درخت حوزه‌های تخصصی

In spite of the advancements made in science and technology, the world is still facing the perils of prevalence and epidemic of different diseases from one side and problems such as  inappropriate distribution of treatment giving services in a large number of countries. <br /> In such a condition there remains a need for the design of a comprehensive health system using the GIS based smart cards. This can facilitate having all common health, treatment services, such as issuing and receiving prescriptions, insurance services, having access to medical records which can accompany every individual. This will facilitate the development of social and spacial. Considering the fact that the data becomes regional and transferable (knowing they should stay confidential, and have permitted access) , predicated data banks in the health and hygiene net work management, such as offices and treatment giving insurance institutions could have all kinds of possibilities for planning, organizing, controlling and utmost management, in both individual and common health of the society. Although some developed countries are at the moment using smart cards in theirs health systems, but in this suggested system, the objective is to utilize the advantages of GIS smart cards being regional.  In this scheme a smart card is intended for each individual, and often loading the necessary information on it. This is used instead of his health service notebook and clinical record. In addition identification card used to access the patient’s medical record and prescription card is designed for doctors. Also the service offering identification card is designed for health centres and pharmacies. Predications should be made of the regional information in every visit to the physician or a clinic, upon which all the following possibilities can be obtained; all statistical reports based on GIS, research activities, supervising over the health and treatment distribution, number and reason for visiting the health care centers, defining the start of an epidemic and factors offering it, checking the nutritional diseases, analysing the concentration and spreading of different disease and their causes according to region or country.  All these data can help provide health maps, satellite pictures and defining various layers of information. Finally by the use of these cases optimum managing and development of a smart health and healing network can be made possible<strong>.</strong>

: One of the tools for the architectural advent form is the structure, while architecture and structures, particularly in our sociable Iran, are separated from each other. Most successful buildings have dominating designers who are proficient in structural issues and have a comprehension of the structural system's behavior. The extent of attention to the structure of the building will inevitably lead to beauty. If the structure has aesthetic considerations, a successful link between architecture and structure will occur. This research seeks to provide a solution and strategies to formulate both architecture and structure. The purpose of this paper is to articulate a sound and desired theoretical foundation in relation to the aesthetics of the architectural form and structure so that achieve a successful link between architecture and structure. The research methodology is applied in terms of the purpose of the research. The qualitative and quantitative research methodology is used to analyze the information as well as to provide analytical tables and matrix analysis in order to summarize the contents. The research has come to the conclusion that constructive requirements, along with functional requirements and aesthetic issues, bring together an unmatched effect. The study of successful works in the world suggests that if one of the subcategories of these three criteria works, it can be considered as one of the most successful buildings in the world. Formation of forces flow can be effective in the aesthetic structure of the structure.

 Nowadays, tourism is affected by the knowledge of a region’s climatic characteristics. Therefore, it is crucial to identify the potential regions and appropriate time for attracting tourists in relation to climatic comfort. Due to having climatic diversity and water resources such as rivers, waterfalls, caves and hot springs, Khorassan رضوی province is one of the potential regions for tourism attraction in IRAN. This study attempts to assess human comfort or discomfort for recreational and water sports activities according to Equivalent Effective Temperature (EET) index using meteorological data from Khorassan رضوی synoptic station for 1990-2011. Furthermore, the climatic comfort zoning map for tourism in the province was made by ArcGIS and Geographic Information System (GIS) potentials by inverse distance weighting (IDW) interpolation method. The results showed that October, June, September, April, May, August and July have the best comfort conditions for recreational activities and water sports, respectively. Also, Nishabur and Chenaran cities with 4 and Mashhad with 1 month had the longest and the shortest monthly periods for using water resorts, respectively. Similarly, in this research, available appropriate tourism areas are introduced according to the EET index for different months in order to achieve a higher understanding of the province’s potentials.

The present study intends to shed light on 25 lifelikeness layers in Imam Jome’eh House (Khaneh Emam Jome’eh) in Isfahan as one of the prominent historical monuments dating back to Qajar dynasty. The present study intends to shed light on 25 lifelikeness layers in Imam Jome’eh House (Khaneh Emam Jome’eh) in Isfahan as one of the prominent historical monuments dating back to Qajar dynasty. The lifelikeness or Zendevari architecture is a general and reconciling pattern (framework) among all the definitions of architecture that in its definition, it consists of 25 layers. these 25 layers include countable layer , spatial layer, geometric layer, Skeletal layer, motor layer, simple mechanical layer, automated mechanical layer, biological layer, environmental layer, climatic layer, sensory layer, visual layer, imaginary layer, unreality layer , media (symbols) layer , analytical( analyzing the elements) layer , historical(importance) layer, creativity (in the building)layer, economic layer, social layer, forensic layer , moral layer , aesthetic layer, political and faith layer and educational layer. Overall, it can be said that in the lifelikeness (Zendevari) development framework, the world and its beings consist of 25 layers, which are in interaction with each other in an unpredictable way, yet a universal and natural relation can be found between layers in two directions. The study method used in the current research is of an analytic-descriptive type, and data collection was performed in a field-, interview- and library-based method, and some strategies were presented to strengthen the zendevari (lifelikeness) of the building under study in a SWOT analysis method. The study method used in the current research is of an analytic-descriptive type, and data collection was performed in a field-, interview- and library-based method, and some strategies were presented to strengthen the zendevari (lifelikeness) of the building under study in a SWOT analysis method.