Track Chair:
Teruya Minamoto
Saga University, Japan
minamoto@is.saga-u.ac.jp

Track Co-Chair:
Atsushi Kawaguchi
Saga University, Japan
akawa@cc.saga-u.ac.jp

Program Committee:
Ryuichi Ashino, Japan

Kensuke Fujinoki, Japan

Kouji Hashimoto, Japan

Mitsunori Kayano, Japan

Takuma Kimura, Japan

Kota Matsui, Japan

Shigeyuki Matsui, Japan

Akira Morimoto, Japan

Shigeru Takano, Japan

Masao Ueki, Japan

Michio Yamamoto, Japan

Nobito Yamamoto, Japan

Yoshitaka Watanabe, Japan

Zhong Zhang, Japan

Important Dates:

Submission:
Nov. 2, 2018 (Extended)
Author Notification:
Dec. 7, 2018
Advance Registration:
Dec. 21, 2018
Camera Ready:
Jan 11, 2019

Scope:

Biostatistical Analysis and Wavelet Analysis are widely utilized in various fields such as image processing, statistical learning, medical informatics, and so on. Both Biostatistical Analysis and Wavelet Analysis are still ongoing and applied to many fields. On the other hand, Validated Numerics is developed and expected to bridge the gap between a numerically observed phenomenon, and its mathematical counterpart, and it is expected to improve the accuracy of analysis and adequately deal with uncertain data in actual computation. In the track on Biostatistical Analysis, Wavelet Analysis and Validated Numerics, we intend to share the recent and advanced topics of these three fields and discuss new possibilities for developing new methods combining specialized knowledge of these fields.

Topics:

● Information systems, technology and management
● Biostatistics
● Biometrics
● Biomedical Imaging
● Statistical Learning
● Medical Informatics
● Medical Imaging
● Statistics for Medical Big Data
● Biostatistics for High-dimensional Data
● Machine Learning
● Multivariate Analysis
● Spatio-temporal models
● Network models
● Modern analytics
● Predictive modeling
● Wavelet transforms
● Wavelet-based signal and image processing
● Wavelet-based numerical computation
● Wavelets in applied mathematics
● Wavelets and its applications
● Verified numerical computations
● Computer-assisted proofs and verification for differential equations
● Interval analysis and its applications
● Industrial and scientific applications of verified numerical computations
● Numerical computation and reliability

Paper Submission:

Papers should be original and contain contributions of theoretical or experimental nature, or be unique experience reports. Interested authors should submit a 6-page summary of their original and unpublished work including 5 keywords in the standard IEEE format to the track chair. Electronic submission in the PDF, PS or MS Word format is strongly encouraged. For electronic submissions, Click here.

Evaluation Process

Papers will be evaluated for originality, significance, clarity, and soundness. Per ITNG policy, except for invited papers, all papers will be reviewed by at least two independent reviewers. Accepted papers will be published in the conference proceedings with an ISBN.

Best Student Paper:

The Best Student Paper will be awarded at the conference. To be eligible, the student must be the sole author of the paper, or the first author and primary contributor. (The winner of the award will present the paper in a plenary session at the conference). A cover letter to the General Chair/Track Chair must identify the paper as a candidate for this competition at the time of submission.