成果報告書詳細
管理番号20130000000399
タイトル*平成24年度中間年報 NEDOプロジェクトを核とした人材育成・産学連携等の総合的展開 地域・コミュニティの特性を活かしたロボットシステムの共創
公開日2013/8/28
報告書年度2012 - 2012
委託先名学校法人千葉工業大学
プロジェクト番号P06046
部署名技術開発推進部
和文要約
英文要約NEDO special course (Robot MOT)
Comprehensive Deployment of Human Resource Development and Industry-Academia Cooperation centered by NEDO projects
Co-creation of Robotic Systems based on Local Community
Abstract

1>Related research on co-creation of community robotic services
(1) Study of a strategy for robotic business creation based on community features
 Study MOT issues to realize variety of robotic services in local communities including related subjects from the view point of social implementation of robotic applications. In FY24, we have studied fundamental issues of co-creative process by literature. In the typical types of community businesses indicated in a literature, we have found that a solution oriented activities is promising for robot business creation. We plan to analyze the survey reports of local activities for robotic survicest in the next FY in this context.
(2) Research on integrated service for elderly people
 Though elderly people requires various assistance from society integratedly, current realization is in quite separated way. We research for an evaluating index of integrity of required services availability for elderly people. In FY24, considering an information integration method to realize integrated service required by elderly people, we studied 1) scenario examples of integrated service and b) core technology to enable one-stop service based on ICF. In next FY, we are going to conduct research for basic technology to realize the integrated service for elderly people.

2>Development of human resources for co-creative community robotics.
(3) Seminars on MOT for co-creative community robotics
To realize and promote introduction of robotic application into our daily life, variety of human resources including not only developers themselves but people of related sectors is required. We try to cultivate human resources and their relationship by giving seminars by ourselves and invited lecturers. In FY24 symposium on robotic systems social implementation contest and midterm report of local activities survey were held on March 8 morning and afternoon respectively.
(4) Robotic systems social implementation contest
 To foster RSTP by introducing social implementation process model of next generation robotic systems, robotic systems social implementation contests were conducted as follows.
(4-1) Robotic start-up for nursing care service
 We tried to extract MOT knowledge by analyzing an example of academic research and start-ups cooperation. In FY24, preliminary research on what kind of activities on academia side is needed in order to cooperate with start-ups effectively was conducted using under-going cooperation examples to find additional index for the social implementation contests.
(4-2) Development of social implementation contest style class in engineering college
 Design an exercising course to experience social implementation of RT and IT applied services. In FY24, an example of course plan was planed and tested in the third grade class. Results has been published on the Robopedia. Based on the results, the current course will be brushed up from the view point of training efficiency in the next FY.
(5) Reconstruct the Robpedia
 Robopedia is an Web data-base to systematically accumulate RT education curriculum, which was proposed and developed in Robot Software Project. This time it is to be extended to contain Robot MOT related knowledge. In FY24, solution based contents oriented index was devised and implemented in the current Robopedia. Using the revised Robpedia framework materials presented at seminars held in this FY were upped.
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