INTELEKTUALIOS EKO-SOCIALINĖS APLINKOS ASISTUOJAMAM GYVENIMUI KŪRIMAS
DEVELOPMENT OF AN INTELLIGENT ECO-SOCIAL ENVIRONMENT FOR ASSISTED LIVING

Summary/Abstract: An approach is proposed for development of an intelligent eco-social environment which may be implemented both in a high education institution and in the stationary as well as portable living houses In case of development of an intelligent mobile tutoring Eco-Social Laboratory for Assisted Recreation, principles are proposed for designing of sustainable power supply and selecting of professional bio-feedback hardware/software for mobile laboratory. Such a mobile Laboratory can be treated as an intelligent object containing areas for varied activities such as sleeping, working, entertaining as well as of planning, monitoring and analyzing of personal biofeedback information during the recreation activities in it. An intelligent environment of the Laboratory may be implemented in the UltraLite–type “fifth wheel” trailer which comes with all the necessities for luxury leisure time of the group of up to 6 persons. To assemble of such mobile laboratory by prices of 2009/01/15 might cost of approximate 37,806.00 Euro. This type of laboratory may help to automatically collect of an experience and knowledge in the process of development of preconditions towards of sustainable recreation of the elderly and/or people with movement disabilities based on their assisted activities in the mobile smart flat and an environment around it. Technical and economical investigations of possibilities of generating of a hybrid PV-wind power for supplying of eco-social laboratories of different sizes in Lithuania are performed in section 1 of this paper. In this paper, the possibilities of application of solar radiation energy for heating of water and environment of apartments of eco-social laboratories of different sizes in Lithuania are described in section 2, and investigations of possibilities of application of integrated PV-wind-solar radiation and geothermal energy for heating of water and environment of apartments of eco-social laboratories of different sizes in Lithuania are discussed in section 3. Investigations of possibilities of implementation of intelligent support for assisted living in the eco-social environment of different types are performed in section 4 of this paper.

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