EEG is the most available system for getting the KANSEI. We proposed the KANSEI detection system using the simplest EEG device. We can detect his/her degree of Sleepiness, Interest, Like or Dislike, Concentration, Stress. Furthermore, you can try to the demonstration on site.

The research results about routing, media access control, and attack defense which fill power saving, high reliability and high security are shown towards realization of IoT (Internet of Things).

Large scale of high quality 4K video delivery causes congestions in today’s network. Our router using SDN (Software Defined Network) technology monitors paths utilization, navigates overflowed packets to a bypass on demand, and realizes stable 4K video delivery avoiding congestion.

In the future network, we believe that the content size and the number of contents will grow much larger. To cope with this, we introduce a large file sharing system (Content Espresso) and an information searching system (Catalogue). Accordingly, we are developing a high-resolution video distribution service and the Campus Museum.

Japan will start the world’s first 4K/8K broadcast. We introduce the fastest plastic optical fiber in the world that enables a real-time transmission of the staggering amount of information. Our photonics polymers also bring innovation to the liquid crystal display structure which is getting bigger and more complicated.

Our laboratory develops micro devices for tactile stimulation, eye-tracking, and brain activity measurement for future information communication technologies.

In today’s Internet, when we want to retrieve content we need to specify the server that provides the content. However, we do not have to pay attention to the server’s location. We’re trying to realize a new content-centric network instead of machine-centric network.

Intelligent Transportation Systems (ITS) aim to create more convenient and secure automobile society with information technology. In this booth, we will explain an ITS with wireless communications with vehicles. It can provide traffic accident and traffic jam information in real-time and contribute to improve automobile society.

The words on a browser screen turn into hyperlinks by a single click of a button! By selecting the buttons on the toolbar, you can select your destination to Wikipedia, Amazon page or the PDF leaflet of your products. Hyperlink which used to be set by authors, now become to be set by readers.

Our research focuses on the Augmented Sociality. In this event, we display some systems and robots; wearable avatar manipulated on Niconico live broadcast, telecommunication system for parties, and AR.DRONE showing the third person perspective.

This booth exhibits the system which measures the weather, radiation or PM2.5 information including position information by using low power sensor and circuit technologies. The data records by tablet mobile device or transmits through 3G or sensor network. The system indicates with a map or photograph after the collection and analysis.

The sensor called a RGB-D camera which can measure the distance can obtain very cheaply in recent years. Shape of human’s body is easily measured using this camera, and we introduce the system which can be applied to clothes selection or a medical field.

The First Person Vision camera is a wearable device that attracts a lot of people, especially researchers. It means the device is the hottest of all recording devices that continue evolving. We use the system for obtaining scene information and intensity of movement, and recognize action. We'll show some examples of applications in the exhibition.

In recent years, a number of monitoring camera is increasing. The purpose of our research is to extract human activities from security camera footage automatically. It can apply to a wide variety of fields including surveillance systems, human interface and sports video analysis.

These days, the way of interaction between humans and computers becomes diverse. The new technology that we operate computers without a keyboard and a mouse receive more attentions. In our booth, an application of new interface is demonstrated which is based on image recognition technologies.

We introduce Array Sensor that can monitor people using radio wave. The array sensor senses the change of propagation of radio waves, and based on it, it can classify people’s state and action.

We introduce monitoring system using low-resolution infrared sensor array. Our system can detect a person’s activity and his position without using camera.

We introduce our non-contact biological sensing method without attaching any device. As an example, we demonstrate the method that can sense breathing and cardiac beat wirelessly.

Optical interconnect technologies are drawing much attention for realizing exa-scale high-performance computing systems. In this research, polymer optical devices for high-bandwidth-density interconnects are designed and fabricated in order to demonstrate their outstanding performances.

PEACH2 is a switching hub to connect node of supercomputing directly using PCIe. Lower latency communication can be achieved compared with Infiniband network mainly used in current supercomputers.

We propose two kinds of next-generation image handlers that provide users with novel styles of illusion of immersion. One system builds on hierarchical relationships among a bunch of snapshots shared on SNSs to allow the users to walk freely through sightseeing spots. The other relies on human motion parallax stereovision system so as to generate “fourth wall-breaking” videos instantly only from a single snapshot.

We have studied ubiquitous Grid Networking (uGrid) that has many on-line resources. We show the demonstration to calculate the energy-aware routing to use multiple slices under ubiquitous Grid Networking Environment.

The problems in a communication network are the increase of traffic, the increase in power consumption of the network device, and improve disaster tolerance. In order to solve these problems, we studied the technology of efficient resource allocation, accommodation the multiple services and the topology, and high availability lifeline service. In this exhibition I do a demonstration with a focus on efficient resource allocation technique and its related technologies.

We propose a new structure of electric power network whose generation and delivery systems are separated from each other. A third-party institution called EVNO provides efficient power supply and demand matching considering the real-time without impairing user satisfaction using Piax by M2M technology.

Our proposed scheme realizes multi-input multi-output communication with a single receive antenna and it is suitable for wearable display terminals.

New Internet backbone router with DPI function was developed, and it has a potential to change the style and knowledge of Internet Services. It includes the anonymization function of private information. Come on and experience the novel services provided by the new router.