Microsoft Research アカデミック連携プログラム Mt. Fuji Plan

第 7 回 Core プロジェクト

第 7 回 Core プロジェクト募集要項

選考結果

CORE プロジェクト採択者 (所属は採択時のもの)

氏名 大学 学部 タイトル

Danushika BOLLEGALA

The University of Tokyo

Graduate School of Information Science and Technology

Cross-Language Relational Web Search

Gene CHEUNG

National Institute of Informatics

Digital Content and Media Sciences Research Division

Interactive multiview video communication system

Issei FUJISHIRO

Keio University

Department of Information and Computer Science

Optimizing Point Cloud Geometry for 3D Aerial Display

Takahiro HARA

Osaka University

Graduate School of Information Science and Technology

Dummy-based Location Privacy Protection for Location Based Services in Mobile Cloud

Masahiko INAMI

Keio University

Graduate School of Media Design

Animated Paper

Atsushi IWASAKI

Kyushu University

Graduate School of Information Science and Electrical Engineering

Toward designing combinatorial auction mechanisms for dynamic and uncertain environments

Hideo JOHO

University of Tsukuba

Graduate School of Library, Information and Media Studies

Grid-based Interaction with Diversity Search

Jun KATO

The University of Tokyo

Graduate School of Information Science and Technology

IDE for Designing Actions of Robots

Ryong LEE

University of Hyogo

School of Human Science and Environment

Development of Twitter-based Socio-geographic Events Detection System

Naoya MARUYAMA

Tokyo Institute of Technology

Global Scienctific Information and Computing Center

Fast Multipole Method on the E2 Dynamic Multicore System

Takuya MATSUZAKI

The University of Tokyo

Graduate School of Information Science and Technology

Deep feature acquisition for fast and accurate natural language processors

Koichi SHINODA

Tokyo Institute of Technology

Graduate School of Information Science and Engineering

Multimodal Interface for Error Correction in Speech Recognition

Masanori SUGIMOTO

The University of Tokyo

Graduate School of Engineering

Intuitive techniques for creating 3D models and computer animation using mobile projector-camera systems