ朕闥ﾍ�彫ｬ彫ﾇ彫ｭ彫�､ｳ彫ﾈ庁｢彫ﾞ彫ｿ庁｢徴ﾑ徴髓･癇｡ｼ徴ｿ彫ﾎ通ﾑ鳥ｹ彫ｬ調ﾄ追ｽ彫ﾊ徴�｡ｼ徴ｯ徴ﾕ徴峵｡ｼ直ﾂ鳥ﾔ跳｡鳥ｽ彫ﾋ彫闥､齟･ｰ徴齟･ﾃ徴ﾉ超ﾄ銚ｭ彫ﾇ掴ﾍﾑ直ﾔ彫ﾎ捗賴ｹﾔ勅ｸ峵ﾆｰ勅賴､ｬ調ﾄ追ｽ彫ﾋ彫ﾊ彫ﾃ彫ｿ彫ｳ彫ﾈ彫ｳﾎ追ｧ彫ｷ彫ｿ庁｣
腸ﾊ沈蜥､ﾎ直闥､齟ﾁﾈ彫ﾟ彫ｫ彫髓｡｢塚ﾜ佃ﾀ通ｸ彫ﾇ墜ｰﾆ彫ｹ彫�ﾍｷ跳ﾙ沈ﾂﾖ彫ﾎ長ﾗ捗ｻ跳｡彫ﾈｯ頂ｫ彫ｹ彫�ｵ｡鳥ｽ彫ｪ彫闥､ﾓ徴ﾑ徴髓･癇｡ｼ徴ｿ彫ﾎ通ﾑ鳥ｹ彫ｬ調ﾄ追ｽ彫ﾊ徴�｡ｼ徴ｯ徴ﾕ徴峵｡ｼ直ﾂ鳥ﾔ跳｡鳥ｽ彫ﾏ直ﾂ鳥ﾔ賃�ﾎｬ彫ﾋ超､ﾅ彫､彫ｿ徴ﾇ徴ｹ徴ｯ徴ﾈ徴ﾃ徴ﾗ徴ｰ徴齟･ﾃ徴ﾉ彫ﾈ彫ｷ彫ﾆ鳥ｽ津ﾛ彫ｹ彫�､ｳ彫ﾈ彫ｬ調ﾄ追ｽ彫ﾇ彫｢彫�｡｣

0161002 陳ｭ槻ｩ庁｡調ﾂ跳ﾗ
庁ﾖ超髓ｾﾊ､ﾈ超ﾄ銚ｭ長ﾗ陳ｬ彫ﾋ超､ﾅ彫ｯ椎�ｾ闥ｷｿ腸ﾜ槌ｰ徴峵･ﾜ徴ﾃ徴ﾈ彫ﾎ徴謦｡ｼ徴ｶ捗ﾙ蝶迺･ｷ徴ｹ徴ﾆ徴熬､ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

0361020 墜ﾔ庁｡槻ｵ追ｷ調�
庁ﾖ賃蜥｡ﾝ頂�諜ｸ賃ﾜ珍ｨ腸ｵ通ｬ痛ﾛ長ﾗ陳ｬ彫ﾋ超､ﾅ彫ｯ頂�鳥ﾐ跳｡追ｽ彫ﾎ調ﾀﾏ彫ﾈ直｣槻ﾅ彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

0361213 跳ﾜ勅齟｡｡賃ｯ蝶ﾑ
庁ﾖ徴ｷ徴ｹ徴ﾆ徴熬･ｪ徴･ﾁ徴ﾃ徴ﾗ彫ﾎ徴ﾆ徴ｹ徴ﾈ調ﾏｩ栂ﾌ賃ﾑ彫ﾈ徴ﾆ徴ｹ徴ﾈ直ﾂ鳥ﾔ捗�超ﾖ彫ﾄ纈ｸｺ彫ｹ彫� 徴ﾆ徴ｹ徴ﾈ掴ﾆ腸ﾗ調ｽ賃ﾟ長ﾗ直齟ﾋ｡彫ﾎ頂ｦ跳�(Studies on DFT for Reducing Its Area and Test Application Time of System-on-a-Chip)庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
徴ｷ徴ｹ徴ﾆ徴熬･ｪ徴･ﾁ徴ﾃ徴ﾗ(system-on-a-chip: 腸ﾊ調ｼSoC彫ﾈ跳ｭ朕ﾒ)彫ﾏ掴ﾍ庁ｹ彫ﾊ跳｡追ｽ彫ﾎ張ﾉ張ﾐ徴ｳ徴｢彫ﾅ�ｺﾜ彫ｹ彫�｡｣槻纈､ｨ彫ﾐ庁｢徴ｫ庁ｼ徴ﾊ徴ﾓ徴ｲ庁ｼ徴ｷ徴迺･ﾍﾑSoC彫ﾏ庁｢調ｻ賃ｼ徴ｬ徴､徴ﾉ彫ﾎ彫ｿ彫癇､ﾎ調ｻ頂ｻ掴ﾑ張ﾉ張ﾐ庁､調闥ﾁ�ﾉｽ直ｨ掴ﾑ彫ﾎ蝶ﾕ沈ｽ徴ｳ徴･ﾈ徴峵｡ｼ徴髓｣ﾉ張ﾐ椎､ﾅ�ｺﾜ彫ｷ庁｢朕ｾ掴闥ｸﾄ通ﾌ彫ﾎ張ﾌ張ﾓ張ﾉ彫ﾇ直ﾂ頂ｽ彫ｷ彫ﾆ彫､彫ｿ跳｡追ｽ彫｣ｱ彫ﾄ彫ﾎ張ﾌ張ﾓ張ﾉ彫ﾇ直ﾂ頂ｽ彫ｹ彫�｡｣彫ｳ彫ﾎ彫ｳ彫ﾈ彫ﾋ彫闥､齟｡｢徴峵･ｸ徴ﾃ徴ｯ痛ﾊｬ彫ｬ陳迺ｵｬ栂ﾏ調ｽ彫ｷ庁｢彫ﾞ彫ｿ彫ｽ彫�､ｾ彫�､ﾎ跳｡追ｽ彫ﾋ鳥迺､�､ｻ彫ｿ徴癇･竰･齟､ｬ痛ｬ掴ﾗ彫ﾈ彫ﾊ彫�､ｿ彫癇｡｢陳ｿ直�ﾂｿ掴ﾍ彫ﾊ徴癇･竰･齟､ｬ勅ｮ勅ﾜ彫ｵ彫�､�｡｣銚癇ﾇｯ彫ﾇ彫ﾏ庁｢槌ｰ勅賴ｼ�追ﾈ珍､苒･ｵ徴､徴ｺ彫ﾎ腸ﾛ彫ﾊ彫�･癇･竰･齟､�1000頂ﾄ腸ﾊ沈蜥ﾅ�ｺﾜ彫ｹ彫�ﾀｽ痛ﾊ彫ｬ賃ｽ陳､彫ｵ彫�､ﾆ彫､彫�｡｣賃ｽ陳､跳ｻ朕ﾑ彫ﾎ珍ﾊ通竰､ﾈ彫ﾈ彫竰､ﾋ庁｢SoC彫ﾎ跳｡追ｽ彫竰ﾁ�陳迺､ｹ彫�､ｿ彫癇｡｢徴峵･ｸ徴ﾃ徴ｯ痛ﾊｬ彫ﾎ陳迺ｵｬ栂ﾏ調ｽ庁｢徴癇･竰･齟ﾌﾌ賃ﾑ庁ｦ頂ﾄ珍､ﾎ鎮�調ﾃ彫ｬ珍ﾊ鳥ﾔ彫ｹ彫�｡｣2010追ｯ彫ﾎ捗�椎ﾀ彫ﾇSoC彫ﾎ徴� 徴ｸ徴ﾃ徴ｯ痛ﾊｬ彫ﾏ1調ｯ徴ｲ庁ｼ徴ﾈ庁｢栂ﾌ賃ﾑ彫ﾎ7諜苒､ﾏ徴癇･竰･齟､ｬ賃齟､癇､�ｸｫ鳥�彫ﾟ彫ﾇ彫｢彫�｡｣

沈蜥､ﾋ朕ﾒ彫ﾙ彫ｿ長ｹ頂�彫ｫ彫髓｡｢SoC彫ﾎ徴ﾆ徴ｹ徴ﾈ彫ﾋ超ﾘ彫ｷ彫ﾆ彫ﾏ腸ﾊ調ｼ彫ﾎ調ﾝ陳齟､ｬ彫｢彫�｡｣彫ﾞ彫ｺ庁｢徴峵･ｸ徴ﾃ徴ｯ痛ﾊｬ彫ﾋ超ﾘ彫ｷ彫ﾆ彫ﾏ庁｢陳迺ｵｬ栂ﾏ調ｽ彫ﾋ彫闥､齟･ﾆ徴ｹ徴ﾈ直ﾂ鳥ﾔ捗�超ﾖ彫ｬ鎮�陳迺､ｹ彫�｡｣彫ﾞ彫ｿ庁｢沈ﾃ鎚ﾅﾅ槻ﾏ彫ﾎ賃ｩ栂､ﾋ彫闥､齟｡｢鎮ｴ徴ﾁ徴ﾃ徴ﾗ腸�ｳ迺､ﾇ徴ﾆ徴ｹ徴ﾈ彫ｹﾔ彫ｦ彫ｳ彫ﾈ彫ﾏ勅､槌､ﾋ彫ﾊ彫�､ﾈ鳥ﾍ彫ｨ彫髓､�､�｡｣朕ｾ彫ﾃ彫ﾆ庁｢鎮ﾈ彫ﾟ鳥�彫ﾟ徴ｳ徴｢塚闥､ﾋ徴ﾆ徴ｹ徴ﾈ彫ｹﾔ彫､庁｢徴ﾁ徴ﾃ徴ﾗ鎮ｴ陳ﾎ彫ﾎ槌ｰ勅賴､ﾊﾝ沈ﾚ彫ｹ彫�ﾁﾈ彫ﾟ鳥�彫ﾟ徴ｳ徴｢徴ﾆ徴ｹ徴ﾈ庁｢彫｢彫�､､彫ﾏ徴ｯ徴峵･ﾃ徴ｯ徴ﾉ徴癇･､徴ﾃｱ腸ﾌ彫ﾎ徴ﾆ徴ｹ徴ﾈ彫ﾈ彫､彫ﾃ彫ｿ調ﾏｩ彫� 痛ﾊｬ椎ｪ彫ﾋ槌ｰ勅賴､ｵ彫ｻ彫�･ﾆ徴ｹ徴ﾈ通�直ｰ彫ｬ勅ﾎ掴ﾑ彫ｵ彫�､�､ﾈ捗ﾗ彫�､�､�｡｣彫ｳ彫ﾎ彫ﾈ彫ｭ徴ﾆ徴ｹ徴ﾈ直ﾂ鳥ﾔ捗�超ﾖ彫ｽﾐ掴闥､�ｸﾂ彫齟ｾｮ彫ｵ彫ｯ彫ｹ彫�､ｿ彫癇､ﾋ庁｢SoC彫ﾎ諜ｰ痛･ﾔ徴ｿ｡｢徴ﾆ徴ｹ徴ﾈ捗�鎮峵ｾﾃ鎚ﾅﾅ槻ﾏ庁｢栂ﾌ賃ﾑ庁｢跳ﾚ彫ﾓ捗ﾈ掴ﾑ彫ｹ彫�･ﾆ徴ｹ徴ｿ彫ﾋ椎�ｺﾜ調ﾄ追ｽ彫ﾊ徴ﾆ徴ｹ徴ﾈ徴ﾇ庁ｼ徴ｿ槻ﾌ椎､ﾎ掴ﾍ庁ｹ彫ﾊ賃ｩ栂ｾｷ�､ｹﾍ槻ｸ彫ｷ庁｢椎ｬ賃ﾚ彫ﾊ徴ﾆ徴ｹ徴ﾈ徴ｹ徴ｱ徴ｸ徴蜥｡ｼ徴�､ｺ賴ﾀｮ彫ｹ彫�ﾉｬ掴ﾗ彫ｬ彫｢彫�｡｣彫ﾞ彫ｿ庁｢頂ﾄ庁ｹ彫ﾎ痛ﾊｬ調ﾏｩ彫ﾎ徴ﾆ徴ｹ徴ﾈ直齟ﾋ｡彫ﾏ庁｢沈蜥ｵｭ彫ﾎ賃ｩ栂ｾｷ�､ﾈ彫ｽ彫ﾎ調ﾏｩ彫ﾋ掴ﾗ跳癇､ｵ彫�､�･ﾆ徴ｹ徴ﾈ痛ﾊ直ﾁ彫ﾋ�彫ｿ彫ｷ庁｢彫ｫ彫ﾄ徴ﾆ徴ｹ徴ﾈ徴ｳ徴ｹ徴ﾈ彫ｬ勅ﾇ沈ｮ彫ﾈ彫ﾊ彫�､闥､ｦ彫ﾋ徴ﾆ徴ｹ徴ﾈ掴ﾆ腸ﾗ調ｽ賃ﾟ長ﾗ直齟ﾋ｡(design for test:腸ﾊ調ｼDFT彫ﾈ跳ｭ朕ﾒ)彫ﾎ鎮ｪ陳､ｹﾔ彫ｦ彫ｳ彫ﾈ彫ｬ塚ｾ彫ﾞ彫ｷ彫､庁｣直｡彫ﾋ庁｢徴癇･竰･齟ﾉﾊｬ彫ﾋ超ﾘ彫ｷ彫ﾆ彫ﾏ庁｢陳ｿ珍､ﾎ槌竰ﾂ｢徴癇･竰･齟､ﾎ徴ﾆ徴ｹ徴ﾈ彫ｳｰ痛･ﾆ徴ｹ徴ｿ彫ｫ彫髓ｸﾄ庁ｹ彫ﾋ直ﾂ捗ﾜ彫ｹ彫�､ﾈ徴ﾆ徴ｹ徴ﾈ直ﾂ鳥ﾔ捗�超ﾖ彫ｬ鎮�陳迺､ｷ庁｢鎚ｸｽ直ﾂ椎ｪ彫ﾊ徴ｳ徴ｹ徴ﾈ彫ｬ彫ｫ彫ｫ彫ﾃ彫ﾆ彫ｷ彫ﾞ彫ｦ庁｣彫ｳ彫ﾎ彫ｿ彫癇｡｢LSI槌竰ﾉ､ﾋ徴ﾆ徴ｹ徴ﾈ徴ﾑ徴ｿ庁ｼ徴､ﾎ鎚ｯ賃ｸ彫ﾈ朕ﾐ槻ﾏ蝶�椎咊､ﾎ槻ﾉ鎚ﾝ鎚ｽ墜齟､ｹﾔ彫ｦ跳｡鳥ｽ彫ﾀﾟ彫ｱ彫ｿ鎮ﾈ彫ﾟ鳥�彫ﾟ直ｫ頂ﾊ徴ﾆ徴ｹ徴ﾈ通�直ｰ(built-in self-test:腸ﾊ調ｼBIST彫ﾈ跳ｭ朕ﾒ)彫ﾍﾑ彫､庁｢頂ﾄ庁ｹ彫ﾎ徴癇･竰･齟､ﾆｱ捗�彫ﾋ徴ﾆ徴ｹ徴ﾈ彫ｹ彫�､ﾎ彫ｬ腸�ﾈﾌ椎ｪ彫ﾇ彫｢彫�｡｣彫ｷ彫ｫ彫ｷ庁｢徴癇･竰･齟､ﾎ直�ﾎ熬､ﾈ頂ﾄ珍､ﾎ鎮�調ﾃ彫ﾏ庁｢徴ﾆ徴ｹ徴ﾈ捗�彫ﾎ沈ﾃ鎚ﾅﾅ槻ﾏ彫ﾎ鎮�陳迺､ﾈBIST調ﾏｩ栂ﾌ賃ﾑ彫ﾎ鎮�陳迺､ﾋ彫ﾄ彫ﾊ彫ｬ彫齟｡｢槌竰ﾂ｢徴癇･竰･齟､ﾅｬ賃ﾚ彫ﾊ徴ｳ徴ｹ徴ﾈ彫ﾇ徴ﾆ徴ｹ徴ﾈ彫ｹ彫�､ｳ彫ﾈ彫ﾏ跳ﾞ陳ｮ彫ﾋ勅､槌､ﾈ彫ﾊ彫齟､ﾄ彫ﾄ彫｢彫�｡｣槌ﾃ彫ﾋ庁｢沈ｮ跳ｬ栂ﾏ彫ﾊ徴癇･竰･齟､ﾎ沈�ｹ迺､ﾏ BIST調ﾏｩ彫ﾎ栂ﾌ賃ﾑ彫ｬ鎮齟ﾂﾐ椎ｪ彫ﾋ陳迺､ｭ彫ｯ彫ﾊ彫�､ｿ彫癇｡｢BIST調ﾏｩ彫ﾎ栂ﾌ賃ﾑ墜纈ｸｺ直齟ﾋ｡彫ｬ朕ﾅ掴ﾗ彫ﾈ彫ﾊ彫�｡｣

腸ﾊ沈蜥､ﾎ調ﾝ陳齟､ﾋ陳ﾐ彫ｷ彫ﾆ庁｢彫ﾞ彫ｺ徴峵･ｸ徴ﾃ徴ｯ痛ﾊｬ彫ﾎ鎮ﾈ彫ﾟ鳥�彫ﾟ徴ｳ徴｢徴ﾆ徴ｹ徴ﾈ彫ﾁｰ墜､ﾈ彫ｷ彫ﾆ庁｢徴ﾆ徴ｹ徴ﾈ直ﾂ鳥ﾔ捗�超ﾖ勅ﾇ津ｻ調ｽ彫ﾌﾜ痛ｸ彫ﾈ彫ｷ彫ｿDFT 鎮ｪ陳ﾌ苒ﾂ齟､ﾄ齟ｼｰ調ｽ彫ｷ庁｢諜ﾆ徴ｳ徴｢彫ﾎDFT鎮ｪ陳､ﾊﾑ鳥ｹ彫ｷ彫ﾊ彫ｬ彫髓･ﾆ徴ｹ徴ﾈ徴ｹ徴ｱ徴ｸ徴蜥｡ｼ徴齟･･ｰ彫ｼﾂ鳥ﾔ彫ｷ庁｢greedy塚｡彫ﾋ彫闥､鵐FT鎮ｪ陳､ｺﾇ椎ｬ調ｽ彫ｹ彫�ｼ齟ﾋ｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡｣彫ﾞ彫ｿ庁｢痛ｾ調ﾁ直ﾂ頂ｳ彫ﾋ彫闥､齟､ｽ彫ﾎ掴ｭ頂咊ﾀｭ彫ｼｨ彫ｹ庁｣直｡彫ﾋ庁｢徴癇･竰･齟ﾉﾊｬ彫ﾎ調ﾏｩ栂ﾌ賃ﾑ彫ﾎ墜纈ｸｺ直齟ﾋ｡彫ﾈ彫ｷ彫ﾆ庁｢張ﾂ張ﾉ張ﾓ張ﾔ調ﾏｩ彫ﾎ銚ｦ掴ｭ彫ﾋ彫闥､�ﾌﾌ賃ﾑ勅ﾇ沈ｮ調ｽ彫ﾎ彫ｿ彫癇､ﾎ徴癇･竰･齟･ｰ徴�｡ｼ徴ﾗ調ｽ直齟ﾋ｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ庁｢痛ｾ調ﾁ直ﾂ頂ｳ彫ﾋ彫闥､齟ﾍｭ頂咊ﾀｭ彫ｼｨ彫ｹ庁｣

0461025 津謦ﾂｼ庁｡塚ｧ鳥ﾔ
庁ﾖStudies on Defect Level and Diagnosis for Built-in Self Test Architecture(鎮ﾈ彫ﾟ鳥�彫ﾟ直ｫ頂ﾊ徴ﾆ徴ｹ徴ﾈ通�直ｰ彫ﾋ彫ｪ彫ｱ彫�ﾉﾔ槻ﾉ槻ｨ彫ｪ彫闥､ﾓ頂ﾎ沈纈ｿﾇ津ﾇ彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳�)庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
銚癇ﾇｯ庁｢鎮ﾈ彫ﾟ鳥�彫ﾟ直ｫ頂ﾊ徴ﾆ徴ｹ徴ﾈ通�直ｰ庁ﾊ張ﾂ張ﾉ張ﾓ張ﾔ庁ﾋ彫ﾏ陳ｿ彫ｯ彫ﾎ張ﾌ張ﾓ張ﾉ彫ﾇ掴ﾑ彫､彫髓､�､ﾆ彫､彫�｡｣彫ｷ彫ｫ彫ｷ庁｢張ﾂ張ﾉ張ﾓ張ﾔ通�直ｰ彫ﾋ彫ﾏ張ｲ彫ﾄ彫ﾎ栂苒ﾂ齟ﾅﾀ彫ｬ彫｢彫�｡｣腸�､ﾄ彫ﾏ張ﾂ張ﾉ張ﾓ張ﾔ調ﾏｩ彫ﾏ徴ﾆ徴ｹ徴ﾈ陳ﾐ沈ﾝ調ﾏｩ彫ﾈ槌ｱ彫ｸ張ﾌ張ﾓ張ﾉ彫ﾋ椎�ｺﾜ彫ｵ彫�ﾀｽ陳､彫ｵ彫�､�､ｿ彫癇｡｢張ﾂ張ﾉ張ﾓ張ﾔ調ﾏｩ直ｫ珍ﾈ彫ｬ頂ﾎ沈纈､ｷ彫ﾆ彫､彫�ｲﾄ追ｽ賃ｭ彫ｬ彫｢彫�､ｳ彫ﾈ彫ﾇ彫｢彫�｡｣朕ｾ彫ﾃ彫ﾆ庁｢張ﾂ張ﾉ張ﾓ張ﾔ調ﾏｩ彫ﾎ珍ｮ掴齟ﾀｭ彫ｬ庁｢徴ﾆ徴ｹ徴ﾈ直ﾂ捗ﾜ頂蜥､ﾎ張ﾌ張ﾓ張ﾉ彫ﾎ痛ﾔ槻ﾉ槻ｨ彫ﾋ彫ﾉ彫�､ﾀ彫ｱ蝶ﾆ銚ﾁ彫ｹ彫�､ｫ彫ﾉｾ調ﾁ彫ｹ彫�､ｳ彫ﾈ彫ﾏ朕ﾅ掴ﾗ彫ﾇ彫｢彫�｡｣彫竰､ｦ腸�､ﾄ彫ﾎ栂苒ﾂ齟､ﾏ庁｢張ﾂ張ﾉ張ﾓ張ﾔ超ﾄ銚ｭ調ｼ彫ﾋ彫ｪ彫ｱ彫�ｸﾎ沈纈ｿﾇ津ﾇ彫ﾇ彫｢彫�｡｣張ﾂ張ﾉ張ﾓ張ﾔ通�直ｰ彫ﾇ彫ﾏ庁｢朕ﾐ槻ﾏ蝶�椎咊､･ｷ徴ｰ徴ﾍ徴ﾁ徴纈､ﾋ腸ｵ朕ﾌ彫ｷ彫ﾆ鎚謦ｳﾓ彫ｹ彫�､ｿ彫癇｡｢沈ｯ彫ﾊ彫､徴ﾆ徴ｹ徴ｿ庁ｼ彫ﾎ跳ｭ調ｱ槻ﾎ腸� 彫ﾇ庁｢彫ｽ彫ﾎ賃ｭ追ｽ彫ﾄｶ彫ｨ彫�､闥､ｦ彫ﾊ鳥竰ﾂｮ彫ﾊ調ﾏｩ彫ﾎ徴ﾆ徴ｹ徴ﾈ彫竰ｲﾄ追ｽ彫ﾇ彫｢彫�｡｣腸�ﾊ�庁｢朕ﾐ槻ﾏ蝶�椎咊､ｰｵ朕ﾌ彫ｹ彫�､ｳ彫ﾈ彫ﾏ頂ﾎ沈纈ｿﾇ津ﾇ彫ｺ､槌､ﾋ彫ｹ彫�｡｣徴ｷ徴ｰ徴ﾍ徴ﾁ徴纈ｰｵ朕ﾌ超�､ｫ彫髓ﾆﾀ彫髓､�､�｡｢槻ﾉ痛ﾊ庁ｿ痛ﾔ槻ﾉ痛ﾊ鎚ｽ墜齟､ﾏ庁｢痛ﾔ槻ﾉ調ﾕ朕齟､ﾞ彫ﾇ彫ﾆﾃ墜齟､ｹ彫�､ﾋ彫ﾏ痛ﾔ朕ｽ通ｬ彫ﾊ沈ﾊ､ﾇ彫｢彫�｡｣

塚ﾜ頂ｦ跳謦､ﾎ鎮ｰ鎚ｾ彫ﾇ彫ﾏ庁｢痛ﾔ槻ﾉ槻ｨ庁｢通竰ﾎｱ庁｢頂ﾎ沈纈ｸ｡朕ﾐ槻ｨ彫ﾎ超ﾘ長ｸ徴竰･ﾇ徴�､ｸｫ墜ｾ彫ｹ庁｣槌ﾃ彫ﾋ庁｢張ﾂ張ﾉ張ﾓ張ﾔ調ﾏｩ彫ｬ頂ﾎ沈纈､ｹ彫�ｲﾄ追ｽ賃ｭ彫ｬ彫ｳ彫ﾎ超ﾘ長ｸ徴竰･ﾇ徴�､ﾋ彫ﾉ彫ﾎ彫闥､ｦ彫ﾊ蝶ﾆ銚ﾁ彫､竰､ｿ彫髓､ｹ彫ﾎ彫ｫ彫ｼｨ彫ｹ庁｣塚ﾜ頂ｦ跳謦､ﾎ頂蜥ﾈｾ彫ﾇ彫ﾏ庁｢墜纈ﾂｮ彫ﾊ徴ﾆ徴ｹ徴ｿ庁ｼ彫ﾍﾑ彫､彫ﾆ庁｢鳥竰ﾂｮ彫ﾊ調ﾏｩ彫ﾎ蝶�椎咊､ｴﾑ陳ｬ彫ｹ彫�ﾊ�塚｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡｣彫ﾞ彫ｺ庁｢徴ｨ徴､徴齟･｢徴ｹ彫苒ｲﾏｩ鎮�彫ﾎ蝶ﾆ銚ﾁ彫ｬ栂ｵ彫ｯ庁｢彫ｫ彫ﾄ彫ﾎ超ｰ鎮ｴ彫ﾋ彫ｹ彫ﾙ彫ﾆ彫ﾎ頂峵､齟､ﾆﾃ墜齟､ﾇ彫ｭ彫�ｼ齟ﾋ｡彫ﾄｰﾆ彫ｹ彫�｡｣直｡彫ﾋ庁｢彫ｽ彫ﾎ直齟ﾋ｡彫ｳﾈ墜･彫ｷ庁｢徴ｷ徴ｰ徴ﾍ徴ﾁ徴纈｡ｼ腸ｵ朕ﾌ超�､ﾍﾑ彫､彫ﾆ徴ﾆ徴ｹ徴ﾈ直ﾂ鳥ﾔ捗�超ﾖ彫ﾃｻ朕ﾌ彫ｹ彫�｡｣塚ﾜ直齟ﾋ｡彫ﾏ庁｢張ﾂ張ﾉ張ﾓ張ﾔ超ﾄ銚ｭ彫ﾋ彫ｪ彫､彫ﾆ直ﾂ掴ﾑ椎ｪ彫ﾊ徴ﾆ徴ｹ徴ﾈ直ﾂ鳥ﾔ捗�超ﾖ彫ﾇ鎮ｴ彫ﾆ彫ﾎ頂峵､齟､ﾎ槌ﾃ墜齟､ｬ調ﾄ追ｽ彫ﾇ彫｢彫�｡｣

0361041 Zhiqiang You
庁ﾖStudies on Power Constrained Test Techniques for VLSI Circuits庁ﾗ

Abstract
Due to the chip density increasing drastically, power consumption becomes one of the most important factors of VLSI design. Furthermore, power and energy consumption of digital systems are considerably higher in test mode than in normal mode. This extra power consumption leads to many drawbacks, such as, decreased reliability, loss of yield, increased product cost, difficulty in performance verification, reduced autonomy of portable systems and so on. Hence, many techniques have investigated power minimization or power constraints test.

This thesis proposes several schemes and approaches to reduce peak power as well as average power at RT-level and at gate level respectively. Test application time and hardware overhead are also important factors. In our approaches, we try to minimize one or either under the given power constraints to make the test more effectively.

Focused on power reduction of RTL data path, this thesis proposes three non-scan BIST schemes, formulates three problems concerning the schemes, and introduces three power-constrained DFT algorithms to resolve these problems.

In adjacent non-scan BIST scheme, some registers are enhanced to test registers so that each functional module can be tested by test registers connected with the module directly or only through multiplexers. Though this scheme achieves short test application time, hardware overhead is very high. To overcome this problem, in the techniques of our laboratory, TPGs and RAs are placed only at PIs and POs respectively, and test patterns and test responses are transferred along paths in the data paths. We call this BIST scheme boundary non-scan BIST scheme. We also propose a more general BIST scheme that covers the above two schemes, adjacent non-scan BIST scheme and boundary non-scan BIST scheme. Generally, TPGs and RAs can be placed not only at the boundary of the data path but also inside of the data path. Any register inside the data path can be a candidate to be augmented to a TPG or an RA. We call this BIST scheme non-scan BIST scheme.

We formulate three problems employing the above testabilities satisfying peak power limit to minimize test application time, hardware overhead and either respectively. Three power-constrained DFT approaches are given to solve them. The first is for adjacent non-scan BIST scheme intend for short test application time. The second algorithm uses a boundary non-scan BIST scheme that focuses on achieving a low hardware overhead. This scheme, therefore, is more efficient in reducing the hardware overhead than previous methods. The third algorithm is based upon a general non-scan BIST scheme that explores possible trade-offs between hardware overhead and test application time under power constraints, rather than consider only one such factor, as previous published power-constrained methods do.

Focused on power reduction of the circuits at gate level, this thesis also proposes a low power scan test scheme and formulates a problem based on this scheme. In this scheme the flip-flops are grouped into N scan chains. At any time, only one scan chain is active during scan test. Therefore, both average power and peak power are reduced compared with conventional full scan test methodology. To resolve this problem, a tabu search-based approach is described to minimize test application time. In this approach we handle the information during deterministic test efficiently. For various benchmark circuits, this approach drastically reduces both average power and peak power dissipation at a little longer test application time.

0361010 超賴ｼ�｡｡槌熬ﾈ�
庁ﾖ槌�槻ﾏ賃ｩ栂ﾉﾕ彫ｭ鎚ﾀ�長ﾁ徴ｷ徴ｹ徴ﾆ徴熬､ﾋ陳ﾐ彫ｹ彫�ﾀｩ頂謦ﾂｧ賃ﾟ長ﾗ彫ｪ彫闥､ﾓ調ﾀﾏ庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
直ﾂ勅ﾝ彫ﾎ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ陳ｿ彫ｯ彫ﾏ鎚ﾀ�長ﾁ彫ﾇ彫｢彫齟｡､徴｢徴ｯ徴ﾁ徴蜥･ｨ庁ｼ徴ｿ彫ﾎ賃ｭ追ｽ頂ﾂ諜ｦ彫苒ﾀｩ頂謦ﾂﾐ沈ﾝ通ﾝ頂賴､ﾎ彫ｿ彫� 槌�槻ﾏ彫ﾏ賃ｩ頂ﾂ彫ｵ彫�､ﾆ彫､彫�｡･彫ﾞ彫ｿ庁､徴竰･ﾇ徴�ｲｽ頂峵ｺｹ彫苒ｳｰ掴､ｬ陳ｸ勅ﾟ彫ｹ彫�､ｿ彫癇｡､賃ｩ頂謦ﾂｧ彫ﾏ徴峵･ﾐ徴ｹ徴ﾈ彫ﾇ彫｢彫�､ｳ彫ﾈ彫ｬ跳癇､癇､髓､�､�｡･彫ｽ彫ﾎ彫ｿ彫癇｡､鎚ﾀ�長ﾁ賃ｭ彫苒ﾆ�槻ﾏ賃ｩ栂､ﾌｵ捗�､ｷ彫ﾆ賃ｩ頂謦ﾂｧ彫ﾀﾟ長ﾗ彫ｷ彫ｿ彫齟｡､賃ｩ頂謦ﾂｧ彫ｬ朕ｽ通ｬ彫ﾊ徴峵･ﾐ徴ｹ徴ﾈ賃ｭ彫ｻ�彫ﾃ彫ﾆ彫､彫ﾊ彫､沈�ｹ迺｡､徴ﾑ徴髓･癇｡ｼ徴ｿ徴ﾁ徴蜥｡ｼ徴ﾋ徴･ｰ彫ﾋ陳迺ﾊﾑ彫ﾊ佃ｫ槻ﾏ彫ﾍﾗ彫ｷ彫ｿ彫齟｡､賃ｩ頂謦ﾀｭ追ｽ彫ｬ槻ｲｽ彫ｷ彫ｿ彫齟｡､通ﾄ徴�｡ｼ徴ﾗ長ﾏ彫ｬ痛ﾔ腸ﾂ墜齟ｲｽ彫ｹ彫�ｶｲ彫�､ｬ彫｢彫�｡･賃ｩ頂謦ﾂｧ彫ﾎ鳥ｽ津ﾛ彫ﾍﾆ腸ﾗ彫ﾋ彫ｹ彫�､ｿ彫癇､ﾋ彫ﾏ庁､鎚ﾀ�長ﾁ賃ｭ庁､槌�槻ﾏ賃ｩ栂､ｪ彫闥､ﾓ徴峵･ﾐ徴ｹ徴ﾈ賃ｭ彫ﾍﾛ彫ﾋ直闥､齟ｰｷ彫ｦ彫ｳ彫ﾈ彫ｬ痛ｬ掴ﾗ彫ﾇ彫｢彫�｡･塚ﾜ鎚ｯ痛ｽ彫ﾇ彫ﾏ庁､槌�槻ﾏ彫ﾎk-徴ﾎ徴�･熬､ｬ1彫闥､齟ｾｮ彫ｵ彫､鎚ﾀ�長ﾁ徴ｷ徴ｹ徴ﾆ徴熬､ﾋ陳ﾐ彫ｷ彫ﾆ庁､銚ﾉ朕齟ﾀｩ頂覘yapunov超ﾘ珍､ｬ掴ｿ彫ｨ彫髓､�､ﾆ彫､彫�､ﾈ彫､彫ｦ調ｾ墜齟､ﾎ彫竰､ﾈ彫ﾇ庁､追､腸ﾕ彫ﾎk庁�1彫ﾋ椎ｬ掴ﾑ彫ﾇ彫ｭ彫�ｸｶ椎ﾀ腸ﾊ諜ｰ彫ﾇ佃｢陳ｳ彫ﾊ徴峵･ﾐ徴ｹ徴ﾈ賃ｩ頂謦ﾂｧ彫ﾄｰﾆ彫ｹ彫�｡･

彫ﾞ彫ｺ庁､銚ﾉ朕齟ﾀｩ頂覘yapunov超ﾘ珍､ﾎ彫｢彫�ﾅｹ竰ﾀ�彫ﾎ槌竰ﾂｦ彫ﾇ鎮ｲ銚癇ｰﾂ墜齟ｲｽ調ﾄ追ｽ槻ﾎ腸闥､ｬ通ﾝ沈ﾚ彫ｵ彫�､�､ｳ彫ﾈ彫ﾌﾀ彫髓､ｫ彫ﾋ彫ｹ彫�｡･彫ﾄ彫ｮ彫ﾋ庁､槌�槻ﾏ銚ｴﾖ彫ﾎ通ﾄ通�槌竰､ﾇ銚ﾉ朕齟ﾀｩ頂覘yapunov超ﾘ珍､ﾎ鎚ﾊｬ彫ｺﾇ沈ｮ調ｽ彫ｹ彫�ﾆ�槻ﾏ彫ｵ癇､癇｡､鎮ｲ銚癇ｰﾂ墜齟ｲｽ調ﾄ追ｽ槻ﾎ腸闥､ﾇ塚�彫ｿ彫ｵ彫�､�ｾｷ�､ﾆｳ朕ﾐ彫ｹ彫�｡･彫ﾄ彫ﾅ彫､彫ﾆ庁､銚ﾉ朕齟ﾀｩ頂覘yapunov超ﾘ珍､ﾎ鎚ﾊｬ彫ｺﾇ沈ｮ調ｽ彫ｹ彫�ﾆ�槻ﾏ彫ﾈ槌ｱ彫ｸ通�頂�徴ﾙ徴ｯ徴ﾈ徴�､ｻ�彫ﾄ賃ｩ頂謦ﾂｧ彫ﾀﾟ長ﾗ彫ｹ彫�｡･墜ｰﾆ彫ｷ彫ｿ賃ｩ頂謦ﾂｧ彫ﾏMalisoff彫ﾎ賃ｩ頂謦ﾂｧ彫ﾎ腸�ﾈﾌ調ｽ彫ﾋ彫ﾊ彫ﾃ彫ﾆ彫ｪ彫齟｡､ k彫ｬ掴ｭ諜ｦ彫ｫ彫ﾄk>1彫ﾊ彫髓､ﾐ庁､槌�槻ﾏ彫ﾏ頂ｶ椎ﾀ腸ﾊ諜ｰ彫ﾇ佃｢陳ｳ彫ﾋ彫ﾊ彫�｡･彫ｷ彫ｫ彫ｷ庁､ k彫ｬ栂ｵ頂ﾂ陳迺､｢彫�､､彫ﾏk=1彫ﾊ彫髓､ﾐ庁､槌�槻ﾏ彫ﾏ痛ﾔ佃｢陳ｳ彫ﾋ彫ﾊ彫�ｶｲ彫�､ｬ彫｢彫�｡･彫ｽ彫ｳ彫ﾇ庁､追､腸ﾕ彫ﾎk庁�1彫ﾋ陳ﾐ彫ｷ彫ﾆ槌�槻ﾏ彫ｬ頂ｶ椎ﾀ腸ﾊ諜ｰ彫ﾇ佃｢陳ｳ彫ﾋ彫ﾊ彫�､闥､ｦ彫ﾋ庁､賃ｩ頂謦ﾂｧ彫ｲ�槻ﾉ彫ｹ彫�｡･彫ｵ彫髓､ﾋ庁､賃ｩ頂謦ﾂｧ彫ﾎ徴峵･ﾐ徴ｹ徴ﾈ賃ｭ彫ﾊﾝ沈ﾚ彫ｹ彫�､ｿ彫癇｡､墜ｰﾆ彫ｷ彫ｿ賃ｩ頂謦ﾂｧ彫ﾈ槌ｱ彫ｸ通�頂�徴ﾙ徴ｯ徴ﾈ徴�､ｻ�彫ﾄ跳ﾕ勅ﾇ椎ｬ賃ｩ頂謦ﾂｧ彫ﾀﾟ長ﾗ彫ｷ庁､徴ｻ徴ｯ徴ｿ掴ｾ掴ｵ彫ﾋ彫闥､ﾃ彫ﾆ徴峵･ﾐ徴ｹ徴ﾈ賃ｭ彫ﾉｾ調ﾁ彫ｹ彫�｡･

跳ﾕ勅ﾇ椎ｬ賃ｩ頂謦ﾂｧ彫ﾎ徴ｻ徴ｯ徴ｿ掴ｾ掴ｵ彫ﾎ調ｼ頂ﾂ彫ﾏ槌�槻ﾏ彫ﾎ通�頂�徴ﾙ徴ｯ徴ﾈ徴�､ﾋ彫闥､ﾃ彫ﾆ長闥､ﾞ彫齟｡､跳ﾛ腸咊ﾎﾎ腸闥､ﾏ徴ｻ徴ｯ徴ｿ掴ｾ掴ｵ彫ﾈ槌�槻ﾏ賃ｩ栂､ﾋ彫闥､ﾃ彫ﾆ長闥ﾄ齟､ｵ彫�､�｡･槌�槻ﾏ賃ｩ栂､ﾎ彫竰､ﾈ彫ﾇ彫ﾏ庁､徴ｻ徴ｯ徴ｿ掴ｾ掴ｵ彫ﾈ跳ﾛ腸咊ﾎﾎ腸闥､ﾏ徴ﾈ徴�｡ｼ徴ﾉ徴ｪ徴ﾕ彫ﾎ超ﾘ長ｸ彫ﾋ彫｢彫齟｡､彫ｳ彫�､髓､ﾆｱ捗�彫ﾋ陳迺､ｭ彫ｯ彫ｹ彫�､ｳ彫ﾈ彫ﾏ彫ﾇ彫ｭ彫ﾊ彫､庁･彫ｽ彫ﾎ彫ｿ彫癇｡､跳ﾕ勅ﾇ椎ｬ賃ｩ頂謦ﾂｧ彫ﾎ陳ｸ勅ﾟ彫ｹ彫�ﾎﾎ腸闥､ﾏ沈ｮ彫ｵ彫ｯ彫ﾊ彫ﾃ彫ﾆ彫ｷ彫ﾞ彫ｦ彫ｳ彫ﾈ彫ｬ彫｢彫�｡･彫ｽ彫ｳ彫ﾇ庁､徴ｻ徴ｯ徴ｿ掴ｾ掴ｵ彫ﾈ跳ﾛ腸咊ﾎﾎ腸闥､ﾅｬ賃ﾚ彫ﾋ墜ｴ賃癇､ｹ彫�､ｿ彫癇｡､跳ﾕ勅ﾇ椎ｬ賃ｭ彫ﾌｵ捗�､ｷ彫ﾆ徴峵･ﾐ徴ｹ徴ﾈ彫ﾊ賃ｩ頂謦ﾂｧ彫ｹｽ津ﾛ彫ｹ彫�｡･

0361009 珍ﾀ勅� 掴ｺ腸�ﾏｺ
庁ﾖProtecting Secret Information in Software Processes and Products (徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ｪ彫闥､ﾓ徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢諜ｫ鎚ｯ徴ﾗ徴峵･ｻ徴ｹ彫ﾋ超ﾞ彫ﾞ彫�､�ﾈ�ﾌｩ沈ﾊ､ﾎ通ﾝ頂�)庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
銚癇ﾇｯ庁､徴ｷ徴ｹ徴ﾆ徴熬､ﾎ腸ﾂ鎮ｴ賃ｭ彫ﾋ彫ｫ彫ｫ彫�､�｡ﾖ鎚�ﾌｩ沈ﾊ｡ﾗ彫ｴﾞ彫� 徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ｬ鎮�調ﾃ彫ｷ彫ﾆ彫､彫�｡･鎚�ﾌｩ沈ﾊ､ﾎ槻纈､ﾈ彫ｷ彫ﾆ庁､ DRM徴ｷ徴ｹ徴ﾆ徴�(Digital Rights Management System)彫ﾎ腸ﾅ鳥謦ｸｰ庁､徴髓･､徴ｻ徴･ﾁ徴ｧ徴ﾃ徴ｯ彫ﾎ彫ｿ彫癇､ﾎ沈ｷ�ﾊｬ超ﾌｿ槻癇｡､沈ｦ銚ﾈ調ﾁ津ﾍ彫ﾎ鳥竰､､徴｢徴�･ｴ徴齟･ｺ徴熬､ｬ跳､ｲ彫髓､�､�｡･塚ﾜ頂ｦ跳謦､ﾎ栂ﾜ椎ｪ彫ﾏ庁､鎚�ﾌｩ沈ﾊ､ｬ徴謦｡ｼ徴ｶ彫ﾘ槻ｮ朕ﾐ彫ｹ彫�､ﾎ彫ﾋﾉ捗ﾟ彫ｹ彫�､ｳ彫ﾈ彫ﾇ彫｢彫�｡･鎚�ﾌｩ沈ﾊ､ｬ徴謦｡ｼ徴ｶ彫ﾋ槻ｮ朕ﾐ彫ｹ彫�ｲﾄ追ｽ賃ｭ彫ﾈ彫ｷ彫ﾆ庁､直｡彫ﾎ2彫ﾄ彫ｹﾍ彫ｨ彫�｡･ (1)諜ｰ痛､ﾋ佃ｳ彫ｨ彫､彫ｷ彫ｿ徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢諜ｫ鎚ｯ徴ﾗ徴峵･ｻ徴ｹ彫ﾎ勅賴ｶﾈ賃ｮ調ﾌ通ｪ(徴ｽ庁ｼ徴ｹ徴ｳ庁ｼ徴ﾉ庁､捗ﾅ掴ﾍ彫ﾊ彫ﾉ) 彫ﾄﾌ彫ｷ彫ﾆ槻ｮ朕ﾐ彫ｹ彫�｡･ (2)徴謦｡ｼ徴ｶ彫ﾋ彫闥､�･ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾎ調ﾀﾏ(徴齟･ﾐ庁ｼ徴ｹ徴ｨ徴･ｸ徴ﾋ徴｢徴齟･･ｰ)彫ﾋ彫闥､ﾃ彫ﾆ槻ｮ朕ﾐ彫ｹ彫�｡･

彫ﾞ彫ｺ庁､(1)彫ﾋﾉ捗ﾟ彫ｹ彫�､ｿ彫癇､ﾋ栂ﾎｩ彫ﾄ通�塚｡彫ﾈ彫ｷ彫ﾆ庁､鎚�ﾌｩ沈ﾊ､ｴﾞ彫熬ｺ賴ｶﾈ賃ｮ調ﾌ通ｪ彫ｬ諜ｰ痛､ﾋ佃ｳ彫ｨ彫､彫ｹ彫�･齟･ｹ徴ｯ彫ﾄ齟ﾎﾌ椎ｪ彫ﾋ痛ｾ調ﾁ彫ｹ彫�ﾊ�塚｡彫ﾄｰﾆ彫ｹ彫�｡･彫｢彫�･ﾗ徴峵･ｻ徴ｹ彫ｬ鳥ﾔ彫�､�､�､ﾈ彫ｭ庁､銚ｦ槌ｱ彫ﾇ徴ﾗ徴峵･ｻ徴ｹ彫ﾃｴ彫ﾃ彫ｿ諜ｫ鎚ｯ直ﾔ超ﾖ彫ﾇ庁ﾖ勅賴ｶﾈ津謦､ﾎ徴ﾗ徴峵･ｻ徴ｹ彫ﾋ超ﾘ長ｸ彫ｷ彫ﾊ彫､津ﾎ直ｱ庁ﾗ彫竰ｶｦ掴ｭ彫ｵ彫�､�､ﾈ調ｾ墜齟､ｹ彫�､ﾈ庁､彫ｹ彫ﾙ彫ﾆ彫ﾎ徴ﾗ徴峵･ｻ徴ｹ彫ｽｪ彫ｨ彫ｿ頂蜥､ﾎ諜ﾆ諜ｫ鎚ｯ直ﾔ彫ﾎ津ﾎ直ｱ彫ﾎ槌竰ﾍﾆ彫ﾏ庁､諜ﾆ徴ﾗ徴峵･ｻ徴ｹ彫ﾋ彫ﾄ彫､彫ﾆ彫ﾎ諜ｫ鎚ｯ直ﾔ彫ﾎ諜苒､齟ﾅ､ﾆ通�彫苒｡､徴ﾗ徴峵･ｻ徴ｹ彫ﾎ直ﾂ鳥ﾔ朕迺ｽ､ﾋ腸ﾍ陳ｸ彫ｹ彫�｡･彫ｳ彫ﾎ鳥ﾍ彫ｨ彫ﾋ超､ﾅ彫ｭ庁､諜ｫ鎚ｯ直ﾔ超ﾖ彫ﾋ彫ｪ彫ｱ彫�ﾃﾎ直ｱ彫ﾎ椎ﾁ津｣彫ﾎ徴癇･ｫ徴ﾋ徴ｺ徴熬､ﾄ齟ｼｰ調ｽ彫ｷ庁､庁ﾖ追､腸ﾕ彫ﾎ諜ｫ鎚ｯ直ﾔ彫ｬ庁､朕ｾ捗､ｹ彫�･ﾗ徴峵･ｻ徴ｹ彫ﾈ彫ﾏ栂ｵ超ﾘ長ｸ彫ﾊ徴ﾗ徴峵･ﾀ徴ｯ徴ﾈ彫ﾋ超ﾘ彫ｹ彫�ﾃﾎ直ｱ彫ｻ�彫ﾄ諜ﾎ槻ｨ庁ﾗ彫ｷﾗ捗ｻ彫ｹ彫�ﾊ�塚｡彫ﾄｰﾆ彫ｹ彫�｡･槌ﾀ彫髓､�､ｿ諜ﾎ槻ｨ彫ｫ彫髓｡､勅賴ｶﾈ賃ｮ調ﾌ通ｪ彫ｬ諜ｰ痛､ﾋ佃ｳ彫ｨ彫､彫ｹ彫�･齟･ｹ徴ｯ彫ｸｫ賃ﾑ彫竰､�｡･鎚ｯ痛ｽ彫ﾇ彫ﾏ庁､徴ｱ庁ｼ徴ｹ徴ｹ徴ｿ徴ﾇ徴｣彫ｸ､ｨ彫ﾆ墜ｰﾆ通�塚｡彫ｾﾒ調､ｹ彫�｡･

直｡彫ﾋ庁､(2)彫ﾋﾉ捗ﾟ彫ｹ彫�､ｿ彫癇､ﾋ庁､徴謦｡ｼ徴ｶ彫ﾎ徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾎ調ﾀﾏ彫ﾋ掴ﾗ彫ｹ彫�･ｳ徴ｹ徴ﾈ(捗�超ﾖ彫苒ﾏｫ槻ﾏ)彫ﾁ�陳迺､ｵ彫ｻ彫�ﾊ�塚｡彫� 墜ｰﾆ彫ｹ彫�｡･墜ｰﾆ通�塚｡彫ﾇ彫ﾏ庁､徴ﾗ徴峵･ｰ徴髓･熬ﾃ謦､ﾎ追､腸ﾕ彫ﾎ栂ｿ槻�(徴ｿ庁ｼ徴ｲ徴ﾃ徴ﾈ) 彫ｰﾛ彫ﾊ彫�ﾌｿ槻癇､ﾇ跳ｶ鎮� (徴ｫ徴熬･ﾕ徴髓｡ｼ徴ｸ徴�)彫ｷ庁､直ｫ頂ﾊ朕､ｭ超ｹ彫ｨ跳｡鳥ｽ彫ﾍﾑ彫､彫ﾆ庁､直ﾂ鳥ﾔ捗�彫ﾎ彫｢彫�ｴ�ｴﾖ彫ﾋ彫ｪ彫､彫ﾆ彫ﾎ彫ﾟ頂ｵ掴闥､ﾎ栂ｿ槻癇､ﾋ痛�ｸｵ彫ｹ彫�｡･鳥ｶ長竰ｼﾔ彫ｬ徴ｫ徴熬･ﾕ徴髓｡ｼ徴ｸ徴蜥､ｵ彫�､ｿ栂ｿ槻癇､ｴﾞ彫熬ﾈﾏ腸ﾏ彫ﾎ調ﾀﾏ彫ｻ賴､ﾟ彫ｿ彫ﾈ彫ｷ彫ﾆ彫竰｡､徴ｿ庁ｼ徴ｲ徴ﾃ徴ﾈ彫ﾎ朕､ｭ超ｹ彫ｨ彫ｹﾔ彫ｦ徴�｡ｼ徴ﾁ徴�(朕､ｭ超ｹ彫ｨ徴�｡ｼ徴ﾁ徴�) 彫ﾎ陳ｸ勅ﾟ彫ﾋ跳､彫ﾅ彫ｫ彫ﾊ彫､頂ﾂ彫齟｡､徴ﾗ徴峵･ｰ徴髓･熬､ﾎ頂ｵ掴闥､ﾎ槌ｰ勅賴､ﾀｵ彫ｷ彫ｯ掴�調､ｹ彫�､ｳ彫ﾈ彫ﾏ痛ﾔ調ﾄ追ｽ彫ﾈ彫ﾊ彫�｡･調ﾀﾏ彫ﾀｮ頂､ｵ彫ｻ彫�､ｿ彫癇､ﾋ彫ﾏ庁､朕､ｭ超ｹ彫ｨ徴�｡ｼ徴ﾁ徴､ｴﾞ彫熬ﾈﾏ腸ﾏ彫ﾋ彫ﾄ彫､彫ﾆ彫竰ｲﾀﾏ彫ｹ彫�ﾉｬ掴ﾗ彫ｬ彫｢彫齟｡､長�ｲﾌ彫ﾈ彫ｷ彫ﾆ庁､鳥ｶ長竰ｼﾔ彫ﾏ彫闥､齟ｹｭ鎚ﾏ腸ﾏ彫ﾋ彫�､ｿ彫�･ﾗ徴峵･ｰ徴髓･熬､ﾎ調ﾀﾏ彫ｶｯ彫､彫髓､�､�､ｳ彫ﾈ彫ﾈ彫ﾊ彫�｡･鎚ｯ痛ｽ彫ﾇ彫ﾏ庁､墜ｰﾆ通�塚｡彫ﾎ沈ﾒ調､ﾎ彫ﾛ彫ｫ庁､墜ｰﾆ通�塚｡彫ﾋ彫闥､ﾃ彫ﾆ通ﾝ頂賴､ｵ彫�､ｿ徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾎ調ﾀﾏ彫ﾎ勅､槌､ｵ彫ﾋ彫ﾄ彫､彫ﾆ彫ﾎ跳ﾄ佃ﾀ庁､彫ｪ彫闥､ﾓ庁､徴ﾑ徴ﾕ徴ｩ庁ｼ徴ﾞ徴･ｹ彫苒･ﾗ徴峵･ｰ徴髓･熬･ｵ徴､徴ｺ彫ﾎ徴ｪ庁ｼ徴ﾐ庁ｼ徴ﾘ徴ﾃ徴ﾉ彫ﾂｬ墜齟､ｷ彫ｿ直ﾂ頂ｳ彫ﾎ通ｹ､竰ｹﾔ彫ｦ庁･

0361018 銚ﾌ椎ﾄ朕ﾕ沈ｼ
庁ﾖ徴ﾐ庁ｼ徴ｹ徴ﾞ庁ｼ徴ｯ彫ﾈ槌ｰ椎ｪ栂ｾ鎮ｰ調ｷ闥､ﾋ彫闥､�･ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢徴ﾗ徴峵･ﾆ徴ｯ徴ｷ徴迺･｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
銚癇ﾇｯ庁､徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾎ徴ｽ庁ｼ徴ｹ徴ｳ庁ｼ徴ﾉ彫ﾎ椎ﾍﾑ彫苒｡､徴ｷ徴ｹ徴ﾆ徴熬､ﾎ腸ﾂ鎮ｴ賃ｭ彫ﾋ超ﾘ彫�､�･ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾎ調ﾀﾏ彫苒ｲ�彫ｶ彫､ﾈ彫､彫ﾃ彫ｿ徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾋ陳ﾐ彫ｹ彫�ｳ､陳ｱ鳥ﾔ腸ﾙ彫ｬ栂苒ﾂ齟､ﾈ彫ﾊ彫ﾃ彫ﾆ彫ｪ彫齟｡､徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾎ諜ｫ鎚ｯ彫ﾈ掴ﾍﾑ彫ﾎ槻ﾌ銚ﾉ栂ﾌ彫ﾋ彫ｪ彫､彫ﾆ庁､徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾊﾝ頂賴､ｹ彫�ﾉｬ掴ﾗ賃ｭ彫ｬ鳥竰､ﾞ彫ﾃ彫ﾆ彫､彫�｡･

直｡彫ﾋ庁､掴ﾍﾑ彫ﾎ銚ﾉ栂ﾌ彫ﾋ彫ｪ彫､彫ﾆ彫ﾏ庁､徴ｽ庁ｼ徴ｹ徴ｳ庁ｼ徴ﾉ彫ｬ墜ｶ｡彫ｵ彫�､�､ｳ彫ﾈ彫ﾏ沈ｯ彫ﾊ彫ｯ庁､徴ｨ徴� 徴ﾉ徴謦｡ｼ徴ｶ彫ﾎ痛ﾔ賃ｵ彫ﾋﾉ捗ﾟ彫ｹ彫�､ｿ彫癇｡､掴ﾍ庁ｹ彫ﾊ跳ｻ朕ﾑ椎ｪ通ﾝ頂賴ｵ｡鳥ｽ彫ｬ捗ﾜ彫ｵ彫�､ﾆ彫､彫�ｾ�ｹ迺､ｬ陳ｿ彫､庁･彫ｷ彫ｫ彫ｷ庁､彫ｳ彫�､髓､ﾎ通ﾝ頂賴ｵ｡鳥ｽ彫竰･ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾇ直ﾂ頂ｽ彫ｵ彫�､ﾆ彫､彫�､ｿ彫癇｡､腸ｭ腸ﾕ彫｢彫�･謦｡ｼ徴ｶ彫ﾋ彫闥､�ﾊﾝ頂賴ｵ｡鳥ｽ彫ﾎ追ﾋ調､ｬ陳迺､ｭ彫ﾊ栂苒ﾂ齟､ﾈ彫ﾊ彫ﾃ彫ﾆ彫､彫�｡･彫ｽ彫ｳ彫ﾇ庁､槌ｰ椎ｪ栂ｾ鎮ｰ調ｷ闥､ﾍﾍﾑ彫ｷ彫ﾆ徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫ﾎ栂ｾ鎮ｰ槌ﾆﾉ調ｽ彫ｹﾔ彫ｦ通�塚｡彫ﾄｰﾆ彫ｹ彫�｡･栂ｾ鎮ｰ槌ﾆﾉ調ｽ彫ﾈ彫ﾏ庁､栂ｾ鎮ｰ槌ﾆﾉ調ｽ彫ﾈ彫ﾏ徴ﾗ徴峵･ｰ徴髓･熬ﾃ謦､ﾋ頂ｽ彫�､�(直ｱ通ﾌ捗ﾒ)彫ﾊﾌ彫ﾎ彫竰､ﾎ彫ﾋ痛ﾕ彫ｱ陳ﾘ彫ｨ彫�ﾆﾆﾉ調ｽ彫ﾇ彫｢彫�｡･彫ｷ彫ｫ彫ｷ庁､朕ｾ掴闥ﾋ｡彫ﾇ彫ﾏ徴謦｡ｼ徴ｶ彫ｬ墜齟ｵﾁ彫ｷ彫ｿ栂ｾ鎮ｰ彫ｷ彫ｫ蝶｣彫ｹ彫ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ彫ｺ庁､痛ｸ朕熬･髓･､徴ﾖ徴髓･齟､ﾎ彫闥､ｦ彫ﾊ徴ｷ徴ｹ徴ﾆ徴熬､ｬ墜ｶ｡彫ｹ彫�･髓･､徴ﾖ徴髓･齟､ﾋ超ﾞ彫ﾞ彫�､�･癇･ｽ徴ﾃ徴ﾉ彫苒･ｯ徴髓･ｹ栂ｾ彫ｱ｣彫ｹ彫ｳ彫ﾈ彫ﾏ彫ﾇ彫ｭ彫ﾊ彫､庁･塚ﾜ佃ﾀ通ｸ彫ﾇ彫ﾏ庁､徴癇･ｿ徴ﾗ徴峵･ｰ徴髓･ﾟ徴･ｰ彫ﾋ掴ﾑ彫､彫髓､�､�ﾆｰ椎ｪ栂ｾ鎮ｰ調ｷ闥ｵ｡鳥ｽ彫ﾆﾆﾉ調ｽ彫ﾋ槌ｳ槌�彫ｹ彫�､ｳ彫ﾈ彫ﾇ庁､朕ｾ掴闥ｱ｣彫ｹ彫ｳ彫ﾈ彫ﾎ彫ﾇ彫ｭ彫ﾊ彫ｫ彫ﾃ彫ｿ痛ｸ朕熬･髓･､徴ﾖ徴髓･齟､ﾎ頂ﾆ彫ﾓ朕ﾐ彫ｷ( 徴ｯ徴� 徴ｹ捗ｲ沈ﾈ彫苒･癇･ｽ徴ﾃ徴ﾉ頂ﾆ彫ﾓ朕ﾐ彫ｷ庁､徴ﾕ徴｣庁ｼ徴�･ﾉ彫ﾎ捗ｲ沈ﾈ庁ｦ陳蜥ﾆ�彫ﾎ彫ｳ彫ﾈ彫ｸﾀ彫ｦ) 彫ｱ｣彫ｹ直� 塚｡彫ﾄｰﾆ彫ｹ彫�｡･墜ｰﾆ槌ﾆﾉ調ｽ直齟ﾋ｡彫ﾋ椎ｬ掴ﾑ彫ﾇ彫ｭ彫�､ﾎ彫ﾏ痛ｸ朕熬･髓･､徴ﾖ徴髓･齟､ﾎ頂ﾆ彫ﾓ朕ﾐ彫ｷ彫ﾀ彫ｱ彫ﾇ彫ﾊ彫ｯ庁､徴謦｡ｼ徴ｶ徴髓･､徴ﾖ徴髓･齟､ﾎ頂ﾆ彫ﾓ朕ﾐ彫ｷ彫､竰ｱ｣彫ｹ彫ｳ彫ﾈ彫ｬ調ﾄ追ｽ彫ﾋ彫ﾊ彫�｡･彫ｳ彫�､ﾋ彫闥､齟｡､鎚�ﾌｩ彫ﾋ彫ｹ彫ﾙ彫ｭ頂ﾆ彫ﾓ朕ﾐ彫ｷ (槻纈､ｨ彫ﾐ追ｧ沈ﾚ朕闥ﾍ�) 彫ｱ｣彫ｹ彫ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ庁､徴ｽ徴ﾕ徴ﾈ徴ｦ徴ｧ徴｢彫･ｯ徴髓･ﾃ徴ｯ彫ｫ彫髓ｼ髓､�､ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ彫�｡･直ﾂ掴ﾑ椎ｪ彫ﾊ徴髓･､徴ﾖ徴髓･齟､ﾇ彫｢彫� Jakarta Commons Digester 彫ﾋ墜ｰﾆ直齟ﾋ｡彫ﾅｬ掴ﾑ彫ｷ庁､ 2,359 彫ﾎ徴ﾕ徴｣庁ｼ徴�･ﾉ捗ｲ沈ﾈ庁､673 彫ﾎ徴ﾕ徴｣庁ｼ徴�･ﾉ彫ﾘ彫ﾎ陳蜥ﾆ�庁､197 彫ﾎ徴ｪ徴ﾖ徴ｸ徴ｧ徴ｯ徴ﾈ賃ｸ賃ｮ庁､彫ｽ彫ｷ彫ﾆ庁､7,351 彫ﾎ徴癇･ｽ徴ﾃ徴ﾉ頂ﾆ彫ﾓ朕ﾐ彫ｷ彫ﾎ鎮ｴ彫ﾆ彫ﾎ徴ｯ徴髓･ｹ栂ｾ庁､徴癇･ｽ徴ﾃ徴ﾉ栂ｾ庁､徴ﾕ徴｣庁ｼ徴�･ﾉ栂ｾ彫ｱ｣通ﾃ彫ｹ彫�､ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ彫ｿ庁･彫ﾞ彫ｿ庁､槌ﾆﾉ調ｽ鎮ｰ頂蜥､ﾇ直ﾂ鳥ﾔ捗�超ﾖ彫ﾂｬ墜齟､ｷ彫ｿ長�ｲﾌ庁､4.11 追ﾜ彫ﾎ鎮�調ﾃ彫ﾋ掴ﾞ彫ｨ彫�､ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ彫ｿ庁･

0461205 塚ｩ掴� 沈ｰ鳥ｬ
庁ﾖStudies on Prediciton of Protein Function Based on Oligopeptides庁ﾗ

Abstract
The prediction of protein function using the sequence is one of the important research topics in bioinformatics. Meanwhile, the statistical characteristics of oligopeptide, relatively short subsequence, have been investigated. The main results of research include a new method based on oligopeptides. The research demonstrates that `oligopeptide' enable us to develop an effective method for predicting various protein function. A known function of a protein is regarded to be inherited to its oligopeptides, and the correspondence between oligopeptides and the function is calculated in the whole proteins. In the proposed method, unknown functions of proteins are predicted by means of the correspondence automatically.

Broad Applicability and High Performance: The prediction performance of the method is measured for several functions including GO terms and enzyme activities by recall-precision graphs using the 28,520 whole human proteins registered in RefSeq. In most cases on GO terms, it scores 70% recall with 80% precision. The proposed method is applicable in broad levels from a specific enzyme to large class of enzymes like 'transferases' (EC 2.-.-.-). In some cases on enzyme activities, it scores the maximum f-measure over 0.9. The results of these evaluation suggest that the proposed method is quite efficient for various protein functions.

Better than Other Methods: To clarify the performance of the proposed method objectively, the research includes a comparative research with some already proposed prediction methods based on homology search and pattern matching. For instance, on the prediction of protein-tyrosine kinase, The f-measures of homology search and pattern matching are 0.860 and 0.297, respectively, while the proposed method based on oligopeptides scores maximum f-measure of 0.932. The results of these evaluation suggest that the proposed method based on oligopeptides is more efficient than ones of homology search and pattern matching.

Consideration on Length of Oligopeptides: The research also characterises the relation between the length of oligopeptides and the prediction of protein functions. The performance of prediction is measured for the length of oligopeptides between 1 and 9. The results suggest that: 1) shorter oligopeptides than 4 are obviously less effective, 2) longer oligopeptides than 4 are almost equally effective, and 3) oligopeptides of 4 are intermediate. The prediction based on oligopeptides utilises coexistence of oligopeptides among proteins. The longer oligopeptides are more versatile than the shorter one because the longer oligopeptide is more varied than the shorter one, and the degree of the coexistence is inversely related to the length. The results of these evaluation suggest that length of 5 is quite effective and versatile.

The public hearing will be in Japanese.

0361037 鳥ﾔ槌� 墜ｾ珍ﾍ
庁ﾖ椎�長ﾗ椎ｪ直齟ﾋ｡彫ﾋ彫闥､�ｰ苒ﾅﾁ捗ﾒ鎚ｯ頂ｽ沈ﾊ､ｫ彫髓､ﾎ勅ﾙ塚ｦ沈ﾂﾖ彫ﾎ槌ｱ墜齟､ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
銚癇ﾇｯ庁､徴ﾞ徴､徴ｯ徴峵･｢徴�･､彫苒ﾄ齟ﾎﾌ椎ｪ PCR 塚｡彫ﾊ彫ﾉ彫ﾎmRNA 墜齟ﾎﾌ調ｽ跳ｻ朕ﾑ彫ﾋ彫闥､齟｡､勅ﾙ塚ｦ徴ｵ徴･ﾗ徴�､ﾋ彫ｪ彫ｱ彫�ﾊｳ迺ﾅｪ彫ﾊ腸苒ﾅﾁ捗ﾒ鎚ｯ頂ｽ沈ﾊ､ﾆﾀ彫�､ｳ彫ﾈ彫ｬ調ﾄ追ｽ彫ﾈ彫ﾊ彫齟｡､勅ﾙ塚ｦ彫ﾎ沈ﾂﾖ彫ﾈ腸苒ﾅﾁ捗ﾒ鎚ｯ頂ｽ彫ﾄｾ賃ﾜ長�､ﾓ痛ﾕ彫ｱ彫ﾆ調ﾀﾏ彫ｹ彫�｡､彫､彫�､謦､�･ﾈ徴髓･･ｹ徴ｯ徴齟･ﾗ徴ﾈ庁ｼ徴熬ｲﾀﾏ彫ｬ鳥ﾔ彫�､�､�､闥､ｦ彫ﾋ彫ﾊ彫ﾃ彫ｿ庁･塚ﾜ佃ﾀ通ｸ彫ﾇ彫ﾏ庁､徴ﾈ徴髓･･ｹ徴ｯ徴齟･ﾗ徴ﾈ庁ｼ徴熬ｲﾀﾏ彫ﾋ彫ｪ彫ｱ彫�ｽﾌ苒ﾂ齟､ﾋ陳ﾐ彫ｷ彫ﾆ庁､超闥ｷ､ﾊ調ﾀﾏ彫ｹﾔ彫ｦ彫ｿ彫癇､ﾎ椎�長ﾗ椎ｪ直齟ﾋ｡彫ﾋ超ﾘ彫ｷ彫ﾆ跳ﾄ佃ﾀ彫ｹ彫�｡･

彫ﾞ彫ｺ庁､通ｳ迺ﾅｪ mRNA 陳ｬ墜齟ｵｻ朕ﾑ彫ﾎ腸�､ﾄ彫ﾇ彫｢彫�｡､徴｢徴ﾀ徴ﾗ徴ｿ痛ﾕ調ﾃ銚･鳥� PCR (ATAC-PCR) 塚｡彫ﾋ彫闥､齟ﾆﾀ彫髓､�､�ｷﾖ頂ﾎﾌ徴ﾇ庁ｼ徴ｿ彫ﾎ槌ﾃ墜ｧ彫ﾈ彫ｽ彫ﾎ通苒ﾀｵ塚｡彫ﾋ彫ﾄ彫､彫ﾆ通ｹ､ｹ彫�｡･彫ｳ彫�､ﾞ彫ﾇ栂苒ﾂ齟､ﾈ彫ﾊ彫ﾃ彫ﾆ彫､彫ｿ徴｢徴ﾀ徴ﾗ徴ｿ墜ｹ腸ﾍ陳ｸ彫ﾎ陳ｬ墜齟･ﾐ徴､徴｢徴ｹ彫ﾎ調ﾌﾀ彫ｼ迺ｴ纈､ﾈ彫ｷ庁､ATAC-PCR 塚｡彫ﾇ槌ﾀ彫髓､�､ｿ徴ﾇ庁ｼ徴ｿ彫ﾎ沈ﾜ勅ﾙ彫ﾊ調ﾀﾏ彫ｹﾔ彫ﾃ彫ｿ庁･調ﾀﾏ長�ｲﾌ彫ﾋ超､ﾅ彫ｭ長ﾖ頂･ﾔ庁ｼ徴ｯ津ﾍ彫ﾋ超ﾘ彫ｹ彫�ｴﾑ陳ｬ徴竰･ﾇ徴�､ﾎ墜齟ｼｰ調ｽ彫ｹﾔ彫ﾊ彫､庁､徴ﾎ徴､徴ｺ鳥熬､ﾎ徴ﾑ徴髓･癇｡ｼ徴ｿ彫ﾎ珍苒ﾄ齟ﾎﾌ彫ﾎ槌ｳ朕ﾐ彫ﾈ庁､彫ｽ彫�､髓､ﾍﾑ彫､彫ｿ徴ﾔ庁ｼ徴ｯ津ﾍ通苒ﾀｵ塚｡彫ﾄｰﾆ彫ｷ彫ｿ庁･彫ｳ彫ﾎ直齟ﾋ｡彫｡､徴｢徴ﾀ徴ﾗ徴ｿ徴ﾎ徴､徴ｺ調ﾀﾏ彫ﾎ彫ｿ彫癇､ﾋ槌ﾃ調ｽ彫ｷ彫ｿ勅ﾎ直闥､ｵ彫�､ｿ徴ﾔ庁ｼ徴ｯ徴ﾇ庁ｼ徴ｿ彫ﾋ椎ｬ掴ﾑ彫ｷ庁､徴｢徴ﾀ徴ﾗ徴ｿ腸ﾍ陳ｸ徴ﾎ徴､徴ｺ彫ﾎ徴ﾑ徴髓･癇｡ｼ徴ｿ彫ｵ癇､癇｡､直｡彫､彫ﾇ庁､直ﾂ徴ﾇ庁ｼ徴ｿ彫ﾋ陳ﾐ彫ｷ徴ﾐ徴､徴｢徴ｹ通苒ﾀｵ彫ﾎ椎ｬ掴ﾑ彫ｻ賴､ﾟ庁､彫ｽ彫ﾎ掴ｭ頂咊ﾀｭ彫ｳﾎ追ｧ彫ｷ彫ｿ庁･

直｡彫ﾋ庁､賃ｸ彫ｭ彫ｿ勅ﾙ塚ｦ彫ﾋ彫ｪ彫ｱ彫�ｰ苒ﾅﾁ捗ﾒ鎚ｯ頂ｽ徴ﾀ徴､徴ﾊ徴ﾟ徴ｯ徴ｹ彫ﾎ調ﾀﾏ彫ﾌﾜ捗ﾘ彫ｷ庁､腸苒ﾅﾁ捗ﾒ鎚ｯ頂ｽ徴ﾗ徴峵･ﾕ徴｡徴､徴�､ﾎ捗�長ﾏ槻､ﾋ陳ﾐ彫ｹ彫�ｲﾀﾏ塚｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･彫ｳ彫ｳ彫ﾇ彫ﾏ庁､沈ﾂﾖ銚ｴﾖ徴竰･ﾇ徴�､ﾋ超､ｭ庁､徴ﾎ徴､徴ｺ徴ﾗ徴峵･ｻ徴ｹ彫ﾋ追ｿｧ徴ｬ徴ｦ徴ｷ徴｢徴､ｲｾ墜齟､ｷ彫ｿ賃�長ﾁ徴ﾀ徴､徴ﾊ徴ﾟ徴ｫ徴�･ｷ徴ｹ徴ﾆ徴熬･竰･ﾇ徴�､ｹﾍ彫ｨ庁､通ﾑ通ｬ徴ﾙ徴､徴ｺ塚｡彫ﾋ彫闥､�ｿ苒ﾄ齟､ﾈ徴竰･ﾇ徴�ﾁｪ陳､� 鳥ﾔ彫ｦ彫ｿ彫癇､ﾎ珍ｷ彫ｿ彫ﾊ直齟ﾋ｡彫ﾄｰﾆ彫ｷ彫ｿ庁･塚ﾜ直� 塚｡彫ｽﾐ調齟ｹﾚ通�ｺﾙ塚ｦ直�超�､ﾋ超ﾘ彫ｹ彫�ｸｳｫ徴ﾇ庁ｼ徴ｿ徴ｻ徴ﾃ徴ﾈ彫ﾋ椎ｬ掴ﾑ彫ｷ彫ｿ彫ﾈ彫ｳ彫峵｡､朕ｾ掴闥ｼ齟ﾋ｡彫ﾇ鎮ｪ陳､ｵ彫�､ｿ徴竰･ﾇ徴�､ﾈ鎚謦ｳﾓ彫ｷ庁､彫闥､齟ﾃｱ朕纈､ｫ彫ﾄ栂熬､竰､髓､ｷ彫､徴竰･ﾇ徴�､ｬ鎮ｪ陳､ｵ彫�､ｿ庁･彫ﾞ彫ｿ庁､彫ｳ彫ﾎ長�ｲﾌ槌ﾀ彫髓､�､ｿ徴竰･ﾇ徴�･ﾑ徴髓･癇｡ｼ徴ｿ彫ﾏ庁､賃ｸ通ｪ諜ﾘ椎ｪ彫ﾊ鳥ﾍ捗｡彫ﾈ槻ﾉ彫ｯ腸�ﾃﾗ彫ｷ彫ｿ庁･珍ﾍ鳥ｩ徴ﾇ庁ｼ徴ｿ彫ﾘ彫ﾎ椎ｬ掴ﾑ彫竰ｹﾔ彫､庁､徴ﾎ徴､徴ｺ彫ｴﾞ彫熬ｻ�長ﾏ槻･ﾇ庁ｼ徴ｿ彫ﾋ陳ﾐ彫ｹ彫�ﾍｭ頂咊ﾀｭ彫ｬ直ｨ彫ｵ彫�､ｿ庁･

勅ﾇ頂蜥､ﾋ庁､腸苒ﾅﾁ捗ﾒ鎚ｯ頂ｽ彫ｫ彫髓､ﾎ超竰､ﾎ痛ﾂ掴�珍ﾇ津ﾇ彫ﾁﾛ墜齟､ｷ彫ｿ庁､珍ｷ彫ｿ彫ﾊ陳ｿ徴ｯ徴髓･ｹ直ｱ通ﾌ塚｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･塚ﾜ直齟ﾋ｡彫ﾇ彫ﾏ庁､陳ｿ徴ｯ徴髓･ｹ直ｱ通ﾌ栂苒ﾂ齟､ｰ�ﾂﾐ腸�･ﾚ徴｢彫苒ｰ�ﾂﾐ捗ﾄ彫� 徴ﾚ徴｢彫ﾊ彫ﾉ彫ﾎ徴髓･ﾙ徴�､ﾎ追､腸ﾕ彫ﾎ鎮ﾈ彫ﾟ鳥迺､�､ｻ彫ｫ彫髓ﾀｮ彫�2津ﾍ通ｬ槻熬ﾌ苒ﾂ齟ｷｲ彫ﾋ通ｬ調､ｷ庁､諜ﾆ栂� 陳齟､ﾇ彫ﾎ鎚ｽ通ﾌ長�ｲﾌ彫ﾅ�鳥迺､ｹ彫�､ｳ彫ﾈ彫ﾋ彫闥､ﾃ彫ﾆ勅ﾇ椎ｬ彫ﾊ直ｱ通ﾌ長�ｲﾌ彫ﾆﾀ彫�｡･諜ﾆ2津ﾍ通ｬ槻熬ﾌ� 陳齟､ﾋ彫ｪ彫ｱ彫�ｿｿ彫ﾎ通ｬ槻熬ｳﾎ槻ｨ彫ｬ徴ｯ徴髓･ｹ朕齟ﾂｰ諜ﾎ槻ｨ彫･ﾑ徴髓･癇｡ｼ徴ｿ彫ﾈ彫ｷ彫ｿ諜ﾎ槻ｨ徴竰･ﾇ徴�､ﾋ彫闥､ﾃ彫ﾆ賃ｸ賃ｮ彫ｵ彫�､�､ﾈ鳥ﾍ彫ｨ庁､彫ｳ彫�､�2津ﾍ通ｬ槻熬ｴ�､ﾋ彫闥､ﾃ彫ﾆ槌ﾀ彫髓､�､ｿ通ｬ槻熬ｳﾎ槻ｨ彫ﾎ珍苒ﾄ齟ﾃﾍ彫ｫ彫髓ｿ苒ﾄ齟､ｹ彫�ﾊ�塚｡庁､彫ｵ彫髓､ﾋ2津ﾍ通ｬ槻熬ｴ�､ﾎ朕ﾅ彫ﾟ彫ｿ苒ﾄ齟､ｹ彫�ﾊ�塚｡彫ﾆｳ彫､彫ｿ庁･塚ﾜ直齟ﾋ｡彫ｿﾍ鳥ｩ徴ﾇ庁ｼ徴ｿ彫ｪ彫闥､ﾓ鳥ﾃ沈ﾁ｣彫ｬ彫ﾊｬ槻熬ﾌ苒ﾂ齟､､ﾏ彫ｸ彫癇､ﾈ彫ｷ彫ｿ直ﾂ徴ﾇ庁ｼ徴ｿ彫ﾋ椎ｬ掴ﾑ彫ｷ庁､朕ｾ掴闥､ﾎ徴ﾒ徴蜥｡ｼ徴齟･ｹ徴ﾆ徴｣徴ｯ徴ｹ彫ﾋ彫闥､�ﾅ齟ﾉｼ塚｡彫ﾈ槌ｱ椎ｰﾊ沈蜥､ﾎ賃ｭ追ｽ彫ﾃ｣賃ｮ彫ｹ彫�､ｳ彫ﾈ彫ｼｨ彫ｷ彫ｿ庁･彫ｵ彫髓､ﾋ庁､彫ｳ彫ﾎ通ｬ栂賴､ﾇ墜ｰﾆ彫ｵ彫�､ﾆ彫ｭ彫ｿ彫､彫ｯ彫ﾄ彫ｫ彫ﾎ陳ｿ徴ｯ徴髓･ｹ直ｱ通ﾌ塚｡彫ﾈ彫ﾎ鎚謦ｳﾓ彫ｹﾔ彫､庁､塚ﾜ直齟ﾋ｡彫ﾎ掴･腸ﾌ賃ｭ彫ｪ彫闥､ﾓ賃ｭ直ﾁ彫ﾌﾀ彫髓､ｫ彫ﾋ彫ｷ彫ｿ庁･

important how to achieve QoS which meets user's requirements within these restrictions.

With the development of mobile systems and wireless networks, various kinds of mobile terminals become part of distributed multimedia systems. However, the restrictions, especially the limitation of battery amount restricts the quality of video/audio playback, leading to the end user's dissatisfaction. So, we need a technique to adapt application-level QoS for end mobile users depending on battery amount. With the development of distributed multi-media systems, the performance of end terminals and user's requirements become manifold. In order to provision multimedia streaming services to multiple users, the multi-media systems should be highly functional, scalable and robust. For this purpose, the traditional server/client architecture is already obsolete. Instead, we need a new architecture including an efficient delivery network based on peer-to-peer overlay network and functional components distributed among multiple distant nodes for accommodating a large number of users and continuing multimedia services even with node/link failures. In order to guarantee the performance and/or appropriateness of QoS adaptation mechanisms implemented as a software system, it is important to test whether each mechanism is correctly implemented, without executing the whole system. So a new method for testing QoS in multimedia systems is indispensable. This thesis provides the following three research topics.

First, in order to guarantee the correctness of QoS adaptation mechanisms, we propose a testing method for QoS functions in distributed multi-media systems. In the proposed test method, we use a statistical approach where test sequences take samplings of actual frame rates and/or time lags when an IUT (implementation under test) is executed, and report test results from ratio of samplings with low quality below a threshold in a normal distribution of all samplings.

Secondly, a QoS adaptation method for streaming video playback for portable computing devices where playback quality of each video segment is automatically adjusted from the remaining battery amount, desirable playback duration and the user's preference to each segment, is proposed. In this method, we assume that video segments are classified into several predefined categories. Each user specifies relative importance among categories and preferred video property such as motion speed and vividness for each category. From the information, playback quality and property of each category are determined so that the video playback can last for the specified duration within the battery amount.

Finally, a new video delivery method called MTcast (Multiple Transcode based video multicast) is proposed. It achieves efficient simultaneous video delivery to multiple users with different quality requirements by relying on user nodes to transcode and forward video to other user nodes. In MTcast, each user specifies a quality requirement for a video consisting of bitrate, picture size and frame rate based on the user's environmental resource limitation. All users can receive video with the specified quality (or near this quality) along a single delivery tree.

Some experimental results show that our proposed test method works effectively for QoS functional tests in a typical multimedia playback program, and our QoS adaptation method improves playback quality of important categories a few times better than flattening the playback quality. Through simulations, our video delivery method can achieve much higher user satisfaction degree and robustness against node failure than the layered multicast method.

0361023 椎ｷ栂ﾜ槻ｴ通ｿ
庁ﾖ徴ｦ徴ｧ徴｢徴髓･ﾖ徴�ｳﾈ墜･頂ｽ直ﾂ超ｶ徴ｷ徴ｹ徴ﾆ徴熬､ﾍﾍﾑ彫ｷ彫ｿ腸ﾌ津ﾖ腸ﾍ陳ｸ沈ﾊ､ﾎ墜ｼｨ彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
徴謦｡ｼ徴ｶ彫ｬ鎮ﾃ蜥ｲﾄ追ｽ彫ﾊ徴ｦ徴ｧ徴｢徴髓･ﾖ徴�･ｳ徴･ﾔ徴蜥｡ｼ徴ｿ沈蜥､ﾇ頂ｽ直ﾂ超ﾄ銚ｭ彫ﾈ調ｾ鎮ﾛ超ﾄ銚ｭ彫ﾎ掴ｻ鳥迺ﾄｼｨ彫ｬ調ﾄ追ｽ彫ﾊ諜ﾈ墜･頂ｽ直ﾂ超ｶ彫ﾍﾍﾑ彫ｹ彫�､ｳ彫ﾈ彫ﾇ庁､徴謦｡ｼ徴ｶ彫ﾎ超纈ﾁｰ彫ﾎ痛ｷﾊ彫ﾋ沈ﾊ､ｽﾅ沈ﾉｽ直ｨ彫ｹ彫�､ｳ彫ﾈ彫ｬ調ﾄ追ｽ彫ﾈ彫ﾊ彫齟｡､彫ｽ彫ﾎ鎮ﾈ彫ﾟ鳥迺､�､ｻ彫ﾇ彫｢彫�･ｦ徴ｧ徴｢徴髓･ﾖ徴�ｳﾈ墜･頂ｽ直ﾂ超ｶ徴ｷ徴ｹ徴ﾆ徴熬､ﾏ腸ﾌ津ﾖ腸ﾍ陳ｸ沈ﾊ､ﾎ墜ｼｨ徴ｷ徴ｹ徴ﾆ徴熬､ﾈ彫ｷ彫ﾆ陳迺､､彫ﾋ津峵ﾌﾜ彫ｵ彫�､ﾆ彫､彫�｡･掴ｭ掴ﾑ賃ｭ彫ﾎ鳥竰､､徴ｦ徴ｧ徴｢徴髓･ﾖ徴�ｳﾈ墜･頂ｽ直ﾂ超ｶ徴ｷ徴ｹ徴ﾆ徴熬､ｹｽ津ﾛ彫ｹ彫�､ｿ彫癇､ﾋ彫ﾏ庁､1)徴ｷ徴ｹ徴ﾆ徴熬､ﾎ掴ﾍﾑ調ﾄ追ｽ彫ﾊ超ﾄ銚ｭ彫ﾋ超ﾘ彫ｹ彫�ｳﾈ墜･賃ｭ庁､2)徴ｳ徴･ﾆ徴･ﾄ彫ﾎ珍､ｪ彫闥､ﾓ直�ﾎ熬､ﾋ超ﾘ彫ｹ彫�ｳﾈ墜･賃ｭ庁､彫ﾋ�彫ｿ彫ｹ痛ｬ掴ﾗ彫ｬ彫｢彫�｡･塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ庁､彫ｳ彫�､髓､ﾎ諜ﾈ墜･賃ｭ彫ﾋ�彫ｿ彫ｹ徴ｦ徴ｧ徴｢徴髓･ﾖ徴�ｳﾈ墜･頂ｽ直ﾂ超ｶ徴ｷ徴ｹ徴ﾆ徴熬､ﾄｰﾆ彫ｹ彫�｡･

塚ﾜ鎚ｯ痛ｽ彫ﾇ彫ﾏ庁､彫ﾞ彫ｺ徴ｦ徴ｧ徴｢徴髓･ﾖ徴�ｳﾈ墜･頂ｽ直ﾂ超ｶ徴ｷ徴ｹ徴ﾆ徴熬､ﾋ彫ｪ彫ｱ彫�ｵｻ朕ﾑ調ﾝ陳齟､ﾈ朕ｾ掴闥ｸｦ跳謦､ｳｵ超ﾑ彫ｷ庁､塚ﾜ頂ｦ跳謦､ﾎ栂ﾜ椎ｪ彫ﾈ腸ﾕ跳ﾁ彫ﾌﾀ諜ﾎ彫ﾋ彫ｹ彫�｡･直｡彫ﾋ庁､墜ｰﾆ彫ｹ彫�･ｦ徴ｧ徴｢徴髓･ﾖ徴�ｳﾈ墜･頂ｽ直ﾂ超ｶ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ諜ｵ掴ﾗ彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･直｡彫ﾋ庁､鳥ｭ腸闥ｴﾄ銚ｭ彫ﾇ掴ﾍﾑ調ﾄ追ｽ彫ﾊ賃苒ﾂﾐ腸ﾌ津ﾖ彫ﾎ槌ｱ墜齟､ﾈ鎮齟ﾂﾐ腸ﾜ槌ｰ槻ﾌ彫ﾎ珍苒ﾄ齟､ﾍﾍﾑ彫ｷ彫ｿ徴謦｡ｼ徴ｶ腸ﾌ津ﾖ長ﾗ陳ｬ直齟ﾋ｡庁､彫ｪ彫闥､ﾓ長ﾗ陳ｬ超ﾄ銚ｭ彫ﾎ鳥ｽ津ﾛ彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･彫ｵ彫髓､ﾋ庁､徴ｳ徴･ﾆ徴･ﾄ徴ﾇ庁ｼ徴ｿ徴ﾙ庁ｼ徴ｹ彫ﾎ鳥ｽ津ﾛ彫ﾈ諜ﾈ墜･頂ｽ直ﾂ超ﾄ銚ｭ彫ﾋ彫ｪ彫ｱ彫�･ﾓ徴蜥｡ｼ徴ﾞ徴ﾍ庁ｼ徴ｸ徴癇･･ﾈ直齟ﾋ｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ庁､墜ｰﾆ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ徴ｳ徴･ﾆ徴･ﾄ彫ﾎ珍､ｪ彫闥､ﾓ直�ﾎ熬､ﾋ超ﾘ彫ｹ彫�ｳﾈ墜･賃ｭ彫ｼｨ彫ｹ庁･直｡彫ﾋ庁､徴ｦ徴ｧ徴｢徴髓･ﾖ徴�ｳﾈ墜･頂ｽ直ﾂ超ｶ徴ｷ徴ｹ徴ﾆ徴熬､ﾍﾍﾑ彫ｷ彫ｿ腸ﾌ津ﾖ腸ﾍ陳ｸ沈ﾊﾄｼｨ彫ﾎ直ﾂ掴ﾑ槻纈､ﾈ彫ｷ彫ﾆ庁､塚ﾜ諜ﾘ槌竰､ﾋ彫ｪ彫ｱ彫�･ﾊ徴ﾓ徴ｲ庁ｼ徴ｷ徴迺･･ｷ徴ｹ徴ﾆ徴熬､ﾈ調ｰ諜ｰ超ﾑ頂ｰﾆ槌竰･ｷ徴ｹ徴ﾆ徴熬､ﾎ徴ﾗ徴峵･ﾈ徴ｿ徴､徴ﾗ彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･勅ﾇ頂蜥､ﾋ塚ﾜ頂ｦ跳謦､ﾁ峵ｳ迺､ｷ,勅｣頂蜥､ﾎ椎ｸ塚ｾ彫ｽﾒ彫ﾙ彫�｡･

0361016 津ﾝ陳ｼ長羽ﾂﾀ佃ｺ
庁ﾖ直ﾂ銚ｴﾖ彫ﾋ彫ｪ彫ｱ彫�ﾃ峵ｻ�ﾂﾐ沈ﾝ庁ｦ腸ﾌ津ﾖ彫ﾎ珍苒ﾄ齟､ﾈ彫ｽ彫ﾎ蝶�掴ﾑ彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
庁ﾖ頂ｫ彫�｡ﾗ彫ﾈ彫､彫ｦ鳥ﾔ腸ﾙ彫ﾏ珍ﾍ彫ﾎ銚ｽ栂｣庁ｦ超ﾘ珍ｴ彫ｼｨ彫ｹ陳蜥ﾉｽ椎ｪ彫ﾊ槌ｰ勅賴､ﾇ彫｢彫齟｡､捗�ﾀ�長ﾗ陳ｬ跳ｻ朕ﾑ彫ﾏ徴ﾒ徴蜥｡ｼ徴ﾞ徴･ｳ徴･ﾔ徴蜥｡ｼ徴ｿ徴､徴･ｿ徴髓･ｯ徴ｷ徴迺･､苒ｼｫ槌ｰ直ﾖ鳥ｩ諜ﾘ椎､ﾎ陳ｿ彫ｯ彫ﾎ通ｬ栂� 彫ﾇ超�ﾂﾔ彫ｵ彫�､ﾆ彫､彫�｡･塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ珍ﾍ彫ﾎ銚ｽ栂｣庁ｦ超ﾘ珍ｴ彫ﾃ齟ｽﾐ彫ｹ彫�ｼ齟ｳﾝ彫ｫ彫齟､ﾈ彫ｷ彫ﾆ槌ﾃ彫ﾋ津峵ｻ�ﾂﾐ沈ﾝ庁ｦ腸ﾌ津ﾖ彫ﾋ津峵ﾌﾜ彫ｷ庁｢直ﾂ銚ｴﾖ彫ﾋ彫ｪ彫ｱ彫�ｿ苒ﾄ齟ｼ齟ﾋ｡彫ﾎ墜ｰﾆ彫ｹﾔ彫ｦ庁･

塚ﾜ鎚ｯ痛ｽ彫ﾇ彫ﾏ庁､彫ﾏ彫ｸ彫癇､ﾋ賃ﾅ椎ｪ通ｪ陳ﾎ彫ﾋ陳ﾐ彫ｹ彫�ﾃ峵ｻ�ﾂﾐ沈ﾝ珍苒ﾄ齟ｼ齟ﾋ｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･鎚� 鎮ﾃ蜥ｷｿ彫ﾎ捗�ﾀ�長ﾗ陳ｬ鎮ﾃﾖ彫ﾍﾑ彫､彫ﾆ賃ﾅ椎ｪ陳ﾐ沈ﾝ彫ﾋ陳ﾐ彫ｹ彫�ﾃ峵ｻ�ﾈｽ墜齟､ｹﾔ彫､庁､徴ﾒ徴蜥｡ｼ徴ﾞ徴� 徴､徴･ｿ徴ﾕ徴ｧ庁ｼ徴ｹ跳ﾚ彫ﾓ徴ﾉ徴髓･､徴ﾐ徴竰･ﾋ徴ｿ徴齟･･ｰ彫ﾘ蝶�掴ﾑ彫ｷ彫ｿ庁･徴ﾒ徴蜥｡ｼ徴ﾞ徴･､徴･ｿ徴ﾕ徴ｧ庁ｼ徴ｹ彫ﾈ彫ｷ彫ﾆ彫ﾏ庁､庁ﾖ頂ｫ彫�｡ﾗ彫ﾈ彫､彫ｦ槌ｰ勅賴､ﾈ鎮熬ｺ賴､ﾎ賃ﾚ彫齟ﾂﾘ彫ｨ槌ｰ勅賴､ﾂﾐ蝶�彫ｵ彫ｻ彫ｿ墜ｾ超ｶ椎ｪ彫ﾊ跳｡超�､ﾎ賃ﾚ彫齟ﾂﾘ彫ｨ直齟ﾋ｡彫ﾄｰﾆ彫ｷ庁､超羽ﾂｸ彫ﾎ直齟ﾋ｡彫ﾈ鎚謦ｳﾓ直ﾂ頂ｳ彫ﾎ長�ｲﾌ彫ｼｨ彫ｹ庁･彫ﾞ彫ｿ庁､直ｫ槌ｰ直ﾖ鳥ｩ諜ﾘ彫ﾎ通ｬ栂賴､ﾇ彫ﾏ徴ﾉ徴髓･､徴ﾐ徴竰･ﾋ徴ｿ徴齟･･ｰ彫ﾈ彫ｷ彫ﾆ彫ﾎ掴ﾍﾑ塚｡彫ﾄｰﾆ彫ｷ庁､直ﾂ直ﾖ彫ﾋ彫ｪ彫､彫ﾆ直ﾖ賃�通ﾑ鳥ｹ跳ﾚ彫ﾓ徴ｫ庁ｼ徴ﾖ鎮ｹﾔ津謦､ﾎ槌ﾃ墜ｧ椎ｪ彫ﾊ槌ｰ勅賴､ﾎ長ﾗ陳ｬ彫ｼﾂ捗ﾜ彫ｷ庁､徴ｷ徴ｹ徴ﾆ徴熬､ﾎ頂｡沈ﾚ彫ｹﾔ彫ﾃ彫ｿ庁･

直｡彫ﾋ通｣珍ｿﾍ彫ﾎ津峵ｻ�ｾﾊ､ﾍﾍﾑ彫ｷ彫ｿ津峵ｰﾕ椎ﾀ彫ﾎ珍苒ﾄ齟ｼ齟ﾋ｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･通｣珍ｿﾍ彫ﾎ津峵ｻ�ｾﾊ､ﾍﾑ彫､彫ﾆ津峵ｰﾕ彫ﾎ朕ｸ津謦､ｹ彫�ｲﾕ朕�(沈�､ﾎ津峵ｰﾕ)彫ｿ苒ﾄ齟､ｹ彫�｡･珍ﾍ彫ﾎ津峵ｻ�､ｬ腸ﾛ彫ﾊ彫�ﾂﾐ沈ﾝ彫ﾋ頂�彫ｱ彫髓､�､ｿ沈�ｹ迺､ﾋ彫竰ｰﾂ墜齟､ｷ彫ﾆ珍苒ﾄ齟､ﾇ彫ｭ彫�､ｳ彫ﾈ彫苒ﾊ｣珍､ﾎ津峵ｰﾕ椎ﾀ彫竰ｿ苒ﾄ齟､ｬ調ﾄ追ｽ彫ﾇ彫｢彫�､ｳ彫ﾈ彫･ｷ徴ﾟ徴蜥･�｡ｼ徴ｷ徴迺･､ﾍﾑ彫､彫ﾆ頂｡沈ﾚ彫ｷ彫ｿ庁･彫ﾞ彫ｿ庁､鎚ﾁﾃ蜥ｷｿ長ﾗ陳ｬ徴ｷ徴ｹ徴ﾆ徴熬､ﾄｰﾆ彫ｷ庁､徴ｪ徴･髓･､徴ｷﾗ陳ｬ彫ﾎ長�ｲﾌ彫ｼｨ彫ｹ庁･直ﾂ勅ﾝ彫ﾎ陳ﾐ佃ﾃ彫ﾎ徴ｷ庁ｼ徴､ﾋ彫ｪ彫､彫ﾆ庁ﾖ沈�､ﾎ津峵ｰﾕ庁ﾗ彫ﾎ珍苒ﾄ齟､ｷ庁､蝶ﾇ鎮�､ﾎ直ｫ槌ｰ通ﾔ朕ｸ彫ﾘ蝶�掴ﾑ彫ｹ彫�｡･調ｻ賃ｼ沈ﾊ､ﾈ珍苒ﾄ齟､ｷ彫ｿ庁ﾖ沈� 彫ﾎ津峵ｰﾕ庁ﾗ彫ﾎ長�ｲﾌ彫ﾈ謦ｳﾓ彫ｷ庁､墜ｰﾆ直齟ﾋ｡彫ﾎ掴ｭ頂咊ﾀｭ彫ｼｨ彫ｹ庁･

0361029 鎚ｧ捗ｳ超ｲ沈ﾏ
庁ﾖStudies on Interconnection Architecture for Traceback Systems in Practical Network Operation庁ﾗ

Abstract
This research proposes an architecture to interconnect different traceback systems for tracing attacks beyond the operational barriers on the inter-domain network and for tracking attacks narrow down from layer 3 traceback to layer 2 traceback on the intra-domain network.

In order to defend attacks on the Internet, traceback techniques are requiredas well as attack detection techniques and attack protection techniques. Network operators can manually trace back attacks, but it is likely to be tedious process and spends much more time. Many researcher have proposed various traceback techniques to automate the manual traceback, however, they faced several difficulties. On the inter-domain traceback, the issues arise from the difficulties to overcome the barriers on network operation boundaries, especially the leakage of sensitive information, the violation of the administrative permission, the difference of employed techniques among Autonomous Systems (ASes) and the cooperation among ASes. On the other hand, the challenge of the intra-domain traceback is how to detect the attacker node inside a network domain even when both the source IP address and the source MAC address of an attack packet are spoofed. The interconnection between layer 3 traceback techniques and layer 2 traceback techniques is also an issue of the inter-domain traceback because most traceback techniques on each layer cannot track attacks on other layer.

In this research, we propose InterTrack as an interconnection architecture for traceback systems, Ingress Port Based Tracking (IPBT) method as a layer 2 tracback technique, and L2-SPIE as a technique to interconnect a layer 3 traceback and a layer 2 traceback. The contributions of this research are as follows:

The loose cooperation among ASes on the deployment traceback systems and on traceback operation: We designed the InterTrack architecture and InterTrack messages for the loose cooperation among ASes. The ITM trace reply message contains only the reverse AS path information, and it doesn庁ﾇt contain the detailed topologies of ASes. Through the module components, ASes can choose traceback techniques for the internal use in accordance with the pros and cons of each technique or the investment cost.

The same manner of the traceback operation as the manner of other network operations: The phased tracking approach of InterTrack was designed along with the network operation boundaries on the routing operation. By phasing an inter-domain traceback into four stages, ASes can authorize the users on each stage. ASes can also delegate the internal traceback operation to the organizations on the IGP sub-domains.

Expedition of the procedures on the inter-domain traceback: The preliminary experiments of InterTrack show that the average time of a trial on InterTrack was estimated as 14 seconds with a hash digest logging based border tracking system in 9 AS hop length. The model of the border tracking technique for identifying upstream neighbor ASes: We modeled the border tracking technique for detect the neighbor ASes on the attack path. According to this model, we developed a sample border tracking implementation by using PAFFI, a hash digest logging based traceback product.

The detailed internal inspection about the source of an attack packet: Our IPBT method can track back a single packet on a layer 2 network to the port to which an attacker node connects despite the source spoofed characteristic of the IP address and the MAC address.

An interconnection between a hash digest logging method on the layer 3 traceback and IPBT method on the layer 2 traceback: We developed a prototype implementation of L2-SPIE which interconnects hash digest loggin method as a layer 3 traceback and our IPBT method as a layer 2 traceback. The evaluation result shows the average time of a traceback trial on L2-SPIE was about 1,500 microseconds.

The foundation of the self-defending network architecture: InterTrack and L2-SPIE provide a multi-layers traceback to detect the attacker nodes from the layer 3 traceback to the layer 2 traceback. We also designed InterTrack to cooperate other detection systems and protection systems for the multi-layers traceback and the attack mitigations.

In the presentation, I talk about the details of these proposals.

The public hearing will be in Japanese.

0361022 捗羽ﾏﾆ珍ｵ腸�
庁ﾖERM津ﾁ追ｼﾁ彫ﾋ彫闥､�NHERF追ｧ直ｱ彫ﾎ鳥ｽ陳､椎ｪ超ﾁﾃ庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
ERM (Ezrin/Radixin/Moesin) 津ﾁ追ｼﾁ彫ﾏ庁｢勅ﾙ塚ｦ塚�､ﾈ徴｢徴ｯ徴ﾁ徴･ﾕ徴｣徴髓･癇･･ﾈ彫ﾏ｢長�､ｹ彫�･ｯ徴峵･ｹ徴齟･･ｫ庁ｼ彫ﾇ彫｢彫齟｡｢N塚ﾃｼ彫ﾎFERM (Four point one/ERM)徴ﾉ徴癇･､徴｡｢津謦ｱ羽､ﾎ懲ﾁ徴ﾘ徴齟･ｫ徴�･ﾉ徴癇･､徴｡｢C塚ﾃｼ彫ﾎ徴｢徴ｯ徴ﾁ徴ｷ�ｹ迺･ﾉ徴癇･､徴､ﾎ3彫ﾄ彫ｫ彫髓､ﾊ彫�｡｣N塚ﾃｼ彫ﾎFERM徴ﾉ徴癇･､徴､ﾏ庁｢ERM津ﾁ追ｼﾁ超ﾖ彫ﾇ鳥竰､､通ﾝ陳ｸ賃ｭ(80%腸ﾊ沈�)彫ﾍｭ彫ｷ彫ﾆ彫ｪ彫齟｡｢勅ﾙ塚ｦ塚�､ﾈ彫ﾎ鎮齟ｸﾟ勅賴ﾍﾑ彫ﾋ痛ｬ珍ﾜ彫ﾈ彫ｵ彫�､�｡｣FERM徴ﾉ徴癇･､徴､ﾎ痛ｸ椎ｪ彫ﾈ彫ﾊ彫�ﾋ�ﾃﾁ追ｼﾁ彫ﾏ庁｢勅ﾙ塚ｦ賃ﾜ津蜥､ﾋ超ﾘ彫�､�ｰ�ｲﾋ�ｴﾓ墜ﾌ長ｿ彫ﾎ賃ﾜ津蜥ﾊｬ捗ﾒ彫ﾈG津ﾁ追ｼﾁ銚ｦ栂ｷｿ直ﾍﾆ陳ﾎ彫苒･､徴ｪ徴･ﾁ徴纈･ﾍ徴�､ﾊ彫ﾉ彫ﾎ通｣珍ｲﾋ�ｴﾓ墜ﾌ長ｿ彫ﾎ直ﾍﾆ陳ﾎ彫ﾎ2彫ﾄ彫ﾎ徴ｿ徴､徴ﾗ彫ﾋ通ｬ槻熬､ｵ彫�､�｡｣FERM徴ﾉ徴癇･､徴､ﾏ庁｢賃ﾜ津蜥ﾊｬ捗ﾒ彫ﾈ彫ﾏ墜ｾ賃ﾜ長�ｹ迺､ｹ彫�､ﾎ彫ﾋ陳ﾐ彫ｷ庁｢通｣珍ｲﾋ�ｴﾓ墜ﾌ長ｿ彫ﾎ直ﾍﾆ陳ﾎ彫ﾈ彫ﾏ庁｢Na+/H+頂ｴｹ陳ﾎ賃ｩ頂謦ｰｻﾒ庁ﾊNa+/H+ exchanger regulatory factor: NHERF庁ﾋ彫ﾈ彫ﾎ鎮齟ｸﾟ勅賴ﾍﾑ彫ﾉｬ掴ﾗ彫ﾈ彫ｹ彫�｡｣腸�ｲﾋ�ｴﾓ墜ﾌ長ｿ彫ﾎ賃ﾜ津蜥ﾊｬ捗ﾒ彫ﾋ彫ﾄ彫､彫ﾆ彫ﾏ庁｢radixin彫ﾎFERM徴ﾉ徴癇･､徴､ﾈ賃ﾜ津蜥ﾊｬ捗ﾒICAM-2 (Intercellular adhesion molecule-2)彫ﾈ彫ﾎ通｣鳥迺ﾂﾎ長�ｾｽ鳥ｽ陳､調ﾀﾏ彫ﾊ彫ﾉ彫ｫ彫髓｡｢RxxTYxVxxA (徴竰･ﾁ庁ｼ徴ﾕ1)彫ﾈ彫､彫ｦ追ｧ直ｱ徴竰･ﾁ庁ｼ徴ﾕ彫ｬ栂ﾀ彫髓､ｫ彫ﾋ彫ｵ彫�､ﾆ彫､彫�｡｣彫ｷ彫ｫ彫ｷ庁｢NHERF彫ﾋ彫ﾏ徴竰･ﾁ庁ｼ徴ﾕ1彫ｬ彫ﾊ彫ｯ庁｢彫ｽ彫ﾎ長�ｹ迺ﾍﾍ直ｰ彫ﾏ痛ﾔ栂ﾀ彫ﾇ彫｢彫ﾃ彫ｿ庁｣珍ｽ賃ﾁ直ﾔ彫ﾏ庁｢NHERF彫ﾎ長�ｹ迺･竰･ﾁ庁ｼ徴ﾕ彫ﾌﾀ彫髓､ｫ彫ﾋ彫ｹ彫�､ｳ彫ﾈ彫ﾌﾜ痛ｸ彫ﾋX賃�長�ｾｽ鳥ｽ陳､調ﾀﾏ彫ﾋ彫闥､�ｹｽ陳､賃ｸ通ｪ諜ﾘ椎ｪ直齟ﾋ｡彫ﾍﾑ彫､彫ﾆ頂ｦ跳謦､ｹﾔ彫ﾃ彫ｿ庁｣

通｣鳥迺ﾂﾎ鳥ｽ陳､調ﾀﾏ彫ﾎ長�ｲﾌ庁｢FERM徴ﾉ徴癇･､徴､ﾏ庁｢NHERF彫ﾎ槻ｾ珍ﾆ追ﾞ賃ｭ懲ﾁ徴ﾘ徴齟･ﾃ徴ｯ徴ｹ鳥ｽ陳､彫ﾇｧ直ｱ彫ｹ彫�､ﾈ彫､彫ｦ珍ｷ彫ｷ彫､長�ｹ迺ﾍﾍ直ｰ彫ﾌﾀ彫髓､ｫ彫ﾋ彫ｷ彫ｿ庁｣彫ｵ彫髓､ﾋ庁｢FERM徴ﾉ徴癇･､徴､ﾈ鎮齟ｸﾟ勅賴ﾍﾑ彫ｷ彫ﾆ彫､彫�NHERF彫ﾎ徴｢徴ﾟ徴ﾎ捗ﾀ捗ﾄ超､･｢徴髓･ﾋ徴ﾃﾖ超ｹ彫ｷ彫ｿ彫竰､ﾎ彫ﾈ彫ﾎ長�ｹ迺ｼﾂ頂ｳ彫ｫ彫髓｡｢長�ｹ迺･竰･ﾁ庁ｼ徴ﾕ MDWxxxxx(I/L)Fxx(L/F) (徴竰･ﾁ庁ｼ徴ﾕ2)彫ｷ闥ﾄ齟､ｷ彫ｿ庁｣長�ｹ迺･竰･ﾁ庁ｼ徴ﾕ1彫ﾈ2彫ﾎFERM徴ﾉ徴癇･､徴ｾ蜥､ﾎ長�ｹ迺ﾉｰﾌ彫ﾏ腸ﾛ彫ﾊ彫�､ｬ庁｢鎚ｾ�､ﾋ銚癇ﾀﾜ彫ｷ彫ｿ槻ﾎ腸闥､ﾋ彫｢彫�｡｣槻ｾ通｣鳥迺ﾂﾎ津謦､ﾇ彫ﾎ庁｢FERM徴ﾉ徴癇･､徴� 彫ﾎ沈ﾜ勅ﾙ彫ﾊ鳥ｽ陳､鎚謦ｳﾓ彫苒ｷ�ｹ迺ｼﾂ頂ｳ彫ﾎ長�ｲﾌ庁｢徴竰･ﾁ庁ｼ徴ﾕ2彫ﾎ長�ｹ迺､ﾏ庁｢FERM徴ﾉ徴癇･､徴､ﾎ鳥ｽ陳､通ﾑ調ｽ彫ﾄﾌ彫ｷ彫ﾆ庁｢徴竰･ﾁ庁ｼ徴ﾕ1彫ﾎ長�ｹ迺､ﾈ痛髓､ﾋ超ｳ沈ﾄ彫ｹ彫�､ｳ彫ﾈ彫ｸｫ朕ﾐ彫ｷ彫ｿ庁｣彫ｳ彫ﾎ彫ｳ彫ﾈ彫ﾏ庁｢FERM徴ﾉ徴癇･､徴､ｬ賃ﾜ津蜥ﾊｬ捗ﾒ彫ﾈNHERF彫ﾈ彫ﾎ超ﾖ彫ﾇ跳｡追ｽ椎ｪ彫ﾊ通ｬ捗ﾒ徴ｹ徴ｦ徴｣徴ﾃ徴ﾁ彫ﾈ彫ｷ彫ﾆ槌ｯ彫ｯ彫ｳ彫ﾈ彫ﾇ庁｢勅ﾙ塚ｦ銚ﾋ賃ｭ彫ﾎ陳･珍ﾊ彫ﾈ腸ﾝ捗�彫ﾋ槌ｯ彫ｯ調ﾄ追ｽ賃ｭ彫ｼｨ勅ｶ彫ｷ彫ｿ庁｣

0361003 津ﾓ椎ﾄ賃ｻ
庁ﾖ鎮ｴ通�腸ﾌ長ｿ徴ﾞ徴�･ﾁ徴ｫ徴癇･髓･ｷ徴ｹ徴ﾆ徴熬､ﾍﾑ彫､彫ｿ鳥竰ﾎﾗ沈�ｴｶ徴ﾆ徴�･ﾗ徴�･ｼ徴･ｹ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ鳥ｽ津ﾛ直齟ﾋ｡彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
鎮ｴ通�腸ﾌ調闥ﾁ�ﾄｼｨ彫ﾋ彫闥､齟ﾍﾗ跳癇､ｵ彫�､�ｻ�ﾅﾀ腸ﾌ津ﾖ彫苒ｻ�ﾀ�通�頂�彫ﾎ蝶ｳﾖ津ﾏ彫ﾋ彫ｪ彫ｱ彫�ｻ�ｳｦ彫ｺﾆ頂ｽ彫ｹ彫�･ﾆ徴�･ﾗ徴�･ｼ徴･ｹ徴ｷ徴ｹ徴ﾆ徴熬､ﾏ庁､徴謦｡ｼ徴ｶ彫ﾋ鳥竰､､槻ﾗ沈�ｴｶ彫ﾍｿ彫ｨ彫�､ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ庁､徴ｨ徴･ｿ庁ｼ徴ﾆ徴､徴癇･･ﾈ彫苒ｶｵ腸髓｡､腸蜥ﾎﾅ彫ﾊ彫ﾉ彫ﾘ彫ﾎ蝶�掴ﾑ彫ｬ超�ﾂﾔ彫ｵ彫�､ﾆ彫､彫�｡･彫ｳ彫ﾎ彫闥､ｦ彫ﾊ徴ﾆ徴�･ﾗ徴�･ｼ徴･ｹ徴ｷ徴ｹ徴ﾆ徴熬､ﾏ掴ﾍﾑ長ﾁ陳ﾖ彫ﾋ彫闥､齟｡､徴謦｡ｼ徴ｶ彫ﾎ調ｾ鎮ﾛ捗�ﾅﾀ彫ﾇｽ槌ｰ椎ｪ彫ﾋ腸ﾜ槌ｰ彫ｹ彫�ﾊ� 直ｰ彫ﾈ直ﾆｰ椎ｪ彫ﾋ腸ﾜ槌ｰ彫ｹ彫�ﾊ�直ｰ彫ﾋ陳迺ﾊﾌ彫ｵ彫�､�｡･塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ庁､槻ｾ通�直ｰ彫ﾎ徴ﾆ徴�･ﾗ徴�･ｼ徴･ｹ徴ｷ徴ｹ徴ﾆ徴熬､ﾋ彫ｪ彫､彫ﾆ鳥ｭ腸闥ｼﾂ超ﾄ銚ｭ彫ｲｾ鎮ﾛ調ｽ彫ｷ庁､鳥竰､､槻ﾗ沈�ｴｶ彫ｺﾆ頂ｽ彫ｹ彫�､ｿ彫癇､ﾎ調闥ﾁ�ﾀｸ賃ｮ庁ｦ墜ｼｨ直齟ﾋ｡彫ﾎ諜ﾎ槻ｩ彫ﾌﾜ椎ｪ彫ﾈ彫ｹ彫�｡･槻ｾ通�直ｰ彫ﾎ徴ｷ徴ｹ徴ﾆ徴熬､ﾋ陳ﾐ彫ｷ彫ﾆ鳥竰ｲﾁ�ﾅﾙ庁､鳥ｭ捗�ﾌ賴ｳﾑ彫ﾊ鎮ｴ通�腸ﾌ長ｿ徴ﾞ徴�･ﾁ徴ｫ徴癇･髓･ｷ徴ｹ徴ﾆ徴熬､ﾋ彫闥､齟ﾀｸ賃ｮ彫ｷ彫ｿ鎮ｴ椎ｷ跳蜥ﾆｰ調闥ﾁ�ﾍﾑ彫､庁､捗�長ﾏ槻ﾅｪ彫ﾊ佃｢陳ｳ賃ｭ彫ｪ彫闥､ﾓ調闥ﾁﾇ超ﾖ彫ﾎ佃｢長�ﾀｭ彫ｰﾝ捗�彫ｷ彫ｿ調闥ﾁ�ﾄｼｨ彫ｴﾋﾜ通�珍ﾋ彫ﾈ彫ｹ彫�｡･槌ﾃ彫ﾋ庁､追ｽ槌ｰ椎ｪ捗�ﾅﾀ腸ﾜ槌ｰ長ｿ陳ﾐ彫ｷ彫ﾆ彫ﾏ庁､捗�ﾅﾀ腸ﾜ槌ｰ槻ﾌ彫ﾎ槌�槻ﾏ徴､徴･ｿ徴ﾕ徴ｧ庁ｼ徴ｹ彫苒､ｽ彫�､ﾋ陳ﾐ蝶�彫ｷ彫ｿ調� 鎮�ﾄｼｨ直齟ﾋ｡彫ﾎ鎮ｪ墜齟､ﾋ彫ﾄ彫､彫ﾆ彫竰ｹﾍ槻ｸ彫ｹ彫�ﾉｬ掴ﾗ彫ｬ彫｢彫�､ｿ彫癇｡､沈蜥ｵｭ彫ﾎ槻ｾ通�直ｰ彫ﾋ銚ｦ墜ﾌ彫ｹ彫�ﾊ�珍ﾋ彫ﾋ調ﾃ彫ｨ彫ﾆ庁､通竰ｹﾔ鎮ﾃﾖ彫ﾍﾑ彫､彫ｿ調闥ﾁ�ﾄｼｨ徴ｷ徴ｹ徴ﾆ徴熬､ﾍﾑ彫､庁､掴ﾍﾑ捗�彫ﾎ通竰ｹﾔ槌ｰ勅賴､ﾋ彫闥､�ﾆｬ痛ｰﾌ津ﾖ彫ﾎ通ﾑ槌ｰ跳ﾚ彫ﾓ通竰ｹﾔ槌ｰ勅賴､ﾈ鎮齟ｴﾘ彫ﾎ栂ｵ彫､捗｣蝶ﾆ捗�彫ﾎ鎮ｴ通�腸ﾌ長ｿ徴ﾞ徴�･ﾁ徴ｫ徴癇･髓･ｷ徴ｹ徴ﾆ徴熬､ﾎ腸ﾜ槌ｰ陳ｮ椎ﾙ彫苒ｻﾑ賃ｪ彫ﾎ通ﾑ槌ｰ彫ｹﾍ槻ｸ彫ｷ彫ｿ調闥ﾁ�ﾄｼｨ彫ﾋ彫闥､齟ﾎﾗ沈�ｴｶ彫ﾎ頂�沈蜥､ｿﾞ彫�｡･

塚ﾜ鎚ｯ痛ｽ彫ﾇ彫ﾏ庁､彫ﾞ彫ｺ庁､徴ﾆ徴�･ﾗ徴�･ｼ徴･ｹ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ通ｬ槻熬､苒ｽｾ掴闥ｸｦ跳謦､ﾀ竰ﾌﾀ彫ｷ庁､塚ﾜ頂ｦ跳謦､ﾎ栂ﾜ椎ｪ彫ﾈ腸ﾕ跳ﾁ彫ﾌﾀ彫髓､ｫ彫ﾋ彫ｹ彫�｡･直｡彫ﾋ庁､跳ｻ朕ﾑ椎ｪ調ﾝ陳齟､ﾈ彫ｷ彫ﾆ庁､鳥竰ﾀｺ椎ﾙ彫ﾊ鎮ｴ椎ｷ跳蜥ﾆｰ調闥ﾁ�､ﾎ賃ｸ賃ｮ彫苒ﾁｴ通�腸ﾌ長ｿ徴ﾞ徴�･ﾁ徴ｫ徴癇･髓･ｷ徴ｹ徴ﾆ徴熬､ﾎ腸ﾜ槌ｰ陳ｮ椎ﾙ庁ｦ捗ﾑ賃ｪ彫ﾎ珍苒ﾄ齟､ﾋ痛ｬ掴ﾗ彫ﾈ彫ﾊ彫�ﾁｴ通�腸ﾌ長ｿ徴ﾞ徴�･ﾁ徴ｫ徴癇･髓･ｷ徴ｹ徴ﾆ徴熬､ﾎ槌竰ﾉ･ﾑ徴� 徴癇｡ｼ徴ｿ彫ﾎ珍苒ﾄ齟ﾌ苒ﾂ齟､ﾈ庁､捗｣蝶ﾆ津謦､ﾎ鎮ｴ通�腸ﾌ長ｿ徴ﾞ徴�･ﾁ徴ｫ徴癇･髓･ｷ徴ｹ徴ﾆ徴熬､ﾎ腸ﾌ津ﾖ庁ｦ捗ﾑ賃ｪ彫ﾉｽ彫ｹ諜ｰ痛･ﾑ徴髓･癇｡ｼ徴ｿ彫ﾎ珍苒ﾄ齟ﾌ苒ﾂ齟､ｼ闥､齟ｾ蜥､ｲ庁､彫ｳ彫�､髓､ﾎ調ｷ闥ｼ齟ﾋ｡彫ﾋ彫ﾄ彫､彫ﾆ賃竰ﾌﾀ彫ｹ彫�｡･彫ﾞ彫ｿ庁､珍苒ﾄ齟､ｷ彫ｿ鎮ｴ通�腸ﾌ長ｿ徴ﾞ徴�･ﾁ徴ｫ徴癇･髓･ｷ徴ｹ徴ﾆ徴熬､ﾎ槌竰ﾉ｡ｦ諜ｰ痛･ﾑ徴髓･癇｡ｼ徴ｿ彫ﾋ超､ﾅ彫ｯ調闥ﾁ�ﾄｼｨ塚｡彫ｪ彫闥､ﾓ通竰ｹﾔ鎮ﾃﾖ彫ﾍﾑ彫､彫ｿ調闥ﾁ�･ｷ徴ｹ徴ﾆ徴熬､ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･

0461202 椎迺ﾂｼ朕�
庁ﾖ蝶�ｹﾔ彫ｭ沈ﾊ､ﾈ槌ｰ彫ｭ沈ﾊ､ｹﾍ槻ｸ彫ｷ彫ｿ鎮ｴ直�長ｿ通｣鳥迺ｸｽ直ﾂ超ﾄ銚ｭ彫ﾎ鳥ｽ津ﾛ彫ﾈ彫ｽ彫ﾎ墜ｼｨ彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

0461026 賃ｾ鎚ﾂﾙ佃ﾂ
庁ﾖSpherical SOM for non-Euclidean metric space庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
直ｫ頂ﾊ鎮ﾈ珍･調ｽ直ﾌ鎮�(Self Organizing Maps)彫ﾏ銚ｵ捗ﾕ彫ﾊ彫ｷ諜ﾘ朕ｬ彫ﾋ超､ﾅ彫ｯ調ﾄ捗�ｲｽ彫ﾎ直齟ﾋ｡彫ﾇ彫｢彫齟｡｢彫ｳ彫�､ﾍﾑ彫､彫�､ｳ彫ﾈ彫ﾋ彫闥､ﾃ彫ﾆ調謦｡ｹ彫ｬ墜ｾ賃ﾜ椎ｪ彫ﾋ超ﾑ捗｡彫ｹ彫�､ｳ彫ﾈ彫ﾎ彫ﾇ彫ｭ彫ﾊ彫､鳥竰ｼ｡頂ｵ彫ﾎ通ｬ痛ﾛ彫｡｢超ﾑ捗｡調ﾄ追ｽ彫ﾊ墜纈ｼ｡頂ｵ彫ﾎ銚ｴﾖ彫ﾋ徴ﾞ徴ﾃ徴ﾗ彫ｹ彫�､ｳ彫ﾈ彫ｬ調ﾄ追ｽ彫ﾋ彫ﾊ彫�｡｣

SOM彫ﾋ頂ﾂ彫髓､ｺ陳ｿ彫ｯ彫ﾎ直齟ﾋ｡彫ﾇ庁｢徴ﾇ庁ｼ徴ｿ超ﾖ彫ﾎ徴謦｡ｼ徴ｯ徴齟･ﾃ徴ﾉ跳ﾎ･彫ｬ鳥竰ｼ｡頂ｵ銚ｴﾖ彫ﾈ墜纈ｼ｡頂ｵ銚ｴﾖ彫ﾇ彫ﾉ彫ﾎ墜ﾅﾙ通ﾝ陳ｸ彫ｵ彫�､ﾆ彫､彫�､ｫ彫ｬ痛ｾ調ﾁ彫ｵ彫�､�｡｣彫ｷ彫ｫ彫ｷ徴ﾇ庁ｼ徴ｿ彫ﾎ賃苒ﾂﾐ椎ｪ彫ﾊ槻ﾌ彫ﾇ彫ﾏ彫ﾊ彫ｯ通ﾑ調ｽ彫ﾎ長ｹ頂�彫ﾋ超､ﾅ彫､彫ｿ調ﾀﾏ彫ｹﾔ彫ｦ勅ﾝ彫ﾋ彫ﾏ庁｢徴謦｡ｼ徴ｯ徴齟･ﾃ徴ﾉ跳ﾎ･彫ｻﾈ掴ﾑ彫ｹ彫�､闥､齟､竰｡｢佃ﾀ通ｸ津謦､ﾇ調ﾀ竰､ｹ彫�･ｳ徴ｵ徴､徴ｵﾎ･彫苒ﾀｵ跳ｬ調ｽ跳ﾎ･彫ｻﾈ掴ﾑ彫ｹ彫�､ｳ彫ﾈ彫ﾎ彫ﾛ彫ｦ彫ｬ椎ｬ彫ｷ彫ﾆ彫､彫�｡｣

塚ﾜ鎚ｯ痛ｽ彫ﾇ彫ﾏ庁｢彫ﾞ彫ｺ掴謦ﾀ羽､ﾍﾑ彫､彫ﾆ跳蜥ﾌﾌ沈蜥､ﾋ追､腸ﾕ頂ﾄ珍､ﾎ椎ﾀ彫ﾇﾛ津ﾖ彫ｹ彫�ｼ齟ﾋ｡彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ庁｢彫ﾄ彫､彫ﾇ彫ｽ彫ﾎ直齟ﾋ｡彫ﾍﾑ彫､彫ﾆ鳥ｽ津ﾛ彫ｷ彫ｿ跳� 栂ﾌSOM彫ﾋ彫ﾄ彫､彫ﾆ賃竰ﾌﾀ彫ｹ彫�｡｣跳蜥ﾌﾌSOM彫ﾏ朕ｾ掴闥､ﾎ通ｿ栂ﾌSOM彫ﾋ鎚謦､ﾙ彫ﾆ庁｢賃ｵ跳ｬ調ｽ跳ﾎ･彫ﾍﾑ彫､彫ｿ調ﾀﾏ彫ﾋ彫ｪ彫､彫ﾆ跳ﾎ･彫ﾎ通ﾝ陳ｸ賃ｭ彫ｬ槻ﾉ彫､長ｹ頂�彫ｬ頂ｫ彫髓､�､�｡｣彫ｳ彫ﾎ彫ｿ彫癇ｵ蜥ﾌﾌ SOM彫ﾏ徴ﾇ庁ｼ徴ｿ調ｽ彫ﾎ通ﾑ調ｽ長ｹ頂�彫ﾋ超､ﾅ彫､彫ｿ調ﾀﾏ彫ﾋ朕ｾ掴闥､ﾎSOM彫闥､齟､竰ﾅｬ彫ｷ彫ﾆ彫､彫�､ﾈ鳥ﾍ彫ｨ彫髓､�､�｡｣

0361017 椎ﾄ津謦ｺｻ珍･
庁ﾖ銚ｯ調ｽ諜ﾘ朕ｬ掴�佃ﾀ彫ｫ彫髓､ﾟ彫ｿ徴ﾒ徴ﾈ彫ﾎ通ｽｷ長ﾏ彫ﾋ彫ｪ彫ｱ彫�･ｻ徴峵･ﾈ徴ﾋ徴､ﾎ跳｡追ｽ徴竰･ﾇ徴�｡ﾗ

0361024 椎ﾚ跳� 津ﾒ佃ﾂ
庁ﾖ沈ｮ追ｾ墜ｹ超�ﾍﾞ腸ｵ彫ﾎ徴ｷ徴ｰ徴ﾊ徴�ﾅﾁ津｣長ﾐ佃ｩ彫ﾎ長ﾗ捗ｻ跳｡徴ｷ徴ﾟ徴蜥･�｡ｼ徴ｷ徴迺･｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
勅ﾙ塚ｦ徴ｷ徴ｰ徴ﾊ徴�ﾅﾁ津｣鎚ｿ蝶�彫ﾎ長ﾗ捗ｻ跳｡徴ｷ徴ﾟ徴蜥･�｡ｼ徴ｷ徴迺･､ﾋ彫闥､ﾃ彫ﾆ庁｢沈ｮ追ｾ徴ﾗ徴�･ｭ徴･ｨ勅ﾙ塚ｦ彫ﾎ徴ｷ徴ﾊ徴ﾗ徴ｹ調ﾄ鎮ｺ賃ｭ彫ｬ跳ｭ調ｱ庁ｦ諜ﾘ朕ｬ彫ﾋ調ﾌ彫ｿ彫ｹ栂ｳ苒､ﾌﾀ彫髓､ｫ彫ﾋ彫ｷ彫ｿ庁｣

沈ｮ追ｾ徴ﾗ徴�･ｭ徴･ｨ勅ﾙ塚ｦ彫ﾏ通ｿ鳥ﾔ賃�腸ﾝ彫ﾈ椎ﾐ沈蜥ﾀ�腸ﾝ彫ｫ彫髓ﾆ�槻ﾏ彫ｼ､ｱ彫ﾆ彫､彫�｡｣通ｿ鳥ﾔ賃�腸ﾝ槌�槻ﾏ彫ﾎ頂蜥､ﾋ椎ﾐ沈蜥ﾀ�腸ﾝ槌�槻ﾏ彫ﾈ彫､彫ｦ槌�槻ﾏ朕迺ｽ､ﾇ庁｢ Ca2+追ｻ椎ﾙ彫ｬ津､ｷ彫ｯ沈蜥ｾｺ彫ｷ庁｢墜ｹ超�ﾍﾞ腸ｵ(LTD)彫ﾈ彫､彫ｦ徴ｷ徴ﾊ徴ﾗ徴ｹ調ﾄ鎮ｺ賃ｭ彫ｬ掴ｶ槌ｳ彫ｵ彫�､�､ｳ彫ﾈ彫ｬ直ﾂ頂ｳ彫ﾇ直ｨ彫ｵ彫�､ﾆ彫､彫ｿ庁｣沈ｮ追ｾLTD彫ﾋ彫ｪ彫ｱ彫�Ca2+追ｻ椎ﾙ沈蜥ｾｺ彫ﾎ徴ｷ徴ｰ徴ﾊ徴�ﾅﾁ津｣長ﾐ佃ｩ彫ﾏ沈ﾜ彫ｷ彫ｯ通ｬ彫ｫ彫ﾃ彫ﾆ彫､彫�､ﾋ彫竰､ｫ彫ｫ彫�､髓､ｺ庁｢ Ca2+蝶�椎咊､ｬ通ｿ鳥ﾔ賃�腸ﾝ槌�槻ﾏ彫ﾈ椎ﾐ沈蜥ﾀ�腸ﾝ槌�槻ﾏ彫ﾎ捗�超ﾖ朕迺ｽ､ｸ｡朕ﾐ彫ｹ彫�ｻﾅ鎮ﾈ彫ﾟ彫ﾏ痛ﾔ栂ﾀ彫ﾇ彫｢彫ﾃ彫ｿ庁｣捗苒､ﾏ庁｢沈ｮ追ｾLTD彫ﾎCa2+徴ｷ徴ｰ徴ﾊ徴�､ﾎ珍ﾍ�徴竰･ﾇ徴�､ｺ賴､齟｡｢Ca2+徴ﾀ徴､徴ﾊ徴ﾟ徴ｯ徴ｹ彫ｸ｡沈ﾚ彫ｷ彫ｿ庁｣通ｿ鳥ﾔ賃�腸ﾝ槌�槻ﾏ彫ﾎ陳蜥ｼﾕ長ﾏ長ﾐ佃ｩ彫ﾋ捗�超ﾖ津ﾙ彫�､ｬ彫｢彫齟｡｢勅ﾙ塚ｦ槌磴a2+徴ｹ徴ﾈ徴｢沈蜥､ﾎIP3直ﾍﾆ陳ﾎ彫ｬ庁｢通ｿ鳥ﾔ賃�腸ﾝ槌�槻ﾏ彫ﾋ彫闥､�IP3捗ｺ賃ｸ彫ﾈ椎ﾐ沈蜥ﾀ�腸ﾝ槌�槻ﾏ彫ﾋ彫闥､�Ca2+槻ｮ槌�彫ﾎ槌ｱ捗�賃ｭ彫ｸ｡朕ﾐ彫ｹ彫�､ｳ彫ﾈ彫ｼｨ彫ｷ彫ｿ庁｣彫ﾞ彫ｿ庁｢IP3直ﾍﾆ陳ﾎ彫ｬ通�ｽﾐ彫ｹ彫�Ca2+彫ﾋ彫闥､ﾃ彫ﾆ直ｫ珍ﾈ彫ｬ彫ｵ彫髓､ﾋ諜闥ﾀｭ調ｽ彫ｵ彫�､�｡｢賃ｵ彫ﾎ徴ﾕ徴｣庁ｼ徴ﾉ徴ﾐ徴ﾃ徴ｯ彫ｬ抵迺ﾃﾍ頂ｽ沈ﾝ彫ﾀｸ彫ﾟ朕ﾐ彫ｹ彫ｳ彫ﾈ彫ｳﾎ彫ｫ彫癇､ｿ庁｣

0361208 鳥竰ﾃｫ津ﾒ勅ﾈ
庁ﾖHigh-Fidelity Blind Source Separation Using Single-Input-Multiple-Output-Model-Based Independent Component Analysis庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
銚癇ﾇｯ庁､槌ﾈ槻ｩ賃ｮ通ｬ通ｬ賃ﾏ(ICA)彫ﾍﾑ彫､彫ｿ調ｻ銚ﾁ珍ｮ鳥謦､ﾎ徴ﾖ徴髓･､徴･ﾉ調ｻ頂ｻ通ｬ槻･(BSS) 跳ｻ朕ﾑ彫ｬ珍ﾊ椎ｸ彫ｷ彫ﾆ彫､彫�｡･彫ｳ彫ﾎ跳ｻ朕ﾑ彫ﾏ調ｻ頂ｻ珍ｮ鳥謦､ｬ頂ﾟ彫､彫ﾋ槌ﾈ槻ｩ彫ﾇ彫｢彫�､ﾈ調ｾ墜齟､ｷ, 捗ﾁｰ沈ﾊ､ﾍﾑ彫､彫�､ｳ彫ﾈ彫ﾊ彫ｯ庁､調ｻ頂ｻ珍ｮ鳥謦､ｿ苒ﾄ齟､ｹ彫�ｵｻ朕ﾑ彫ﾇ彫｢彫�｡･朕ｾ彫ﾃ彫ﾆ庁､彫ｳ彫ﾎ跳ｻ朕ﾑ彫ﾏ捗ｨ調ｻ彫ﾋ超闥ｷ､ﾊ徴ﾏ徴･ｺ徴ﾕ徴齟｡ｼ調ｻ賃ｼ追ｧ直ｱ徴ｷ徴ｹ徴ﾆ徴熬､苒ｹ竰ﾉﾊ直ﾁ徴ﾏ徴･ｺ徴ﾕ徴齟｡ｼ調ｻ賃ｼ墜ﾌ珍ｮ徴ｷ徴ｹ徴ﾆ徴熬､ﾘ彫ﾎ蝶�掴ﾑ彫ｬ調ﾄ追ｽ彫ﾇ彫｢彫�｡･朕ｾ掴闥､ﾎBSS直齟ﾋ｡彫ﾇ彫ﾏ庁､諜ﾆ徴ﾁ徴纈･ﾍ徴�､ﾇ超ﾑ陳ｬ彫ｵ彫�､ｿ勅ｮ鳥迺ｿｮ鳥謦､ｫ彫髓ｲｻ頂ｻ珍ｮ鳥謦､･竰･ﾎ徴髓･�ｿｮ鳥謦､ﾈ彫ｷ彫ﾆ珍� 墜齟､ｹ彫�｡･朕ｾ彫ﾃ彫ﾆ庁､諜ﾆ調ｻ頂ｻ彫ﾎ通�腸ﾌ庁ｦ腸ﾌ津ﾖ沈ﾊ｡､捗ﾄ銚ﾁ超ｶ彫ﾊ彫ﾉ彫ﾎ銚ｴﾖ椎ｪ彫ﾊ沈ﾊ� 彫ｷ迺ﾍ賴､ｷ庁､諜賴､ﾄ通ｬ槻･朕闥ﾍ�彫ﾋ彫闥､ﾃ彫ﾆ追､腸ﾕ彫ﾎ徴ｹ徴ﾚ徴ｯ徴ﾈ徴�ﾏﾄ彫ﾟ彫ｬ賃ｸ彫ｸ彫�､ﾈ彫､彫ｦ栂苒ﾂ齟ﾅﾀ彫ｬ彫｢彫�｡･彫ｳ彫ﾎ栂苒ﾂ齟ﾅﾀ彫ﾋ彫闥､齟｡､徴ﾐ徴､徴ﾎ庁ｼ徴髓･�ｿｮ鳥謦ｽ闥ﾍ�彫苒ｹ竰ﾃ髓ｼﾂ調ｻ沈� 勅ﾆ頂ｽ徴ｷ徴ｹ徴ﾆ徴熬､ﾘ彫ﾎ蝶�掴ﾑ彫ｬ鎚ｾ�､ﾋ勅､槌､ﾇ彫｢彫�｡･

塚ﾜ鎚ｯ痛ｽ彫ﾇ彫ﾏ庁､彫ﾏ彫ｸ彫癇､ﾋ庁､沈蜥ｵｭ栂苒ﾂ齟ﾅﾀ彫ｲ�鎮ｱ彫ｹ彫�ｿｷ彫ｷ彫､ICA徴｢徴�･ｴ徴齟･ｺ徴� (勅ﾇ沈ｮ槌ｾ闥ｷｿSingle-Input Multiple-Output (SIMO)徴竰･ﾇ徴�､ﾋ超､ﾅ彫ｯICA (SIMO-ICA)(SIMO-ICA-LS)彫ﾈ沈ﾊｴｲｿ諜ﾘ朕ｬ長ｿSIMO-ICA (SIMO-ICA-IG))彫� 墜ｰﾆ彫ｹ彫�｡･彫ｳ彫ｳ彫ﾇ庁､"SIMO"彫ﾈ彫ﾏ槌�槻ﾏ珍ｮ鳥謦､ｬ津ｱ腸�､ﾇ諜賴､ﾄ朕ﾐ槻ﾏ珍ｮ鳥謦､ｬ諜ﾆ徴ﾞ徴､徴ｯ徴峵･ﾛ徴､ﾇ超ﾑ陳ｬ彫ｵ彫�､�｡､槌�槻ﾏ珍ｮ鳥謦､ｬ椎ﾁ鎮､ｵ彫�､ｿ珍ｮ鳥謦､ﾇ彫｢彫�､闥､ｦ彫ﾊ椎ﾁ津｣徴ｷ徴ｹ徴ﾆ徴熬､ﾎ彫ｳ彫ﾈ彫ｼｨ彫ｷ彫ﾆ彫､彫�｡･槻ｾSIMO-ICA彫ﾏ超ﾑ陳ｬ彫ｵ彫�､ｿ勅ｮ鳥迺ｿｮ鳥謦､･竰･ﾎ徴� 徴�ｿｮ鳥謦､ﾋ通ｬ槻･彫ｹ彫�､ﾎ彫ﾇ彫ﾏ彫ﾊ彫ｯ庁､諜ﾆ徴ﾞ徴､徴ｯ徴峵･ﾛ徴､ﾇ超ﾑ陳ｬ彫ｵ彫�､ｿ諜ﾆ調ｻ頂ｻ彫ｫ彫� 彫ﾎSIMO徴竰･ﾇ徴�､ﾋ超､ﾅ彫ｯ珍ｮ鳥謦､ﾋ通ｬ調､ｹ彫�｡･

直｡彫ﾋ庁､SIMO-ICA彫ﾎ朕髓ｴ�･ﾕ徴｣徴�･ｿ腸ﾍ陳ｸ賃ｭ彫ｲ�鎮ｱ彫ｹ彫�､ｿ彫癇､ﾋ庁､朕髓ｴ�･ﾕ徴｣徴�･ｿ直ｫ頂ﾊ賃ｸ賃ｮ超�(SG)彫ﾄｰﾆ彫ｹ彫�｡･SG彫ﾏ槌ｬ痛ﾅﾁ津｣超ﾘ珍ｹﾔ槻･ﾐ徴･ｯ庁､直�追ﾈ珍ﾎﾎ腸� ICA庁､single talk銚闥ｴﾖ頂｡朕ﾐ庁､調ｻ頂ｻ通�腸ﾌ珍苒ﾄ齟､ﾎ諜ﾆ徴竰･ｸ徴蜥｡ｼ徴�､ﾋ彫闥､齟ｹｽ賃ｮ彫ｵ彫�｡､彫ｳ彫�､髓ﾁｴ彫ﾆ徴ﾖ徴髓･､徴･ﾉ彫ﾋ槌ｰ勅賴､ｹ彫�｡･朕ｾ彫ﾃ彫ﾆ庁､SG彫ﾏSIMO-ICA彫ﾎ鎮ｰ朕闥ﾍ� 彫ﾈ彫ｷ彫ﾆ跳｡追ｽ彫ｹ彫�､ｳ彫ﾈ彫ｬ調ﾄ追ｽ彫ﾇ彫｢彫齟｡､SIMO-ICA彫ﾋ勅ﾇ椎ｬ彫ﾊ朕髓ｴ�･ﾕ徴｣徴�･ｿ彫ｼｫ槌ｰ賃ｸ賃ｮ彫ｹ彫�､ｳ彫ﾈ彫ｬ調ﾄ追ｽ彫ﾇ彫｢彫�｡･

鳥ｹ彫ﾋ庁､沈蜥ｵｭSIMO-ICA彫ﾈSG彫ﾊｻ掴ﾑ彫ｷ彫ｿ徴ｷ徴ｹ徴ﾆ徴熬､ﾍﾑ彫､彫ﾆ庁､朕ｾ掴闥ｼﾂ頂ｽ彫ｬ勅､槌� 彫ﾈ頂ﾀ彫�､�､ｿ調ｻ銚ﾁ諜ﾈ墜･頂ｽ直ﾂ超ｶ徴ｷ徴ｹ徴ﾆ徴熬､ﾄｰﾆ彫ｹ彫�｡･塚ﾜ徴ｷ徴ｹ徴ﾆ徴熬､ﾏ庁､徴謦｡ｼ徴ｶ彫ﾎ直ｪ頂ｵ彫ﾋ鎮ﾃ蜥､ｷ彫ｿ徴､徴苒･ﾛ徴･ﾞ徴､徴ｯ徴峵･ﾛ徴､ﾇ直�佃ｿ彫ｵ彫�､ｿ調ｻ銚ﾁ珍ｮ鳥謦､ｫ彫髓ｶｴﾖ沈ﾊ､ｼｺ彫ｦ彫ｳ彫ﾈ彫ﾊ彫ｯ庁､槌ﾃ墜齟､ﾎ調ｻ彫ﾃ齟ｽﾐ庁ｦ勅ﾆ頂ｽ彫ｹ彫�･ｷ徴ｹ徴ﾆ徴熬､ﾇ彫｢彫�｡･

諜ﾆ徴ﾈ徴ﾔ徴ﾃ徴ｯ彫ﾋ彫ｪ彫､彫ﾆ庁､直ﾂ超ﾄ銚ｭ彫ﾋ彫ｪ彫ｱ彫�ｲｻ頂ｻ通ｬ槻･直ﾂ頂ｳ彫ﾄﾌ彫ｷ彫ﾆ庁､墜ｰﾆ塚｡彫ﾎ掴ｭ頂咊ﾀｭ彫ｸ｡沈ﾚ彫ｹﾔ彫ｦ庁･

0361014 槻�ﾌﾚ珍ｷ
庁ﾖ鎚ｽ通ﾌ通ｬ賃ﾏ彫ﾈ槌ﾈ槻ｩ賃ｮ通ｬ通ｬ賃ﾏ彫ﾋ彫闥､�･ｷ徴ｹ徴ﾆ徴熬､ﾎ痛ﾊ直ﾁ痛ｾ調ﾁ彫ﾋ超ﾘ彫ｹ彫�ｸｦ跳謦｡ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
銚癇ﾇｯ庁､徴ｳ徴･ﾔ徴蜥｡ｼ徴ｿ彫ﾎ鳥竰ﾀｭ追ｽ調ｽ彫ﾋ彫闥､齟｡､朕ｾ掴闥､ﾏ勅､槌､ﾇ彫｢彫ﾃ彫ｿ陳迺ﾎﾌ彫ﾎ徴ﾇ庁ｼ徴ｿ朕闥ﾍ�彫苒ﾊ｣捗ｨ彫ﾊ徴ﾇ庁ｼ徴ｿ調ﾀﾏ彫ｬ津ｻ捗�超ﾖ彫ﾋ鳥ﾔ彫ｨ彫�､闥､ｦ彫ﾋ彫ﾊ彫ﾃ彫ｿ庁･腸�ﾈﾌ彫ﾋ捗ｺ銚ﾈ諜ｦ彫ﾇ彫ﾏ庁､痛ﾊ直ﾁ痛ｾ調ﾁ彫苒ﾉﾊ直ﾁ超ﾉ掴�彫ﾊ彫ﾉ彫ﾎ徴ﾇ庁ｼ徴ｿ調ﾀﾏ彫ﾋ彫ｪ彫､彫ﾆ庁､椎�長ﾗ椎ｪ直齟ﾋ｡彫ｬ鳥ｭ彫ｯ掴ﾑ彫､彫髓､�､ﾆ彫､彫ｬ庁､彫ｽ彫ﾎ津謦､ﾇ庁､槌ﾃ彫ﾋ津峵ﾌﾜ彫ｵ彫�､ﾆ彫､彫�ｿｷ彫ｷ彫､直齟ﾋ｡彫ﾋ庁､槌ﾈ槻ｩ賃ｮ通ｬ通ｬ賃ﾏ彫ﾈ痛ﾊ直ﾁ鳥ｩ諜ﾘ彫ｬ彫｢彫�｡･鎮ﾐ通�彫ﾈ彫竰｡､陳ｿ通ﾑ槻ﾌ調ﾀﾏ彫ﾇ彫闥､ｯ津ﾎ彫髓､�､ｿ直迺ﾀｮ通ｬ通ｬ賃ﾏ彫ﾈ栂ｩ賃ﾜ彫ﾋ超ﾘ佃｢彫ｷ彫ｿ直齟ﾋ｡彫ﾇ彫｢彫齟｡､通｣珍､ﾎ徴ﾑ徴髓･癇｡ｼ徴ｿ彫ｰｷ彫ｦ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ痛ｾ調ﾁ彫ﾘ彫ﾎ椎ｬ掴ﾑ彫ｬ超�ﾂﾔ彫ｵ彫�､ﾆ彫､彫�｡･

彫ｽ彫ｳ彫ﾇ庁､槌ﾈ槻ｩ賃ｮ通ｬ通ｬ賃ﾏ彫ﾈ痛ﾊ直ﾁ鳥ｩ諜ﾘ彫ﾋ超､ﾅ彫ｯ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ珍ｷ彫ｷ彫､痛ｾ調ﾁ直齟ﾋ｡彫ﾄｰﾆ彫ｹ彫�｡･槌ﾃ彫ﾋ直ﾂ蝶�掴ﾑ彫ﾎ槻ｩ沈�､ｫ彫髓｡､諜ｰ掴､ﾎ蝶ﾆ銚ﾁ彫ﾎ調ｼ彫ﾇ彫ﾎ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ珍ｶ彫�ﾉ､､彫ﾋ津蜥ﾌﾜ彫ｷ庁､張ｳ直�ﾎ熬､ﾎ痛ﾊ直ﾁ痛ｾ調ﾁ直齟ﾋ｡彫ﾄｰﾆ彫ｷ庁､彫ｽ彫ﾎ頂咊ｲﾌ彫ｼﾂ頂ｳ彫ﾋ彫闥､ﾃ彫ﾆ痛ｾ調ﾁ彫ｹ彫�｡･

彫ﾞ彫ｺ庁､槌ﾈ槻ｩ賃ｮ通ｬ通ｬ賃ﾏ彫ﾇ彫闥､ｯ津ﾎ彫髓､�､ｿ珍ｮ鳥謦ﾊｬ槻･塚｡彫ｲ�槻ﾉ彫ｷ庁､徴ｻ徴･ｵ珍ｮ鳥謦､ｫ彫髓ｳｰ掴､ﾎ蝶ﾆ銚ﾁ彫ｽ�ｵ賴､ｹ彫�､ｳ彫ﾈ彫ﾋ彫闥､ﾃ彫ﾆ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ徴ﾑ徴髓･癇｡ｼ徴ｿ通ﾑ調ｽ彫･齟･｢徴�･ｿ徴､徴熬､ﾇ頂｡朕ﾐ彫ｹ彫�ｼ齟ﾋ｡彫ｽﾒ彫ﾙ彫�｡･彫ｳ彫ﾎ直齟ﾋ｡彫ﾏ跳｡諜｣徴ｷ徴ｹ徴ﾆ徴熬､ﾎ頂ﾎ沈纈ｸ｡朕ﾐ彫ﾋ掴ｭ掴ﾑ彫ﾇ彫｢彫�､ｿ彫癇｡､朕ﾀ槌ｹｽ陳､陳ﾎ彫ﾋ彫闥､�ｼﾂ頂ｳ彫ﾋ彫闥､ﾃ彫ﾆ諜ﾎ追ｧ彫ｷ彫ｿ長�ｲﾌ彫ﾋ彫ﾄ彫､彫ﾆ彫竰ｽﾒ彫ﾙ彫�｡･

直｡彫ﾋ庁､椎ﾁ追ｮ徴ｷ徴ｹ徴ﾆ徴熬､ﾎ彫闥､ｦ彫ﾋ蝶�椎咊､ｬ津ﾙ彫､徴ｷ徴ｹ徴ﾆ徴熬､ﾉｾ調ﾁ彫ｹ彫�ｾ�ｹ迺､ﾋ彫ﾏ庁､諜ｰ掴､ﾎ通ｬ槻･彫ﾎ彫ｿ彫癇､ﾋ痛ｬ掴ﾗ彫ﾊ徴ﾇ庁ｼ徴ｿ彫ｽｸ彫癇､�､ﾎ彫ﾋ陳ｿ彫ｯ彫ﾎ捗�超ﾖ彫ｬ痛ｬ掴ﾗ彫ﾋ彫ﾊ彫�｡･直ﾂ掴ﾑ沈蜥､ﾏ庁､諜ｰ掴､ﾊｬ槻･彫ｹ彫�､闥､齟､竰｡､諜ｰ掴､ﾎ蝶ﾆ銚ﾁ彫ｼ､ｱ彫ｿ徴ﾇ庁ｼ徴ｿ彫ｫ彫髓･ｷ徴ｹ徴ﾆ徴熬､ﾎ痛ｾ調ﾁ彫ｬ彫ﾇ彫ｭ彫�､ﾐ塚ｾ彫ﾞ彫ｷ彫､庁･彫ｽ彫ｳ彫ﾇ庁､鎚ｽ通ﾌ通ｬ賃ﾏ彫ﾋ彫ｪ彫ｱ彫�･ﾞ徴ﾏ徴髓･ﾎ徴ﾓ徴ｹ彫ﾎ跳ﾎ･彫ﾋ彫闥､ﾃ彫ﾆ庁､超ｽ熬､ﾈ彫ｹ彫�ﾊﾒ陳ｦ彫ﾀ彫ｱ彫ﾎ長ｲ彫ｳｰ掴ｱﾆ銚ﾁ調ｼ彫ﾇ直闥ﾆﾀ彫ｷ彫ｿ徴ﾇ庁ｼ徴ｿ彫竰ｴﾞ彫､ﾀ陳ｿ掴ﾍ彫ﾊ徴ﾇ庁ｼ徴ｿ長ｲ彫ｫ彫髓ｺ賴ﾀｮ彫ｹ彫�｡･彫ｳ彫ﾎ超ｽ熬､ﾈ彫ｹ彫�ｷｲ彫ｫ彫髓､ﾎ跳ﾎ･彫ﾎ陳迺ｾｮ彫ﾋ彫闥､齟｡､徴ｷ徴ｹ徴ﾆ徴熬､ﾎ痛ｾ調ﾁ彫ｻ賴､ﾟ彫�｡･彫ｳ彫�､髓､ﾎ直ﾂ頂ｳ長�ｲﾌ彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･

勅ﾇ頂蜥､ﾋ庁､調ﾈ椎ﾅ沈ｦ痛ﾊ彫ﾊ彫ﾉ彫ﾎ鎮ﾈ彫ﾟ鳥�彫ﾟ調ｹ椎ﾙ賃ｩ頂謦･ｷ徴ｹ徴ﾆ徴熬､ﾇ彫ﾏ庁､沈ﾃ鎚ｼﾔ彫ﾎ掴ﾍ庁ｹ彫ﾊ捗ﾈ掴ﾑ通�塚｡彫苒ｻﾈ掴ﾑ超ﾄ銚ｭ彫ｬ諜ｰ掴､ﾈ彫ﾊ彫�｡･槌ﾃ彫ﾋ跳ｨ賃癇､� 捗ﾈ掴ﾑ沈�ｽ齟､ﾋ彫闥､�ｳｰ跳､調ｹ彫ﾎ通ﾑ槌ｰ彫ﾏ賃ｩ頂謦ﾀｭ追ｽ彫ﾋ蝶ﾆ銚ﾁ彫ｵﾚ彫ﾜ彫ｹ彫ﾎ彫ﾇ庁､諜ｰ跳､調ｹ通ﾑ槌ｰ彫ｹﾍ槻ｸ彫ｷ彫ｿ賃ﾟ長ﾗ彫ﾇ彫ﾊ彫ｱ彫�､ﾐ沈ｦ痛ﾊ徴ｯ徴�｡ｼ徴熬､ﾈ彫ﾊ彫齟､ｫ彫ﾍ彫ﾊ彫､庁･彫ｽ彫ｳ彫ﾇ庁､沈ｦ痛ﾊ諜ｫ鎚ｯ彫ﾊ彫ﾉ彫ﾋ掴ﾑ彫､彫髓､�､ﾆ彫､彫�･ｿ徴ｰ徴ﾁ徴癇･ｽ徴ﾃ徴ﾉ彫ﾅｬ掴ﾑ彫ｷ庁､頂峵ｺｹ腸ｻﾒ彫ﾈ彫ｷ彫ﾆ諜ｰ跳､調ｹ彫ﾎ通ﾑ槌ｰ彫ｳ苒､齟ﾉﾕ彫ｱ庁､諜ｰ跳､調ｹ通ﾑ槌ｰ彫ﾋ銚ｯ彫､賃ｩ頂謦･ﾑ徴髓･癇｡ｼ徴ｿ彫ﾎ賃ﾟ長ﾗ彫ｻ賴､ﾟ彫�｡･彫ｳ彫�､髓､ﾎ直ﾂ頂ｳ長�ｲﾌ彫ﾋ彫ﾄ彫､彫ﾆ朕ﾒ彫ﾙ彫�｡･

0261021 鎚ｸ�彫ｵ彫ﾈ彫ﾟ
庁ﾖTool-use and language function in Language area : fMRI studies庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
槌ｻ銚ｻﾈ掴ﾑ彫ﾈ彫､彫ｦ通｣捗ｨ彫ﾊ鳥竰ｼ｡追ｧ津ﾎ跳｡追ｽ彫ﾏ庁｢珍ﾍ超ﾖ彫ｪ彫闥､ﾓ彫ｽ彫ﾎ陳ｾ彫ﾎ槻熬ｿﾍ蝶賴､ﾊ彫ﾉ彫ﾋ頂ﾂ彫髓､�､ｿ槌ｰ通ｪ彫ﾎ追ｽ槻ﾏ彫ﾇ彫｢彫�｡｣珍ﾍ超ﾖ彫ﾎ頂ﾀ頂�ｵ｡追ｽ彫竰ｹ竰ｼ｡追ｧ津ﾎ跳｡追ｽ彫ﾇ庁｢徴ﾁ徴･ﾑ徴･ｸ庁ｼ彫ﾊ彫ﾉ彫ﾏ長ｱ槻�彫ﾋ彫闥､齟ｴﾊ津ｱ彫ﾊ直齟ﾏﾃ彫ｳﾐ彫ｨ彫�､ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ彫�､ｬ庁｢腸�ﾈﾌ彫ﾋ珍ﾍ超ﾖ腸ﾊ諜ｰ彫ﾎ槌ｰ通ｪ彫ﾏ頂ﾀ頂�ｵ｡追ｽ彫ｬ槻､ﾃ彫ﾆ彫､彫�｡｣彫ﾞ彫ｺfMRI彫ﾍﾑ彫､彫ﾆ槌ｻ銚ｻﾈ掴ﾑ捗�彫ﾋ超ﾘ彫ｹ彫�ﾇｾ諜闥ﾆｰ彫ﾈ頂ﾀ頂�ｻﾈ掴ﾑ捗�彫ﾋ超ﾘ彫ｹ彫�ﾇｾ諜闥ﾆｰ痛ｰﾌ彫ｼｨ彫ｹ庁｣追ｾ陳ｻ朕�彫ﾋ彫闥､齟ﾆｻ銚､ｻﾈ掴ﾑ彫ｹ彫�ｻ､ｬ勅､槌､ﾋ彫ﾊ彫�ｼｺ鳥ﾔ沈ﾉ沈､ﾈ彫ｽ彫ﾎ陳ｻ朕�痛ｰﾌ彫ﾎ超ﾘ長ｸ彫ｫ彫髓｡｢槌ｻ銚ｻﾈ掴ﾑ彫ﾈ超ﾘ長ｸ彫ｬ彫｢彫�､ﾈ彫ｵ彫�､ﾆ彫ｭ彫ｿ槌ｬ墜ｺ超ﾖ鳥ﾂ彫ﾀ彫ｱ彫ﾇ彫ﾊ彫ｯ庁｢鎮ｰ槌ｬ掴ﾕ彫ﾎ腸�ﾉ｡ﾊBA44,BA45庁ﾋ彫苒ｾｮ追ｾ彫ﾋ追ｾ諜闥ﾆｰ彫ｬ彫ﾟ彫髓､�｡｢沈ｮ追ｾ彫ﾎ追ｾ諜闥ﾆｰ彫ﾏ槌ｻ銚､ｴ彫ﾈ彫ﾋ腸ﾛ彫ﾊ彫�ﾊｬ痛ﾛ彫ｷ彫ﾆ彫､彫ｿ彫ｳ彫ﾈ彫ｼｨ彫ｹ庁｣鎮ｰ槌ｬ掴ﾕ彫ﾎ槻ﾎ腸闥､ﾋ彫ﾟ彫髓､�､ｿ追ｾ諜闥ﾆｰ彫ﾎ槻ﾎ腸闥､ﾏ庁｢徴ｵ徴�､ｬ陳ｾ直ﾔ彫ﾎ鳥ﾔ槌ｰ超ﾑ捗｡彫ｹﾔ彫ﾃ彫ｿ勅ﾝ彫ﾋ鎚ｯ調ﾐ彫ｹ彫�･ﾋ徴蜥｡ｼ徴峵･｡ﾊ徴ﾟ徴髓｡ｼ徴ﾋ徴蜥｡ｼ徴峵･｡ﾋ彫ｬ鎚ｯ頂ｫ彫ｵ彫�､ｿ痛ｰﾌ彫ﾇ彫｢彫齟｡｢BA44, BA45彫ﾏ徴ﾖ徴峵｡ｼ徴ｫ栂賴､ﾎ腸�ﾉ､ﾈ彫ｷ彫ﾆ津ﾎ彫髓､�､ﾆ彫､彫�ﾎﾎ腸闥､ﾇ彫｢彫�｡｣彫ｳ彫�､髓､ﾎ捗ｾﾝ彫ｫ彫髓ｹﾔ槌ｰ超ﾑ捗｡彫ﾊ彫ﾉ彫ﾇ鎮齟ｼ齟､ﾎ沈ﾂﾖ彫ｻ｡彫ｹ彫�ｻ､ﾏ庁｢徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･､ﾎ超ﾋﾜ彫ﾈ彫ｷ彫ﾆ庁｢徴ﾟ徴髓｡ｼ徴ｷ徴ｹ徴ﾆ徴熬､ﾈ頂ﾀ頂�､ﾎ跳ｯ頂ｻ彫ﾈ彫ﾎ超ﾘ長ｸ彫ｬRizzolatti彫髓､闥､齟ｼｨ勅ｶ彫ｵ彫�､ﾆ彫､彫�｡｣Greenfield彫髓､ﾏ槌ｻ銚ｻﾈ掴ﾑ彫ﾊ彫ﾉ彫ﾎ蝶ｿ槌ｰ超�ｲ闥､､ｹ彫�､ｳ彫ﾈ彫ｫ彫髓｡｢頂ﾀ頂�､ｬ珍ﾊ調ｽ彫ｷ彫ｿ彫ﾈ直迺ﾄ･彫ｷ彫ﾆ彫ｪ彫齟｡｢Rizzolatti槌ｱ掴ﾍ庁｢頂ﾀ頂�､ﾏ陳ｾ彫ﾎ跳｡追ｽ彫ｫ彫髓ﾈｯ津｣彫ｷ彫ｿ彫ﾈ彫､彫ｦ頂ｫ調､ﾇ彫｢彫�｡｣腸�ﾊ�庁｢Chomsky彫髓､ﾎ頂ﾀ頂�ｵ｡追ｽ彫ﾏ槌ﾍ鎮ｳ珍ﾊ調ｽ彫ｷ彫ｿ跳｡追ｽ彫ﾇ庁｢徴ｵ徴�､ﾊ彫ﾉ陳ｾ彫ﾎ槌ｰ通ｪ彫ﾋ庁｢彫ｳ彫ﾎ跳｡追ｽ彫ﾏ陳ｸ勅ﾟ彫ｷ彫ﾊ彫､彫竰､ﾎ彫ﾇ彫｢彫�､ﾈ直迺ﾄ･彫ｷ彫ﾆ彫､彫�｡｣彫ｽ彫ｳ彫ﾇ槌ｻ銚ｻﾈ掴ﾑ調ﾝ陳齟､ﾈ頂ﾀ頂�ｲﾝ陳齟､ｹﾔ彫ﾃ彫ｿ勅ﾝ彫ﾎ追ｾ諜闥ﾆｰ彫ﾄｴ彫ﾙ彫�､ｳ彫ﾈ彫ﾇ庁｢槌ｻ銚ｻﾈ掴ﾑ彫ﾊ彫ﾉ彫ｫ彫髓ｸﾀ頂�ｵ｡追ｽ彫ｬ珍ﾊ調ｽ彫ｷ彫ｿ沈�ｹ迺｡｢追ｾ諜闥ﾆｰ痛ｰﾌ彫ﾎ朕ﾅ通｣彫ｬ彫｢彫�､ﾐ庁｢彫ｳ彫�､髓､ﾎ跳｡追ｽ彫ﾎ跳ｯ頂ｻ彫ﾏ槌ｱ彫ｸ彫ﾇ彫｢彫�､ﾈ鳥ﾍ彫ｨ彫�､ｳ彫ﾈ彫ｬ彫ﾇ彫ｭ庁｢朕ﾅ通｣痛ｰﾌ彫ｬ彫ﾊ彫ｱ彫�､ﾐ彫ﾞ彫ﾃ彫ｿ彫ｯ珍ｷ彫ｷ彫､跳｡追ｽ彫ﾈ彫ｷ彫ﾆ珍ﾊ調ｽ彫ｷ彫ｿ彫竰､ﾎ彫ﾈ調ｾ墜齟､ｷ直ﾂ頂ｳ彫ｹﾔ彫ﾃ彫ｿ庁｣彫ｽ彫ﾎ長�ｲﾌ庁｢彫ｳ彫�､髓､ﾎ跳｡追ｽ彫ﾏ槌ｻ銚ｻﾈ掴ﾑ彫ﾊ彫ﾉ彫ｫ彫髓｡｢頂ﾀ頂�､ﾏ珍ﾊ調ｽ彫ｷ彫ｿ彫ﾈ彫､彫ｦ賃竰､ｬ捗ﾙ捗�彫ｵ彫�､�ﾇｾ諜闥ﾆｰ彫ｬ徴ﾖ徴峵｡ｼ徴ｫ栂賴ﾆ竰､ﾇ頂ｫ彫髓､�､ｿ彫ｿ捗､ｼｨ彫ｹ庁｣腸�ﾊ�庁｢銚ｵ腸髓ｿｴ掴�諜ﾘ彫ﾎ津ﾎ頂ｫ彫ｫ彫髓｡｢槌ｻ銚ｻﾈ掴ﾑ彫ﾈ頂ﾀ頂�ｳ闥ﾆｰ彫ﾎ追ｽ槻ﾏ彫ﾎ鎚ｯ津｣椎ｪ津ﾋ朕ｺｹ彫ｬ庁｢朕ｻ､ｬ鎮癇､､捗�超�､ｫ彫髓ﾏﾃ彫ｷ捗ﾏ彫癇｡｢腸�ﾊ�彫ﾇ津ﾋ捗､ﾏ槌ｻ銚､ﾎ彫ｪ彫竰､ﾁ彫纈､ﾘ彫闥､齟ｶｽ栂｣彫ｼｨ彫ｹ彫ｳ彫ﾈ彫ｬ通ｹ､ｵ彫�､ﾆ彫､彫�｡｣彫ｽ彫ｳ彫ﾇ庁｢鎚�ｸｳ直ﾔ珍､､ｽ彫�､ｾ彫�｣ｱ張ｴ栂ｾ彫ﾋ彫ﾊ彫�､闥､ｦ鎮�彫苒､ｷ庁｢槌ｻ銚ｻﾈ掴ﾑ調ﾝ陳齟､ﾈ頂ﾀ頂�ｲﾝ陳齟､ｹﾔ彫ﾃ彫ｿ勅ﾝ彫ﾎ庁｢津ﾋ朕ｺｹ彫ｬ彫｢彫�､ｫ彫ﾉ彫ｦ彫ｫ墜ｴ彫ﾙ彫ｿ庁｣彫ｽ彫ﾎ長�ｲﾌ庁｢鎮ｰ彫ﾎ直ﾂ頂ｳ彫ｫ彫髓ｼｨ彫ｵ彫�､ｿ徴ﾖ徴峵｡ｼ徴ｫ栂賴､ﾎ追ｾ諜闥ﾆｰ彫ﾎ腸ﾌ津ﾖ彫ｬ鎮ｰ頂蜥ﾊ�頂�彫ﾇ津ﾋ朕､ﾇ腸ﾛ彫ﾊ彫ﾃ彫ﾆ彫､彫�､ｳ彫ﾈ彫ｬ彫�､ｫ彫齟｡｢彫ｵ彫髓､ﾋ彫ｽ彫ﾎ勅ｹ彫ﾈ鎚�ｸｳ直ﾔ彫ﾎ徴ﾆ徴ｹ徴ﾈ徴ｹ徴ﾆ徴峵･ﾎﾌ彫ﾈ彫ﾎ鎮齟ｴﾘ彫ｬ直ｨ彫ｵ彫�､ｿ庁｣彫ｽ彫ｳ彫ﾇ庁｢徴ﾖ徴峵｡ｼ徴ｫ栂賴､ﾋ陳ｳ彫､彫ﾆ庁｢徴ｦ徴ｧ徴�･ﾋ徴ﾃ徴ｱ栂賴､ﾋ彫ﾄ彫､彫ﾆ彫竰､ｽ彫ﾎ追ｾ諜闥ﾆｰ槻ﾌ彫ﾄｴ彫ﾙ彫ｿ彫ﾈ彫ｳ彫峵｡｢Kimura彫髓､ﾈ槌ｱ掴ﾍ彫ﾎ庁｢徴ｿ徴ｹ徴ｯ彫ﾈ超ﾍｿ彫ｹ彫�ﾎﾎ腸闥､ﾎ津ﾋ朕ｺｹ彫ｬ彫ﾟ彫髓､�､ｿ庁｣彫ｳ彫�､髓､ﾎ彫ｳ彫ﾈ彫ｫ彫髓｡｢槌ｻ銚､ﾈ頂ﾀ頂�､ﾏ跳｡追ｽ椎ｪ彫ﾋ捗､ｿ直�ﾎ熬､ﾎ追ｾ跳｡追ｽ彫ﾇ彫｢彫齟｡｢彫ｳ彫�､髓､ﾎ追ｾ跳｡追ｽ彫ﾋ彫ﾏ掴ﾍ庁ｹ彫ﾊ津ﾋ朕ｺｹ彫ｬ彫｢彫�､ｳ彫ﾈ彫ｼｨ彫ｹ庁｣

0361033 沈ｾ鎚� 塚ｧ槻ｴ
庁ﾖ頂ﾏ鎮ｶﾝ彫ﾎGTP長�ｹ迺･ｿ徴･ﾑ徴ｯ直ﾁ彫ﾎ跳｡追ｽ調ﾀﾏ庁ﾁ徴齟･ﾜ徴ｽ庁ｼ徴熬､ﾎ賃ｸ鳥迺ﾀｮ彫ﾋ彫ｪ彫ｱ彫�GTP長�ｹ迺･ｿ徴･ﾑ徴ｯ直ﾁ彫ﾎ栂ｳ苒｡ﾁ庁ﾗ

塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ頂ﾏ鎮ｶﾝ彫ﾎEra/Obg徴ｹ庁ｼ徴ﾑ庁ｼ徴ﾕ徴｡徴ﾟ徴齟｡ｼ彫ﾋ朕齟ﾂｰ彫ｷ庁｢勅ﾙ塚ｦ彫ﾎ鎮�珍｣彫ﾋ痛ｬ珍ﾜ彫ﾇ彫｢彫�･ｿ徴･ﾑ徴ｯ直ﾁ長ｲ(Era, Obg, YsxC, YlqF, YphC, YqeH)彫ﾎ跳｡追ｽ調ﾀﾏ彫ｹﾔ彫ﾃ彫ｿ庁｣彫ｽ彫ﾎ長�ｲﾌ庁｢彫ｳ彫�､�6直�ﾎ熬､ﾎGTP長�ｹ迺･ｿ徴･ﾑ徴ｯ直ﾁ鎮ｴ彫ﾆ彫ｬ庁｢徴齟･ﾜ徴ｽ庁ｼ徴熬､ﾎ賃ｸ鳥迺ﾀｮ彫ﾋ痛ｬ掴ﾗ彫ﾊ腸ｻﾒ彫ﾇ彫｢彫�ｲﾄ追ｽ賃ｭ彫ｸｫ彫､彫ﾀ彫ｷ彫ｿ庁｣彫ｵ彫� 彫ﾋ庁｢YlqF彫ﾋ彫ﾄ彫､彫ﾆ沈ﾜ勅ﾙ彫ﾊ調ﾀﾏ彫ｹﾔ彫ﾃ彫ｿ長�ｲﾌ庁｢GTP長ｿ彫ﾎYlqF彫ｬ50S徴ｵ徴ﾖ徴謦･ﾋ徴ﾃ徴ﾈ彫ﾋ長�ｹ迺､ｹ彫�､ｳ彫ﾈ庁｢YlqF彫ﾎGTP調ﾃ珍蜥ﾊｬ調ﾇｽ彫ｬ50S徴ｵ徴ﾖ徴謦･ﾋ徴ﾃ徴ﾈ彫ﾋ彫闥､ﾃ彫ﾆ槌ﾃ腸ﾛ椎ｪ彫ﾋ陳･珍ﾊ彫ｵ彫�､�､ｳ彫ﾈ庁｢YlqF彫ｬ50S徴ｵ徴ﾖ徴謦･ﾋ徴ﾃ徴ﾈ彫ﾎA徴ｵ徴､徴ﾈ彫ﾈP徴ｵ徴､徴ﾈ彫ﾎ直�通ﾕ彫ﾋ長�ｹ迺､ｹ彫�､ｳ彫ﾈ庁｢彫ｽ彫ｷ彫ﾆ庁｢頂ﾏ鎮ｶﾝ勅ﾙ塚ｦ槌竰､ﾇYlqF彫ｬ頂ﾏ諜髓､ｹ彫� 彫ﾈ庁｢70徴齟･ﾜ徴ｽ庁ｼ徴熬､ｬ頂ｺ沈ｯ彫ｷ庁｢徴齟･ﾜ徴ｽ庁ｼ徴熬･ｿ徴･ﾑ徴ｯ直ﾁL16彫ﾈL27彫ｼｺ彫ﾃ彫ｿ栂､賃ｮ朕ﾏ彫ﾊ50S徴ｵ徴ﾖ徴謦･ﾋ徴ﾃ徴ﾈ彫ｬ津ﾟ賃ﾑ彫ｵ彫�､�､ｳ彫ﾈ彫ｸｫ彫､彫ﾀ彫ｷ彫ｿ庁｣腸ﾊ沈蜥､ﾎ長�ｲﾌ彫､竰､ﾈ彫ﾋ庁｢50S徴ｵ徴ﾖ徴謦･ﾋ徴ﾃ徴ﾈ彫ﾎ頂蜥ｴ�ﾀｸ鳥迺ﾀｮ調癇ﾄ､ﾋ彫ｪ彫ｱ彫�｡｢YlqF彫ﾎ栂ｳ苒､ﾎ徴竰･ﾇ徴�､ﾄｰﾆ彫ｹ彫�｡｣

0361013 珍ﾋﾜ槌ﾁ佃ﾂ
庁ﾖ徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･ｼﾂ頂ｽ彫ﾎ彫ｿ彫癇､ﾎ諜ｬ鎮ﾘ長ｿ徴竰･ｸ徴蜥｡ｼ徴�ｶｯ調ｽ諜ﾘ朕ｬ庁ﾗ

鎚ｯ痛ｽ鳥ｼ諜ｵ
徴ﾒ徴ﾈ彫ｬ捗�彫ﾄ津ﾎ賃ｭ彫苒ﾎ賴ﾄｹ槻熬､ﾎ鳥竰､､蝶ｿ槌ｰ追ｽ槻ﾏ彫ｲﾌﾀ彫ｹ彫�､ｿ彫癇､ﾎ頂ｦ跳謦､ﾏ賃ｹ彫､ﾋ鳥ﾔ彫�､�､ﾆ彫ｭ彫ｿ庁･頂ｦ跳謦､ｬ珍ﾊ彫熬､ﾋ彫ﾄ彫�｡､槻賴ﾄｹ槻熬､ｬ捗�彫ﾄ掴ﾍ庁ｹ彫ﾊ追ｽ槻ﾏ彫ﾏ彫ｽ彫�､ｾ彫�､ｬ津ｱ槌ﾈ彫ﾎ追ｾ跳｡鳥ｽ彫ﾋ彫闥､ﾃ彫ﾆ直ﾂ頂ｽ彫ｵ彫�､ﾆ彫､彫�､ﾎ彫ﾇ彫ﾏ彫ﾊ彫､捗､ｬ通ｬ彫ｫ彫ﾃ彫ﾆ彫ｭ彫ｿ庁･彫ﾊ彫ｫ彫ﾇ彫竰ｱｿ槌ｰ跳｡追ｽ彫ﾈ徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･ﾇｽ槻ﾏ彫ﾎ超ﾖ彫ﾋ彫ﾏ珍ｼ彫､超ﾘ長ｸ彫ｬ彫｢彫�､ﾈ頂ﾀ彫�､�､ﾆ彫ｪ彫齟｡､塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ彫ｽ彫ﾎ2彫ﾄ彫ｼﾂ頂ｽ彫ｹ彫�･竰･ﾇ徴�ｺ賴､齟､ﾄﾌ彫ｷ彫ﾆ槻ｾ直ﾔ彫ﾎ超ﾘ長ｸ彫ﾋ彫ﾄ彫､彫ﾆ津ｵ彫ﾃ彫ﾆ彫､彫ｯ庁･

銚ｯ調ｽ諜ﾘ朕ｬ彫ﾏ掴･彫�､ｿ槌ﾃ賃ｭ彫ｻ�彫ﾃ彫ﾆ彫ｪ彫齟｡､槻賴ﾄｹ槻熬､ﾎ超ﾋﾜ椎ｪ彫ﾊ鳥ﾔ槌ｰ頂ｶ掴�彫ﾇ彫｢彫�､ﾈ鳥ﾍ彫ｨ彫髓､�､ﾆ彫､彫�､ｬ庁､諜ﾘ朕ｬ陳ｮ椎ﾙ彫ｬ津ﾙ彫ｯ超ﾄ銚ｭ彫ﾎ通ﾑ槌ｰ彫ﾋ直蜥､､彫ﾈ彫､彫ｦ直蜥ﾅﾀ彫ｬ彫｢彫�｡･彫ｽ彫�､髓､ｲｷ闥､ｹ彫�､ｿ彫癇､ﾋ超ﾄ銚ｭ彫ﾎ掴ｽ陳ｬ徴竰･ﾇ徴�､ﾍﾑ彫､彫�ｼ齟ﾋ｡彫ｬ鳥ﾍ彫ｨ彫髓､�､�､ｬ庁､塚ﾜ頂ｦ跳謦､ﾇ彫ﾏ彫ｽ彫ﾎ直齟ﾃﾊ彫ﾈ彫ｷ彫ﾆMOSAIC徴竰･ﾇ徴�､ﾍﾑ彫､彫�｡･ MOSAIC徴竰･ﾇ徴�､ﾇ彫ﾏ陳ｾ直ﾔ彫ﾎ槌竰ﾉｾﾂﾖ彫竰ﾍｽ陳ｬ徴竰･ﾇ徴�､ﾎ陳ﾐ沈ﾝ彫ﾈ彫ﾊ彫ﾃ彫ﾆ彫ｪ彫齟｡､徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･､ﾎ頂ｦ跳謦､ﾋ超ﾘ彫ｷ彫ﾆ彫竰ﾍｭ掴ﾑ彫ﾇ彫｢彫�､ﾈ捗ﾗ彫�､�､�｡･

塚ﾜ鎚ｯ痛ｽ彫ﾇ彫ﾏ彫ﾞ彫ｺ MOSAIC徴竰･ﾇ徴�､ﾋ超､ﾅ彫､彫ｿ徴竰･ｸ徴蜥｡ｼ徴�ｹｽ陳､彫ｻ�彫ﾄ2彫ﾄ彫ﾎ銚ｯ調ｽ諜ﾘ朕ｬ徴｢徴�･ｴ徴齟･ｺ徴熬､ﾋ彫ﾄ彫､彫ﾆ賃竰ﾌﾀ彫ｹ彫�｡･彫ｽ彫ｷ彫ﾆ頂蜥ﾈｾ彫ﾇ彫ﾏ諜ｬ鎮ﾘ長ｿ徴竰･ｸ徴蜥｡ｼ徴�ｶｯ調ｽ諜ﾘ朕ｬ彫ﾍﾑ彫､彫ｿ徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･､ﾎ徴竰･ﾇ徴�ｲｽ彫ﾋ彫ﾄ彫､彫ﾆ賃竰ﾌﾀ彫ｹ彫�｡･調謦｡ｹ彫ｬ徴ｳ徴ﾟ徴蜥･ﾋ徴ｱ庁ｼ徴ｷ徴迺･､ｹﾔ彫ｦ勅ﾝ庁､超ﾑ陳ｬ彫ｵ彫�､ｿ陳ｾ直ﾔ彫ﾎ跳ｰ槌ｻ彫ｫ彫髓､ｽ彫ﾎ槻｢彫ﾋ蝶｣彫�､ｿ鳥竰ｼ｡彫ﾎ沈ﾊ､ｿ苒ﾄ齟､ｷ彫ﾆ彫､彫�ｻ､ﾏ鎮ﾛ鎮�､ﾋ槌､ｯ彫ﾊ彫､庁･彫ｽ彫ﾎ珍苒ﾄ齟､ﾏ腸�ﾈﾌ彫ﾋ痛ﾔ槻ﾉ賃ﾟ墜齟ﾌ苒ﾂ齟､ﾈ彫ﾊ彫�､ｬ庁､墜ｰﾆ彫ｹ彫�･竰･ﾇ徴�､ﾇ彫ﾏ陳ｾ直ﾔ徴ｨ庁ｼ徴ｸ徴ｧ徴･ﾈ彫祟OSAIC徴竰･ﾇ徴�､ｴﾁﾃ彫ﾈ彫ｷ庁､捗､ｿ彫闥､ｦ彫ﾊ諜ｬ鎮ﾘ鳥ｽ陳､彫ｻ�彫ﾃ彫ﾆ彫､彫�､ﾈ調ｾ墜齟､ｹ彫�､ｳ彫ﾈ彫ﾇ陳ｾ直ﾔ彫ｬ彫ﾉ彫ﾎ徴竰･ｸ徴蜥｡ｼ徴�､ﾍﾑ彫､彫ﾆ彫､彫�､ｫ彫ｬ珍苒ﾄ齟､ﾇ彫ｭ彫�｡･陳ｾ直ﾔ彫ｬ捗ﾈ掴ﾑ彫ｷ彫ﾆ彫､彫�･竰･ｸ徴蜥｡ｼ徴�ｷﾏ槻､､ﾞ彫ﾍ彫�ｸｫ彫ﾞ彫ﾍ諜ﾘ朕ｬ彫ﾈ陳ｾ直ﾔ彫ﾎ徴竰･ｸ徴蜥｡ｼ徴�ｷﾏ槻､ﾋ蝶�彫ｸ彫ﾆ直ｫ珍ﾈ彫ﾎ鳥ﾔ槌ｰ鎮ｪ陳､ｹﾔ彫ｦ銚ｨ墜ｴ勅賴ｶﾈ彫ﾎ佃ﾈ鎮ﾈ彫ﾟ彫ﾄ齟ｼｰ調ｽ彫ｹ彫�｡･

沈ﾊｲﾊ諜ﾘ頂ｦ跳謦ｲﾊ賃�ｹｶ墜ｹ