ICT; Regional Innovation Strategy Supported Theme

Theme	Mobile device and software with plug & play function and Radio on demand function
Responsible	Iwate Prefectural Univ. Shibata Yoshitaka Prof.
Researcher	Iwate Prefectural Univ. Hirakawa Go
Contents	Platform system development by using Plug & Play information transmitting system, Radio on demand connection system, and data collection/service provider server system. This research provides the novel information communication service with mobile device like smart phone and on-board sensor network. Social installation is underway, aiming commercialization of this technology focusing on regional Tourism system, disaster prevention system and road-condition information share system.

Theme	Information Transmit System with Wake on Demand function
Responsible	Iwate Prefectural Univ. Jun Sawamoto Prof.
Researcher	Iwate Prefectural Univ. Tsuyoshi Takahashi
Contents	Wake-on-demand function, which activate or deactivate the mobile ICT devices on demand. This research develops the Wake-on demand software/hardware of seamless connection / disconnection between on board mobile devices and standstill devices.

Theme	Wireless charging system for small ICT devices in nearby vehicle environment
Responsible	Iwate Prefectural Univ. Jun Sawamoto Prof.
Researcher	Iwate Prefectural Univ. Osamu Maeshima
Contents	Several mobile ICT devices are used in vehicle or nearby vehicle environment. In order to improve convenient use of these devices, wireless charging system is developed. In this research, especially, aims to establish fundamental design and engineering method of these compact wireless charging system in academia, and to establish collaboration with regional companies for producing the compact wireless charging system in possible markets.

ICT; other related theme

Theme	Next generation ITS system
Researcher	Iwate Prefectural univ. Yoshikazu Arai prof.
Contents	Visual aid system to support forward view of the vehicle in traffic

Theme	Wireless system	Structure of wireless system
Researcher	Iwate Prefectural univ. Dai Sai prof.
Paten	Patent No.2009-200974
Contents	Reliable wireless communication system development with less collision, less speed loss of communication traffic under multi wireless objects
Impact	Possible to keep high communication speed due to less collision of communication traffic under multi slaved modules. Possible to prolong operation time of slaved module due to less consumption, and possible to operate it with less battery capacity or even PV.

Theme	Detection of driver’s dozing	System of driver’s dozing detection
Researcher	Iwate Prefectural univ. Yoshikazu Arai prof.
Patent	Patent No.2012-40134
Contents	Driver’s dozing detection system by using less stimulative signal and less annoying actuation
Application	Automotive application of driver’s dozing detection sensor
Impact	Measuring delay time between stimulation and driver’s response, brain awareness is projected, and driver’s dozing situation is detected. This method is different from driver’s visual shape check method, and achieves high detection quality.

Theme	Data processing method of big data from sensors
Researcher	Iwate Prefectural univ. Shintaro Imai prof.
Contents	Purpose is to reduce network traffic load and to achieve analyzing and processing function. Method proposal of analysis and processing function in nearby host computer.
Application	Prototype of age/health condition dynamic projection system with acceleration sensors is under experiment.
Impact	Possible to decrease external network traffic load, and possible to adapt parameters for analysis / processing.

Theme	New communication on internet
Researcher	Iwate Prefectural Univ. Yoshia Saito Prof.
Contents	Investigation and research on new interactive communication method on next generation internet
Application	Investigation on new interactive communication method on next generation internet Internet broadcasting where photo can be taken Technology to extract and summarize from audiences’ all comments Internet broadcasting system linked to smart phone

Theme	Mental clone – Accident prevention system	To be prepared
Researche	Iwate Prefectural Univ. Hamido Fujita Prof.

Theme	Driving safety support systemv with detection of driver’s eye sight, drive’s head position and vehicle information.	Iwate Prefectural Univ. Prima Oky Dicky Prof.
Researcher	Iwate Prefectural Univ. Prima Oky Dicky Prof.