List of Articles Fuzzy model

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  1 - Geomorphological planning in order to settlement development by AHP-Fuzzy model, case study: Tafresh county
  Abdolkarim Veisi عباس علی پور سجاد باقری مصطفی هاشمی
  Establishment and development of settlement is in relation to environmental condition and geomorphic condition. . The aim of this study is to identify to limitations and capabilities in this area in conjunction with residential development to the development of resident More

  Establishment and development of settlement is in relation to environmental condition and geomorphic condition. . The aim of this study is to identify to limitations and capabilities in this area in conjunction with residential development to the development of residential areas in Tafresh.In order to aim using of combination model AHP-Fuzzy relation with geomorphologic planning. Data analysis in this research is that it is 14 natural parameter geomorphological forms such as elevation, slope, aspect, land use, geology, soil, geomorphology, erosion, distance of road, distance of river, distance of fault and distance of landslide point as effective parameters in study question selected. Eventually after standardization, integration and geomorphological mapping based on fuzzy model and manipulate results showed that 68% of the area of 1861 square kilometers is unsuitable for residential development that This shows the limited nature of the right places according to the geomorphological conditions of the region to develop and create new settlements. Geomorphological units such as mountains, plains, salt plains, dunes, sand dunes, rocky hills and badlands with limits for human settlements and development of alluvial fan and alluvial plains are more suitable for the development of settlements. Manuscript profile
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  2 - Investigating the geomorphological limits of the physical development of city)Case example: Mahabad city(
  Mohammad Ebrahim Afifi Yaser Zendehboudi
  10.30495/ums.2024.23128
  Currently, the world is continuously growing and developing due to the increase in population and diverse human needs, and its speed is increasing day by day. Therefore, humans always change and transform their surroundings and try to choose the best places for their li More

  Currently, the world is continuously growing and developing due to the increase in population and diverse human needs, and its speed is increasing day by day. Therefore, humans always change and transform their surroundings and try to choose the best places for their lives. The purpose of the current research is to analyze and investigate the geomorphological limitations of the physical development of Mahabad city and its optimal location in the future development. For this reason, 1:100000 geological maps, layers of elevation, slope, direction of slope, geology, land use, flood, erosion, fault, satellite images and by processing and providing these parameters in ARC GIS software, editing and digitization have been done on them. Is. Finally, by using fuzzy and hierarchical logic models, land zoning has been done for the physical development of Mahabad city. The results showed that the formation of this city in its current position was not based on geomorphological studies, but due to the existence of fertile plains and plains, which are among the oldest human settlements. The most suitable direction for the physical development and expansion of Mahabad city is towards the north and towards Mahabad Jalga (ruined city). According to the zoning map, about 12.5% ​​in fuzzy multiplication and about 29.1% in fuzzy addition are part of the appropriate area.   Manuscript profile
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  3 - Landfill Site Selection for Municipal Wastes by GIS Software and Fuzzy Model (Case Study: Rafsanjan City)
  mahdieh rajaee nezhad mohammad rezvani Farahnaz Rashidi
  Development of cities and increase in population growth, have been caused to produce the different municipal wastes.  Base on hazardous environmental effect of landfill, site selection for landfill should be done carefully and in a scientific process. The different More

  Development of cities and increase in population growth, have been caused to produce the different municipal wastes.  Base on hazardous environmental effect of landfill, site selection for landfill should be done carefully and in a scientific process. The different parameters are involved in site selection of landfill that whichever have particular importance and case restriction in the selection. The goal of this study is choosing the most suitable site that has the least environmental adverse impacts. This study is done by using GIS software and Fuzzy model .At first, important factors in site selection for landfill were identified. Then , nineteen layers were digitized and weighted , such as: as soil characteristics , geological characteristics , surface water, depth of groundwater ,distance from urban centers , distance from fault, access roads , height floor , slope , vegetation coverage,... layers by using fuzzy model were combined and the best site for Rafsanjan landfill was selected . In this study, the suitable areas are located at the north and Northern-western of the city. The result of this paper indicate that using GIS software and fuzzy model in site selection offer this chance to the decision maker to insert more important subjects which have greater role in site selection . Therefore, using Fuzzy model is suitable for this kind of studies.     Manuscript profile
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  4 - A Fuzzy Rule-Based Engine to Predict Noise Annoyance
  Ramin Zare Seyed Majid Alavi
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  Fahimeh Ebrahim Moghdam Ahmad Abasnegad
  The purpose of this study is zonation of landslide in Kerman province with Fuzzy and AHP models. In this study in order to obtain hazard zonation map, 7 factors were studied. This factors in GIS software were mapped and then classified and weighted. These maps were over More

  The purpose of this study is zonation of landslide in Kerman province with Fuzzy and AHP models. In this study in order to obtain hazard zonation map, 7 factors were studied. This factors in GIS software were mapped and then classified and weighted. These maps were overlapped with the landslide distribution map,until the role of landslides distribution to be determined. Finally, the 7 factors including slope, Seismicity, lithology, Drainage density, Morphology, Precipitation, Land use were identified as factors influencing in landslides the basin. The maps the landslide hazard zonation was prepared based on these 7 factors and the methods of AHP and Fuzzy Gamma operator 0.7, 0.8 and 0.9 in GIS. Also the index of Quality sum (Qs) were used for evaluation of the accuracy of zonation maps. The results of the evaluation of the maps showed that the amount the indices Qs for AHP model is equal to 2.31 and for Fuzzy Gamma operator, it would be 0.7, 0.8 and 0.9 respectively 4.05,1.85,3.27. Therefore, it is concluded that the operator the Fuzzy gamma would be 0.7 compared to other methods. So it is better for utilization in the landslide hazard zonation in in Kerman province Manuscript profile
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  6 - Using GIS and Tree Fuzzy Model for Optimal Site Selection of Green Space in Hafsjane City
  علی اکبر جمالی راضیه هداوند
    Determining the per capita green space depends largely on bioclimatic characteristics of the region and the city. According to the Department of Housing and Urban Development studies, per capita urban green spaces in cities between 7 to 12 square meters per pers More

    Determining the per capita green space depends largely on bioclimatic characteristics of the region and the city. According to the Department of Housing and Urban Development studies, per capita urban green spaces in cities between 7 to 12 square meters per person for leisure, play, and recreation. Today usually optimal balance between green space and open areas between urban networks and natural patterns are seen less land. This may cause certain global environmental problems such as formation of urban heat islands Green space plays a decisive role. The city of Hafsjand is one of the cities that does not have the proper distribution of green space, and some of its neighborhoods lack green space. In order to determine the optimal location for creating green space to the principles of centralization, hierarchy and follow access. After collecting the location data and maps and a database in GIS environment Large and Small fuzzy functions and Boolean functions of each standardized criterion. With appropriate weighting and overlapping the layers of phase, phase modulation was conducted and it was found appropriate places Finally grounds that they are very good degree of appropriateness have been selected to create green space. This places close to population centers, training, networking, and other parameters such as green space, with the proper distance. Manuscript profile
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  7 - Estimation and Zoning of Flood Risk Potential in Tehran Catchment Using Fuzzy Decision Model
  ensiyeh mihanparast
  Due to the natural conditions of Iran, ignoring the issue of floods can cause irreparable damages, among which flood estimation and flood zones zoning are of great importance in controlling the hazards. Due to the location of the catchment area in northern Tehran and th More

  Due to the natural conditions of Iran, ignoring the issue of floods can cause irreparable damages, among which flood estimation and flood zones zoning are of great importance in controlling the hazards. Due to the location of the catchment area in northern Tehran and the slopes and steep slopes, the precipitation and vegetation characteristics are one of the major concerns in this area. Also, the construction of villas and restaurants on the banks of the rivers and the destruction of vegetation have reduced the amount of infiltration water and increased surface water. The large volume of water on the one hand increases the magnitude of the flood inundation and on the other hand, with increasing erosion, it creates sediments that, by leaving them, reduce the capacity of the main riverbed. The main cause of these floods is heavy rainfall, sometimes accompanied by snow melting, causing flooding of the river and water flowing into the marginal lands of the river. In this study, we tried to study and zoning flood catchment areas in north of Tehran province using fuzzy decision making model. After analyzing the required fuzzy criteria each of them has been performed for zoning using gamma, or and and fuzzy information layers and for identifying catchment areas of gamma catchment catchment (0.8). Well highlighted flood-prone areas. The and operator extracts the maximum membership degree and does not have high accuracy in locating. Orger is also a collection sharing operator. As such, it extracts the minimum membership degree, thus making it very desirable for the present investigation of the gamma operator in relation to catchment hazard zoning. Manuscript profile
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  8 - Nurse Scheduling Problem by Considering Fuzzy Modeling Approach to Treat Uncertainty on Nurses’ Preferences for Working Shifts and Weekends off
  Hamed Jafari Hassan Haleh
  10.22094/joie.2019.576759.1595
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  9 - Fuzzy model of hesitant decision making in evaluating business plans under uncertainty (an approach to developing new products)
  Amir Bahramipour Sadegh Abedi Alireza Irajpour
  10.22094/joie.2023.1975398.2024
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  10 - A Mathematical Model for a Flow Shop Scheduling Problem with Fuzzy Processing Times
  Jafar Razmi Reza Tavakoli moghaddam Mohammad Saffari
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  11 - Time Prediction Using a Neuro-Fuzzy Model for Projects in the Construction Industry
  Behnam Vahdani Seyed Meysam Mousavi Morteza Mousakhani Hassan Hashemi
  10.22094/joie.2016.231
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  12 - Landslide hazard zonation using the Frequency ratio model and fuzzy logic (Case Study: Central Section of Jam Township)
  amir safari monireh Rayati Shavvazi maryam Jan Ahmadi laila Shirzad Malayeri
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  13 - Structure Optimization of Locally Linear Model Tree Using Extermal Optimization
  Khalil Sharifi Mohammad Reza Ahmadzadeh
  Locally Linear Model Tree (LOLIMOT) algorithm proposed by Nelles deals with local linear nearo-fuzzy models that is based on divides-and-conquer strategy that a complex modeling problem is divided to a number of smaller and thus simpler sub problems. So the characterist More

  Locally Linear Model Tree (LOLIMOT) algorithm proposed by Nelles deals with local linear nearo-fuzzy models that is based on divides-and-conquer strategy that a complex modeling problem is divided to a number of smaller and thus simpler sub problems. So the characteristic of such a neuro-fuzzy model depends on division strategy for the original complex problem. For finding the best output the algorithm divides the problem to a number of local linear models (LLMs) , then continues with finding the worst LLM and dividing it. LOLIMOT splits the local linear models into two equal halves with an axis-orthogonal decomposition strategy. In this paper a new approach based on extremeal optimization (EO) is used to optimize the structure of LOLIMOT. Simulation results show the effectiveness of the enhanced LOLIMOT to have a higher precision with optimal number of neurons. Manuscript profile
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  14 - Venous Thromboembolism Modeling by Fuzzy Method
  Somayeh Kalateh Sajad Ozgoli Mohammad Taghi Hamidi Beheshti
  Venous Thromboembolism (VTE) is a complication of surgery that may result in sudden death. Unfortunately there is not a reliable model for it up to now where with accurate modeling can be prevented serious these complications. In this paper (VTE) has been model in fuzzy More

  Venous Thromboembolism (VTE) is a complication of surgery that may result in sudden death. Unfortunately there is not a reliable model for it up to now where with accurate modeling can be prevented serious these complications. In this paper (VTE) has been model in fuzzy method. At first we have used expert knowledge for modeling. Therefore for beginning risk factors of (VTE) have been identified and then we have helped from papers and scientific references and consultation with surgeons to extract importance of these factors in risk of VTE. Then we have obtained a questionnaire for fuzzy modeling. In this questionnaire all factors are divided into five groups. Each group is designed as a separate fuzzy system. The final output is calculated by community of all groups. Finally we validate this system by data of patients that have been surgery in Shariati hospital in Tehran and you can see that it works appropriately. Manuscript profile
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  15 - Identification of suitable areas for the presence of the elderly in urban areas using the AHP-Fuzzy model with emphasis on the environment-oriented psychology (Sample of Shiraz District 8)
  ehsan amini sadegh seidbeigi sadegh ebrahimi Amir bakhshi
  10.30495/uf.2023.1975277.1074
  Forecasts for the next 40 years predict an increase in the elderly population more than other age groups. Thus, the number of people aged 60 and over as a proportion of the world's population is projected to more than double, from 880 million in 2012 to 2 billion by 205 More

  Forecasts for the next 40 years predict an increase in the elderly population more than other age groups. Thus, the number of people aged 60 and over as a proportion of the world's population is projected to more than double, from 880 million in 2012 to 2 billion by 2050. The largest increase is projected in the 80-year-old class and above. The number of centenarians is growing even faster and is projected to increase tenfold, from approximately 343,000 in 2012 to 3.2 million by 2050. One of the groups that need further study in urban areas is the elderly group. In fact, moving towards urban adaptation for the elderly is a kind of movement towards urban sustainability. Accordingly, in this study, suitable spaces for the presence of the elderly with the approach of geriatric psychology using the AHP-Fuzzy model in the 8th district of Shiraz have been identified. Research method in this research in terms of results and consequences of research of a fundamental-strategic type and in terms of implementation process; Quantitatively and logically, reasoning is of the type of deductive research, and also in terms of time is part of cross-sectional research and in terms of purpose is analytical research. The statistical population includes the elderly of District 8, which is equal to 2477 people, and the sample size according to Cochran's formula is 285 people. The data used were collected using a questionnaire and connected to the fishnet network, and the AHP model was used for weighting, which had the highest weight in terms of physical environment and personal and social characteristics. After applying the obtained weight on the fuzzy maps, the layers were superimposed using the five fuzzy functions, which was selected as the final map according to the evaluation of the gamma function model to identify suitable places for the presence of the elderly. Manuscript profile
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  16 - Chaotic Time Series Prediction Using Optimal Fuzzy Systems Based on Sequential Quadratic Programming-Case Study: Gold Price
  Rasoul Rajaei Ali Akbar Gharaveisi Seyed Mohammad Ali Mohammadi
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  17 - Feasibility physical development Optimal of City Bonab Using synthetic model of AHP/FUZZY
  Ebrahim Sami Pooran Karbasi Zahra Afzali
  today, one of the most important and complex issues for urban programmers and decision making is locating suitable places for future development of cities and determining suitable lands, which this objective will obtain with a comprehensive view on all the effective fac More

  today, one of the most important and complex issues for urban programmers and decision making is locating suitable places for future development of cities and determining suitable lands, which this objective will obtain with a comprehensive view on all the effective factors on the physical urban development. To do this, the present research which is a developmental-applicable type, with the purpose of determining suitable locations for future development of Bonab city, has studied this issue by descriptive- analytical method. About eight factors were identified in order to study and evaluate land suitability for urban development. To determine the importance of target indicators to assess land suitability, first the relative importance of each criterion was determined through analytical hierarchy model using Expert Choice software. Then, each of them was fuzzy using GIS and IDRIS software and was placed in the numerical range of zero to one. In the next step, all fuzzed layers were multiplied in each weights resulted from analytical hierarchy model with integrating AHP model and Fuzzy model and thereby the weighted fuzzy layer was prepared. Then operators of multiplying, adding and fuzzy gamma of 0.7, 0.8 and 0.9 were carried out and layer overlapping is done. The results indicate that the fuzzy gamma of 0.9 has the best overlapping. Determined by divided Gamma 9/0, that 66.24% of study region (511.412 km2) is located in the class of totally inappropriate and 9.56% of that (73.8124 km2) is located in the class of totally appropriate Manuscript profile
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  18 - Evaluation of geomorphologic landforms for the development of Human Settlements (Case Study:Southwest Township of Razavi Khorasan Province(
  Mousa Abbasi Mazhar Ahmadi
  Development and establishment of settlements in direct contact with the natural base and geomorphology effects. Because of the topography and geology of the study area has certain limitations in terms of localization and development of their human settlements. In order More

  Development and establishment of settlements in direct contact with the natural base and geomorphology effects. Because of the topography and geology of the study area has certain limitations in terms of localization and development of their human settlements. In order to reduce the risks of the South West province of Khorasan Razavi and modify future plans of development and human settlements, to assess the feasibility of the study area was investigated. After studies and library and a selection of appropriate measures, using phase logic models, and GIS software to help, areas prone to develop settlements were determined. In this study was to identify suitable areas for development and the creation of settlements in the study area based on Landform, from eleven parameters, slope, aspect, elevation, soil, land use, elevation, distance to fault, distance from the river, away from the road distance from settlements, geomorphology as independent variables in recognizing the potential and geomorphological constraints in the region were selected. Finally, after zoning based on phase model, the results showed that about 61 percent of the study area is located on the floors very poor and poor, which means unfavorable geomorphological conditions in this part of the study area to develop settlements are human. About 16.40% of the study area has average conditions for the development and creation of new human settlements respectively. And about 23 percent of the area under study geomorphological area of favorable conditions for construction activity and the construction of new residential areas are. Manuscript profile
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  19 - Modeling Lake Urmia Water-Level Changes using Local Linear Neuro-Fuzzy Method
  Arash Razmkhah Seyed Reza Alvankar Abbas Kakahaji
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  20 - Robust H_2 / H_∞ Multi Objective Controller Design with Takagi-Sugeno Fuzzy Model for a Mobile Two-Wheeled Inverted Pendulum
  Davood Allahverdy Ahmad Fakharian
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  21 - Designing Decision Maker in a Smart Home for Energy Consumption Optimization Using Fuzzy Modeling
  Maryam Sadat Mahdaviyani Mehrdad Javadi
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  22 - Comparison of the performance ratings of listed companies in the securities and neural models securities exchange
  rohallah javadi Ghodratolah Taleb Nia hosein panahian
  Ranking companies based on transparency of financial information can help better decision making in the stock market. In this study, by examining the financial statements of companies and measuring the transparency of financial information, their ranking is based on neu More

  Ranking companies based on transparency of financial information can help better decision making in the stock market. In this study, by examining the financial statements of companies and measuring the transparency of financial information, their ranking is based on neural and fuzzy models. Another purpose of the present study is to compare neural and fuzzy models for ranking the transparency of corporate financial information.This is an applied research based on descriptive-analytical method. The statistical population includes the stock exchange companies during the years 2008-2009 and 198 companies were selected and analyzed by systematic elimination method. Company information was obtained through stock exchange software. Artificial intelligence algorithms were used for ranking and fuzzy and neural models were used.The results showed that among the fuzzy and neural models, the best method for ranking is the neural models and the results of the neural models method give the best results. Given that in fuzzy model, fuzzy method has the most errors and in some estimations it has unacceptable errors. Manuscript profile
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  23 - Presenting a model of favorable organizational culture of Tehran Municipality Cultural and Art Organization
  abbas ghorbani fomeshi abbas ali ghayomi
  The aim of this study was to identify the dimensions and factors affecting the promotion of organizational culture (Cultural and Artistic Organization of Tehran Municipality. The method used in this study was descriptive-analytical and quantitative in terms of analysis More

  The aim of this study was to identify the dimensions and factors affecting the promotion of organizational culture (Cultural and Artistic Organization of Tehran Municipality. The method used in this study was descriptive-analytical and quantitative in terms of analysis tools. The statistical population and sample size include two sections of the staff of Tehran Municipality Cultural and Art Organization (population 4000 and sample size equal to 350 people) and management experts (sample of 15 cases). Three models of factor analysis, fuzzy AHP and fuzzy dimtel have been used to investigate different aspects of the importance of organizational culture indicators. Factor analysis shows that 8 combination factors are involved in shaping the organizational culture (combination of 56 items). Then, using the fuzzy HP method, 5 items were entered into the fuzzy demitel matrix as indicators with the highest rank. The results showed the main effect of risk index on other indicators (creativity and innovation, risk, the effect of decision results on employees, team attention and ambition and daring). As a result, based on identifying the variables studied in the present study and considering the important role of risk index in promoting other components of organizational culture, it is proposed to draw an index-based climate in the organization based on cultural factors. Manuscript profile