10/07

[JE-11]

What Are the Practical Applications of the Anticipated Automated Driving Systems?

• Time10:00 ~ 12:30
• PlaceConvention Hall B, International Conference Hall
• Closed
• Simultaneous Japanese-English Interpretation available

Research and development on the practical application of automated driving for automobiles has been advancing at a rapid pace across the world. We are now moving from the research phase to the phase in which these systems are being verified on actual roads. It is expected that automated driving systems will contribute significantly to reducing the number of traffic accidents and traffic accident fatalities. Safe driving support systems, which are considered to be at level 2 in the definition of automation, have began to penetrate into society and are rapidly gaining in popularity.Automated driving systems are perceived as one element of the Internet of Things (IoT). These are systems that take advantage of all data. However, there are concerns that these systems could be hijacked and their data could be altered due to a cyber attack with this then leading to an unforeseen situation occurring. It is very important to change our way of thinking about cyber security and to take countermeasures against this.Automated driving system verification tests are actively being carried out around the world. However, challenges have also emerged through these tests. What are the challenges that have emerged in these verification tests and what are the possibilities for solutions to them? They will surely contribute to a safe and secure automotive society in the future.In recent years, there has been an increase in the number of accidents involving the elderly and those with conditions that have the potential to interfere with driving. There are also cases in which these have led to major accidents. Furthermore, it is important that automated driving systems transfer control to the driver when they are unable to resolve an issue. This means it is extremely important for these systems to grasp the health condition of the driver. It is necessary to promote cooperation with the medical sector and achieve the early commercialization of deadman systems and the like in order to prevent accidents and establish safe driving environments.This conference will look at development trends and the direction of these, the ideal future with an eye on realizing fully automated driving, and the challenges and solutions that have emerged from verification tests carried out toward the practical application of automated driving systems. Together with this, this conference will consider the necessity of cyber security and automated driving systems from the perspective of problem solving through cooperation between the medical and engineering sectors

(TBA)

Time: 10：10-10：45

Speaker

Overview and result of public road experiment of autonomous vehicle

Time: 10：45-11：20

The autonomous driving experiments at urban area have been started from February 24, 2015 by Kanazawa University, and it was first experiment among Japanese University. In this presentation, not only will overview of autonomous driving system be introduced, but result and current problem will be reported.

Speaker

Significance of Cybersecurity toward the realization of automated driving

Time: 11：20-11：55

Our reliance on ICT will only continue increase and our dependency on them will not  and as a society, we must always exercise a new level of caution. However, it’s also important not to be overly cautious to the point of shunning advancements such as autonomous vehicles. Nonetheless, with any recent innovations, hackers can do more damage.
It’s clear that regular automobiles (not even autonomous ones) are still dangerous and cause real damage (not to mention environmental effects), and yet we have accepted them because they yield greater benefits to society than harm. As a society, we have learned to deal with these dangers through the development of technologies and other tools such as insurance to mitigate risk.
Just like we can’t make unbreakable cars or cars that will never kill people, as a society the benefits of automobiles clearly outweigh the negatives. For autonomous vehicles, the cybersecurity challenges will take time to work themselves out. Eventually, through cybersecurity resilience, the benefits of autonomous vehicles will be tremendous. This session will talk about the existing issues and upcoming hurdles that we must address both on the ICT front and the cybersecurity which enables it.

Speaker

Driver Condition Estimation based on Real-time Heart Rate Variability Technology
 – Toward Preventing Accident by Seizure and Drowsy Driving

Time: 11：55-12：30

Traffic accidents coursed by driver’s seizures or health problems have become a serious social issue. However, such accidents could be prevented if changes in driver condition were detected in advance. The speaker is developing epileptic seizure prediction, drowsy driving detection, and disease screening methods through integrating physiological measurement and machine learning.The present lecture introduces a driver condition monitoring methods based on a wearable device and a real-time heart rate variability technology.

Speaker

10/07

[JE-12]

Risks in CPS/IoT and the situation five years from now

• Time12:30 ~ 14:00
• PlaceConvention Hall A, International Conference Hall
• Closed
• Simultaneous Japanese-English Interpretation available

Privacy Risks and Utility of Personal Data in IoT

IoT enables us to gather information about the real world to improve our lives and society, but personal data, including personal information and privacy, may be contained in the information.  IoT may unfortunately lead to serious problems in compliance and reputation.  This talk addresses privacy problems caused by IoT and outlines technically safety measures to such problems.  I also explain revised laws on personal information, since I was a member of committee for revising the laws.

Speaker

IoT as an essential ingredient for the secure & safe society

The future technologies such as IoT, Big Data and AI have been attracting much attention recently, but it seems that those social values or meanings are not concrete for engineers. SECOM has provided various social system services based on our corporate philosophy “Creating social service system through innovative technologies”. We are clarifying the social design and advancing research and development that use IoT as an important tool for the future.
In our research and development, we are focusing on to realize the following basic processes for our operations in secure & safe services: ①discovering the small changes, ②grasping the & meaning of changes&and ③responding effectively based on the meaning. We consider the essential value of IoT as “①discovering the small changes” which influences the whole process. In this presentation, I introduce our activities and future strategy aiming to realize the secure & safe social system services utilizing IoT.

Speaker

10/07

[JE-17]

How to achieve the optimized energy efficiency.

• Time13:00 ~ 15:00
• PlaceMeeting Room 303, International Conference Hall
• Closed

Energy Saving  Renovation  in  IoT Era  “RENKEI CONTROL”

Time: 13:00 ～13:30

Cooperative control is control to realize energy saving by allowing supply side equipment to cooperate with each other and also to cooperate with the demand side in order to eliminate waste caused by oversupply and improve the efficiency on the supply equipment side in regards to the demand for utilities (e.g. power, steam, cold water and air). Energy saving for existing equipment is achieved trough this control. This talk will give an overview of the cooperative control that can be introduced in various forms and will then showcase these introduction examples.
Reference website: http://home.jeita.or.jp/cgi-bin/page/detail.cgi?n=725&ca=1

Speaker

Tips to catch up world class energy management

Time: 13：30～14：00

Method and results of Japanese energy management were running the tip in the world ten years ago.
In recent years, the advanced nation and the developing country have tackled energy problems and energy management from the front. As a result, the field which began to be late for the tip in the world came out on energy management in Japan. We apprehend this deeply. In this talk, in order that Japan may ensure the title of most famous energy-saving country again, the latest trend of the world in the field of energy management which Japanese companies should take into consideration, and some advanced management methods are introduced.

Speaker

H2OneTM  : The hydrogen-based autonomous energy supply system loaded with EMS function

Time: 14：00～14：30

In this talk, the hydrogen-based autonomous energy supply system loaded with the energy management system (EMS) function will be introduced.  It is one of the most advanced technology in the world.  The system have been introduced in some experimental sites in Japan.

Speaker

Smart Automation Services accelerated by IoT - New combination of IoT and Automation service classes for customer value co-creation

Time:  14：30～15：00

Industrial automation services are shifting from the conventional repair and maintenance to the solution-based businesses.  And their further evolution is anticipated by IoT/BigData impacts to the market.  Our committee has investigated the automation service class scheme for years.  This session proposes realization of a new customer value co-creation style ""smart automation service"" accelerated by an organic combination of this service class scheme and IoT/Bigdata technologies.

Speaker

10/07

[JE-13]

The forefront of FinTech -The world of finance changed by CPS/Iot-

• Time14:15 ~ 15:45
• PlaceConvention Hall A, International Conference Hall
• Closed
• Simultaneous Japanese-English Interpretation available

Finance Business and People Evolution toward AI age

Rakuten, the internet service company in Japan have the strategic R&D organization named Rakuten Institute of Technology a.k.a. RIT, which are working on many research projects by considering the impact of new service trends on the technology utilization with the vision &Third Reality&.The big service trends such as long tail, cloud computing, big data and so on have affected steadily on leveraging technology to internet services to date. And now, emerging big waves like &AI (Artificial Intelligence)&are getting more and more attention because it\'s seen as the possibility of changing social infrastructure dramatically. In this talk, we will give some examples of projects in RIT to describe what is going on and what challenges are coming in finance business field.

Speaker

The future of open banking

We are entering an age where financial institutions must also lose their principles of self-sufficiency and ensure competitiveness with open innovation. In this session, we will take a look at the future of financial institutions that openness brings forward through case examples found throughout the world as well as those experienced by MUFG.

Speaker

The Impact of IoT for Financial Business

IoT is changing present business and operating model of variety of industries like Automotive, CE, Industrial Machines. The subject of this lecture is how IoT affects Financial Business and how to collaborate with other industries.

Speaker

10/07

[JE-18]

The latest world-wide trends and Japanese initiatives of IoT services

• Time15:00 ~ 17:00
• PlaceMeeting Room 304, International Conference Hall
• Closed

Services based on IoT has been rapidly expanding mainly in Europe and US. The session provides current situation and future prediction of the services and technologies of the IoT, and introduces Japanese initiatives of the IoT considering its strong points.

Case study of IoT and impact on electronics industry

IoT services has been started in US and Europe and Japan is about 2 years behind. IoT service will eliminated some electronics non connected devices, however create new electronics devices to improve current eco system. IoT is expected to change current industry, called the 4th industrial revolution. IHS want to introduce the impact of IoT for electronics industry and future eco system.

Speaker

Challenges and implementation of the sensor networks for the environment and infrastructure

Natural disasters and structural aging has become a social problem, immediate diffusion of the environment and infrastructure sensornetwork as one of the applications of the IoT system is expected. The basic demand is not only that the large number of sensors are deployed wide-area. It is also required cross-sectoral technology development such as an analytical technology in civil engineering, circuit and architecture design, network and communication technology and so on. In this session, I will introduce some of the implementation case studies, summarize the problems and make suggestions about the vision for the future.

Speaker

10/07

[JE-15]

12th JEITA Design Forum "Designing the Relationships Between Human and Artificial Intelligence"

• Time15:00 ~ 17:00
• PlaceMeeting Room 301AB, International Conference Hall
• Closed

Panelist