Aono, Masaki

Japanese

Affiliation	Department of Computer Science and Engineering
Concurrent post	Research Center for Agrotechnology and Biotechnology Research Center for Collaborative Area Risk Management (CARM)
Title	Project Professor
Fields of Research	Data Science / Multimedia retrieval and data management / Deep learning / Text mining
Degree	Ph.D. (Rensselaer Polytechnic Institute, USA)
Academic Societies	ACM / IEEE / IPSJ / IEICE / NLP / JSAI / Japan Database Society
E-mail	aono@ Please append "tut.jp" to the end of the address above.
Laboratory website URL	https://www.kde.cs.tut.ac.jp/
Researcher information URL（researchmap）	Researcher information

Research

We have been focusing on 3D shape retrieval (from 3D query or from 2D images/sketches) as our unique research for more than a decade. We are boasting of the world top level search performance with our patented technologies.

Current research interests include multimedia (text, image, and video) retrieval, feature extraction, feature selection, classification, and automatic annotation.

Recently, we are concentrating on the application of deep learning to the above research fields. Some of the new research includes automatic annotation to images, 3D scenes.

We also start doing research on predicting who, what, when, and where of the given objects (e.g. images, long texts, short texts (e.g. tweets)), sometimes in accordance with Q & A and reading comprehension resarch.

Other related research topics of our interest includes text mining (e.g. sentiment analysis, opinion mining), data mining (e.g. time series data mining), and Web mining.

Theme1：Research on 3D Shape Retrieval, Shape Classification, Segmentation, and Automatic Annotation based on Supervised Learning

Overview

Fig.1 A sample 3D shape retrieval from 2D sketch

3D shape models are in great use in a variety of industries ranging from mechanical CAD, flight simulator, architecture, civil engineering, to entertainment industries, education, and commercial films, and 3D movies. However, it is formidable to create each new 3D model from scratch, because making a 3D shape models is very time consuming and expensive task. To overcome these difficulties, we have developed a series of new technologies (where some of them are patented) to retrieve 3D shape objects with remarkable accuracy.

In addition to searching each 3D shape, we recently have embarked on
a research dealing with a collection of 3D objects called "3D scene", and introduced a deep learning approach to the 3D shape search and classification.

Selected publications and works

Shoki Tashiro, Atsushi Tatsuma, and Masaki Aono, Super-vector coding
features extracted from both depth buffer and view-normal-angle images for
part-based 3D shape retrieval, Multimedia Tools and Applications, Volume
76, Issue 21, pp. 22059-22076, November 2017, Springer,
DOI:http://dx.doi.org/10.1007/s11042-017-4801-z

Wataru Iwabuchi and Masaki Aono, 3D CNN based Partial 3D Shape Retrieval
Focusing on Local Features, Asia Pacific Signal and Information Processing
Association (APSIPA2018), pp.1523-1529, November 15th, Honolulu, Hawaii,
USA, 2018

Kazuma Hamada and Masaki Aono, 3D Indoor Scene Classification using Tri-projection Voxel Splatting, Asia Pacific Signal and Information Processing Association (APSIPA2018), pp.317-323, November 13th, Honolulu, Hawaii, USA, 2018

Keywords

3D shape retrieval, feature extraction, partial shape search, segmentation, clustering, partial retrieval, annotation

Theme2：Plant Identification using Deep Learning

Overview

Fig.2 Plant Identification System

Give massive plant images taken in the field, we have been conducting research to identify the species of the plant, no matter what kind of images such as flower, leaves, a tree as a whole, and barks. We have used unique deep learning technologies behind the accurate identification. We believe this technology can be used for multiple potential applications including partial search and 3D scene retrieval.

Selected publications and works

World No.1 record in PlantCLEF2016 (international competition)

Siang Thye Hang, Atsushi Tatsuma, and Masaki Aono, Bluefield (KDE TUT) at LifeCLEF 2016 Plant Identification Task, LifeCLEF 2016 Workshop in Conference and Labs of the Evaluation Forum (CLEF2016), 10pp, September 6th, University of Évora, Portugal, 2016

Siang Thye Hang and Masaki Aono, Open World Plant Image Identification Based on Convolutional Neural Network, Asia Pacific Signal and Information Processing Association (APSIPA2016), 4pp, December 16th, Jeju, Korea, 2016

Keywords

deep learning, identification, pattern recognition

Theme3：Automatic Annotation

Overview

Fig.3 Semantic segmentation based on a query text

Given images, this research seeks new technologies to automatically generate appropriate annotations.

Selected publications and works

World No.1 record in ImageCLEF2014 in image annotation track.
Our paper was accepted by IJCAI2017, one of the top AI international conferences.

Ismat Ara Reshma, Md Zia Ullah, Masaki Aono, Ontology based Classification for Multi-label Image Annotation, The 2014 International Conference on Advanced Informatics: Concepts, Theory and Applications (ICAICTA 2014), 6pp, Best Paper Awarded, August 20th, Bandung, Indonesia, 2014

Ko Endo, Masaki Aono, Eric Nichols, Kotarou Funakoshi, An Attention-based Regression Model for Grounding Textual Phrases in Images, International Joint Conference on Artificial Intelligence (IJCAI2017), 7pp, August 25, Melbourne, Australia, 2017

Keywords

annotation, image recognition

Title of class

Computer Programming B13610020 Compulsory (B3)

Introduction to Computer Architecture, B13530090 (B2)

Data Mining and Visualization, M23630080 (M1)　

Web data engineering