Invited Papers Sessions |
Call for Invited Papers Sessions Call for papers [For possible organizers] Proposals of gInvited Papers Sessionshare very welcome! Persons,
who wish to propose an Invited Papers Session, submit the proposal with title
and abstract to the Secretariat of ICTSS2017 <ictss@e-jikei.org>. * Title and abstract of the proposed Invited Papers Session. * List of minimum 3 planned papers with author-names, authors-institutions, paper titles and paper abstracts. @ [For possible authors] [Conditions of papers included in Invited Papers Sessions] * The papers included in gInvited Papers Sessionsh are printed gInvited Papersh in the conference proceedings. * Registration fees are the same as the other authorsf papers in the conference. * The organizer/chairman of each "Invited Papers Session" will choose gBest paper awardh and gBest presentation awardh during his/her "Invited Papers Session". The general co-chairs of ICTSS2017, Prof. Fujii, Prof. Magdaraog and Prof. Serikawa, will provide the awards according to their choices/selections/decisions. * The organizer/chairman of each "Invited Papers Session" is responsible to the reviewing process. * The organizer/chairman of each "Invited Papers Session" can be the reviewer and/or can assign the reviewers, and make the recommendation of rejection or acceptance to the general co-chair of ICTSS2017, Prof. Fujii, with the result of the review.
Among the papers submitted to the conference as general papers, some of them might be recommended to be included in one of the Invited Papers Sessions. List of Invited Papers Session (under expanding!) |
Invited Papers Session 01
[Reference]
@@ |
Invited Papers Session 02 |
Invited Papers Session 03 * Smart Sensors for Vision Systems * Intelligent Systems for Social Welfare * Intelligent Interfaces and Visualization Systems * Intelligent Vision Systems on Small, Mobile, and Wireless Systems * Computer Vision Approaches for Vision Systems * Control Theory and Methods for Vision Systems * Imaging Applications and System Evaluation * Big Data for Multimedia Systems * Vision Sensors Design @@ |
Invited Papers Session 04 Associate
Professor, Saitama University (Japan) @@ |
Invited Papers Session 05
Professor,
Ton Duc Thang University (Vietnam)
|
Invited Papers Session 06
Professor, Institute of Technology Bandung (Indonesia) [Title]
Trend of Sensors Development and Their Applications |
Invited Papers Session 07
Associate Professor, National Institute of Technology, Kitakyushu College(Japan) [Title]
Control and Intelligent Systems |
Invited Papers Session 08
Assistant Professor, Gunma University (Japan) [Title]
Techniques and Applications of Electromagnetic and
Optical Engineering In particular, measurement techniques for intrabody communication channels, which establish networks between wearable devices, will be discussed. |
Invited Papers Session 09
Professor, Gunma University (Japan) [Title] Numerical Simulation, Theoretical Analysis and Experiment for Complicated Dynamic Phenomena [Abstract] In this session, we will discuss about numerical simulation, theoretical analysis and experiment for complicated dynamic phenomena. This session covers the following topics and key words (e.g. multi-physical phenomena, nonlinear phenomena and chaos, waves, vibration, impact, sound, dynamic phenomena including reaction of living bodies, energy dissipation and damping). |
Invited Papers Session 10
Professor, Institute of Technology Sumatera (Indonesia) Rector, Institute of Technology Sumatera (Indonesia) [Organizer-2nd] Dr. Rudi Sugiono Suyono Lecturer, University of Tanjungpura (Indonesia) [Title] Urban Transportation Problems and Comprehensive Transportation Planning in Developing Countries [Abstract] Many developing countries face problems of transportation. The problems such as traffic congestion, delay and air pollution are already at a very critical stage. In solving the problems, the transportation planning has a very important role to find the integral and comprehensive solution. Transportation planning is the most effective way to combine all of influence factors to produce some outcomes to solve the transport problems. Furthermore, transport policy that will be taken or decided by the decision makers usually use the results of transport planning as a tool in decision making. Nowadays, it is realized that studies related to transport policy analysis and appraisal at the strategic level become an important stage. It considers that in strategic level, decision-makers have more authority in determining the policy which will be determined in comparison with transportation planners in implementation level. This is because the decision makers take into account several other factors, such as: environment, security, defense, economic, social and cultural might not (ever) taken into account by transportation planners. |
Invited Papers Session 11
Professor, Gunma University (Japan) [Title] Applied Mathematics and its related Topics [Abstract] This session involves the application of mathematics to any problems, which arise in various areas, e.g., physical and biological science, engineering, industry, economics, social science or other diverse areas. Our session also involves the development of new or improved methods to meet the challenges of new problems related around us in those fields. |
Invited Papers Session 12
Flight Surgeon, Japan Aerospace Exploration Agency (Japan) [Title] New look on the mystery of water chemistry [Abstract] Chemistry and physics of water is NOT well understood. For example, its freezing temperature is not easy to determine. How extra small bubbles behave in liquid water is not described in textbooks yet. However, these days there have been advances in the way we look at materials with innovative science methods. This session is to present the updates in our knowledge of material science that leads to new way we look at substances including water. |
Invited Papers Session 13 [Title] Ln3+ doped in glass: properties and applications [Abstract] Glasses are source of material have properties like low cost, easy to prepare, high transparency at room temperature, hardness along with sufficient strength, excellent electrical resistance, absence of the grain boundaries and continuously variable composition for the optical applications. Glasses doped with Lanthanide ions (Ln3+) can be well developed as luminescence materials because of high emission efficiencies, corresponding to 4f–4f and 4f–5d electronic transitions in the Ln3+. The 4f–4f transition gives an especially sharp fluorescence patterns from the ultraviolet to the infrared region, because of shielding effects of the outer 5s and 5p orbitals on the 4f electrons. In this session, preparation, properties and applications of Ln3+ doped in glasses and related topics will be presented. Moreover, the current status of their potential applications for solid state lighting materials are also discussed. |