Faculty Profiles - NAGAO, Katashi

Presentations -

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知識活動支援システムによる会議コンテンツ間の関連性の獲得とその応用

第75回グループウェアとネットワークサービス研究会

知的移動体による美術館での鑑賞体験の個人化

第159回知能と複雑系研究会

カジュアルミーティングにおける議論コンテンツの構造化とその応用

石戸谷顕太朗, 小幡耕大, 大平茂輝, 長尾確

情報処理学会第72回全国大会

利用者間のコミュニケーション履歴を共有する協調学習型eラーニングシステム

山本圭介, 笠嶋公一朗, 大平茂輝, 長尾確

情報処理学会第72回全国大会

知識活動支援システムによる会議コンテンツ間の関連性の獲得とその応用

土田貴裕, 大平茂輝, 長尾確

情報処理学会第72回全国大会

ディスカッションマイニングにおける発言中の指示対象の取得とその応用

清水元規, 木内啓輔, 土田貴裕, 大平茂輝, 長尾確

情報処理学会第72回全国大会

自動走行可能な移動体によるミュージアムでの鑑賞体験の個人化

安田知加, 井上泰佑, 岸佳奈恵, 長尾確

情報処理学会第72回全国大会

個人用知的移動体による狭空間での安全走行支援

岸佳奈恵, 安田知加, 井上泰佑, 長尾確

情報処理学会第72回全国大会

Visualization of Discussions in Face-to-Face Meetings International conference

Fifth International Conference on Collaboration Technologies

TimeMachineBoard: A Casual Meeting System Capable of Reusing Previous Discussions International conference

Fifth International Conference on Collaboration Technologies

*Acquisition and Use of Real World Information for Personal Intelligent Vehicles

IPSJ 71th Annual Convention

*TimeMachineBoard: A Casual Meeting System Enables Quotation of Discussion Content

IPSJ 71th Annual Convention

Event date： 2009.3

Language：Japanese Presentation type：Oral presentation (general)

Country：Japan

Ordinary casual meetings held by small groups are one of the most important knowledge activities in an organization, and the organization's performance deeply depends on such meetings. There are many systems that help facilitate casual meetings, but there are no common way to assist in reusing content from previous meetings during a current meeting. We developed a new casual meeting system called the TimeMachineBoard that uses multiple displays to enable users to retrieve and quote discussions f

*Moving Obstacle Avoidance by Personal Intelligent Vehicles

IPSJ 71th Annual Convention

Event date： 2009.3

Language：Japanese Presentation type：Oral presentation (general)

Country：Japan

We have been developing an IT-powered electric personal vehicle called the AT. AT stands for Attentive Townvehicle, which is a human-centered and context-aware vehicle that makes people's urban lives more comfortable and enjoyable.
AT is capable of omnidirectional movement, obstacle and collision avoidance, and autonomous travel to user specified destinations in indoors.
In this paper, we present AT's fundamental mechanism and techniques for moving obstacle avoidance.

*Augmented Human: Extension of Human Body and Intelligence Based on Mountable Computing (Keynote Speech)

9th SICE System Integration Division Annual Conference

Event date： 2008.12

Language：Japanese Presentation type：Oral presentation (invited, special)

Country：Japan

A personal intelligent vehicle that is a main topic of this research project is an example product of a new research field called Mountable Computing, which supports not only anytime/anywhere computing functionalities but also computer-augmented physical movement and transportation activities. Mountable Computing contributes to augmentation of human body (physical movement abilities) and intelligence (sensing, remembering, and other cognitive abilities). We have been also studying physical and i

*Knowledge Activity Support System Based on Discussion Content International conference

The Fourth International Conference on Collaboration Technologies

Event date： 2008.8

Language：English Presentation type：Oral presentation (general)

We have developed a system to support knowledge activity. Knowledge activity isactivity in which people continuously create ideas about themes and developthem into knowledge. First, the system generates minutes (linked to video andaudio of discussions) and metadata (on significant discussions). Then, userstag the minutes in order to identify certain parts contemplate the discussioncontent and write notes derived from the minutes with the system for use asdiscussion content. The system converts i

divie: Tag-Based Video Scene Retrieval System

Personal Intelligent Vehicles Capable of Omni-Directional Movement and their Applications

Indoor Automatic Transportation by Personal Intelligent Vehicles

A Traffic Accident Prevention System Using Autonomous Driving Control at Intersection Areas

Semantic Integration of Multimedia Contents Based on Structured Quotation

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