Page 264 - ITU Kaleidoscope 2016
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Session 5: Services and implementation-related issues

             S5.1    Implementation of tele-rehabilitation system combined with video call center.*
                     Kotaro Suzuki; Yoshitoshi Murata (Iwate Prefectural University, Japan)

                     Japan’s low birthrate and rapidly aging population are causing medical expenses to take up ever more
                     of the national budget and leading to a shortage of young  medical  professionals. As a result,
                     rehabilitation therapy is being shifted from hospital-care to home-care. Several other countries will also
                     face the same situation in the near future. Thus, we propose a tele-rehabilitation system combined with
                     a  video call center to  make up for the shortage  of rehabilitation therapy done by  visiting
                     physiotherapists. A video call center operator coaches a patient instead of a physiotherapist, and a
                     physiotherapist supervises multiple operators. The system focuses on cerebrovascular patients who
                     have a home-visit rehabilitation or an outpatient one and uses Microsoft KINECT to measure strain of
                     the upper body. In this paper, implementation of this system is mainly described.

             S5.2    Intricacies of  implementing an ITU-T X.1303  cross-agency situational-awareness platform in
                     Maldives, Myanmar, and the Philippines.*
                     Biplov Bhandari; Angga Bayu Marthafifsa; Manzul Kumar Hazarika (Asian Institute of Technology,
                     Thailand); Francis Boon; Nuwan Waidyanatha; Lutz Frommberger (Sahana Software Foundation,
                     USA)

                     Maldives, Myanmar, and the Philippines are vulnerable to natural disasters. Sendai Framework of
                     Action calls for risk reduction by implementing early warning systems. A prevailing challenge is
                     for authorities to coordinate warnings across disparate communication systems and autonomous
                     organizations. Cross-Agency Situational-Awareness platforms and the ITU-T X.1303 Common
                     Alerting Protocol (CAP) interoperable data standards presents themselves as solution for diluting
                     the inter-agency rivalries and interconnection disparities. The Sahana Alerting and Messaging
                     Broker (SAMBRO) was designed to overcome these issues by providing a Common Operating
                     Picture and a platform for all Stakeholders to share early warnings. To that end, the CAP-on-a-
                     MAP project  is  implementing  SAMBRO and  the  CAP standard along  with  the  policies  and
                     procedures  in  the  Maldives, Myanmar and Philippines.  The project  is applying an agile
                     development methodology with a design, build, test, and redesign strategy for implementing the
                     cross-agency situational-awareness and warning system in the respective countries. This paper
                     discusses the country context implementation challenges and discusses strategies fostered through
                     the introduction  of the  CAP  content standard for  warning system designers to consider for
                     overcoming similar challenges.


































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