Application Of AHP Research Articles

ANALISIS PENENTUAN PRIORITAS PEMELIHARAAN KRI DALAM MENDUKUNG KEBERHASILAN PELAKSANAAN TUGAS ANGKUTAN LAUT MILITER

The main task of TNI is to uphold the sovereignty of the state. The success of the implementation of military sea transportation tasks cannot be separated from the readiness of KRI elements in supporting the implementation of operations. The purpose of this research is to analyze the Priority Determination of KRI Maintenance at the Depot Level at Kolinlamil to Support the Successful Implementation of Military Sea Transportation Tasks. The method used in this research is quantitative and data processing using SPSS 25 and AHP application programs. Samples will be taken from several crew members of KRI ABN-503, TMO-537, THG-538, I KBI-971 and KRI TBN-520. The research sample using AHP software amounted to 10 people and the determination of the number of samples using the Slovin formula was 90 respondents. The results of the study show that the turnaround time, airworthiness and technical conditions affect the success of carrying out the duties of Military Sea Transport. Partially rotating hours have a contribution of 31%, eligibility has a contribution of 25.3% and technical conditions have a contribution of 39.2%. Meanwhile, when tested simultaneously, the rotational hours, feasibility and technical conditions contributed 58.5% to the success of the Military Sea Transport. And for the results of the Analytical Hierarchy Process the influential variables in determining the priority of the KRI hardepo are turning hours, airworthiness and technical conditions and the alternative variables consist of KRI Teluk Amboina-503, KRI Teluk Bintuni-520, KRI Teluk Manado-537, KRI Teluk Hading-538 and KRI Tanjung Kambani-971. Based on the results, super Decision KRI Tanjung Kambani-971 became the main priority with a priority value of 0.37567 and 0.35875 based on the results of Super Decision software analysis. KRI Teluk Amboina-503 is the second priority with a priority value of 0.13454 and 0.13447 based on the results of Super Decision software analysis. KRI Teluk Bintuni-520 became the third priority with a priority value of 0.13454 based on the results of Microsoft Office Excel analysis and 0.13447 based on the results of Super Decision software analysis. KRI Teluk Manado-537 is the fourth priority with a priority value of 0.13068 based on the results of Microsoft Office Excel analysis and 0.12901 based on the results of Super Decision software analysis. KRI Tanjung Hading-538 is the fifth/last priority with a priority value of 0.11846 based on the results of Microsoft Office Excel analysis and 0.11559 based on the results of Super Decision software analysis.

Application of GIS and AHP for land use suitability analysis: case of Demirci district (Turkey)

The current study aims to create a land use suitability map for the Demirci district of Manisa province in which the Analytical Hierarchy Process, one of the multi-criteria decision-making techniques, and Weighted Overlay methods are used. Eleven factors (soil, LCC, OSC, erosion, soil depth, elevation, slope, aspect, geomorphology, temperature, and precipitation) affecting land use were determined according to previous similar studies and expert consultation. Priorities of basic land use types were also designated based on expert consultation. After this process, layer maps were created using GIS software. With these layer maps, a land use suitability map of the district was drawn through an analytic hierarchy process and weighted overlay analysis. The suitability of the land in terms of three different forms of use, namely forest, meadow-pasture, and agricultural areas was revealed. As a result of the study, it has been revealed that the most incompatibility between the current land use and land use suitability is in agricultural land. The results also indicate that most of the areas which should be pasture are used as agriculture and forest areas. The southern slopes of the Simav-Demirci Mountains, Asi Tepe, and its surroundings are suitable for forest areas. The study not only contributes to the local and national economy by revealing unsuitable land uses in the research area suggesting different ways of use but also helps the continuity of the ecosystem by ensuring the protection of natural areas.

Application of AHP and MABAC methods in the framework of multi-criteria decision-making in the selection of investment projects

A multi-attribute decision-making process and ranking of investment projects is almost inevitable today in order to realize and achieve an investment project. We can observe the given process from the aspect of decision theory. Today, it is unthinkable to make a decision on the acceptance of an investment project, without looking at different criteria, the only option is to set the choice of an investment project as a multi-attributive decision-making problem. The goal of this paper is to present a multi-attribute decision-making model, when we have several proposed investment projects and when I want to evaluate the given projects and just rank them for choosing the best method. Based on its wide application, the AHP method will be used to determine the weights of the criteria themselves during the decision-making process, while the MABAC method will be used for the further process of ranking investment projects in order to obtain a single-investment ranking of proposed alternatives, more precisely, proposed investment projects.

Application of AHP and ELECTRE I decision-making methods to solve a health and safety problem

To select a solution for a health and safety problem affecting the workers of a waste treatment facility in a cleaning operation, multicriteria decision methods have been used, namely, AHP - Analytical Hierarchical Process, and ELECTRE I - Élimination et Choice Traduisant la Réalité. These two methods have been used to validate and find an appropriate solution for a health and safety problem while cleaning a section separating two waste disposal tanks. Four possible solutions have been advanced and compared using a set of criteria organized into categories. The results of the assessment methods led us to the same conclusion, reinforcing the solution to be implemented to ensure the workers’ health and safety. The paper provides details on how to apply the ELECTRE I method, with the perspective that its implementation and exemplification, will make it a more disseminated method to support decision-making processes, in settings where the stakeholders’ participation is very important, such as, in situations where health and safety issues must be addressed.

Application of fuzzy ahp in the evaluation of students’ cognitive ability

Application of fuzzy ahp in the evaluation of students’ cognitive ability

AHP Application for Logistics Center Location Selection According to Criteria

Today, logistics is effective in every field and has an important share in the revival of both domestic and foreign trade. The rapid increase in competition in global trade has increased the importance of the logistics sector and, accordingly, logistics centers. With well-planned and high-performance logistics centers in our country, the contribution of the logistics sector to the economy will increase and it will be ensured that our country is a logistics base in international transportation corridors. In this study, Criteria were determined conducting a comprehensive literature review for logistics center location These criteria consist of seven main criteria, namely population, economy, cost, socio-economic status, infrastructure, geographical location and service, and twenty-seven sub-criteria belonging to these main criteria. The criterias were evaluated by benefiting from the opinions of experts in the field of logistics, and the order of importance of the main and sub-criteria determined for the logistics center location determination was found by AHP methods.

Application of fuzzy AHP for supplier development prioritization

Supplier development (SD) has been identified as a critical strategy for manufacturing firms in managing and improving the capabilities of suppliers. However, implementing this program necessitates an investment of time, commitment, and finances. The selection of the most beneficial practices to be implemented in order for this program to succeed can ensure a better program output. Therefore, it is crucial for the manufacturing firm to identify which practices should be prioritized and implemented for their SD program. Although SD has been widely researched, the method to evaluate SD practices, particularly in the Malaysian manufacturing industry is virtually non-existent. This paper aims to fill the gap by proposing a method to evaluate the SD practices using the Fuzzy Analytic Hierarchy Process (Fuzzy AHP). Fuzzy AHP is used to rank the practices involved in the program by capturing the evaluation from experts with strong industrial backgrounds in Malaysian Industry. There are five criteria for SD practices: supplier certification (SC), green capability (GC), investment and resource transfer (IRT), feedback and evaluation (FE), and knowledge transfer (KT), with 30 alternatives identified. The findings of the Fuzzy AHP method, suggest that KT is given the most weight. Thus, the alternatives associated with KT must be prioritized to achieve the objectives of the SD program. The results obtained can be referred to by manufacturing practitioners as guidelines for seeking the opportunity to implement an SD program in enhancing the capabilities of suppliers.

Application of AHP and DEMATEL for Identifying Factors Influencing Coal Mine Practitioners’ Unsafe State

Background: To effectively avoid accidents caused by practitioners’ unsafe state in the process of coal mine production processes, it is necessary to clarify the factors influencing the practitioners’ unsafe state, and take corresponding control measures accordingly. Methods: With the help of literature research and on-site interviews, grounded theory was used to construct the influencing factor index system of the coal mine practitioners’ unsafe state. The index system primary includes indices of four core categories, physiology, psychology, organization, and technology, and secondary indices of fourteen main categories. An AHP-DEMATEL model was constructed to calculate the comprehensive degree of influence of each influencing factor and rank it. Results: The results show that the main factors affecting the coal mine practitioners’ unsafe state are physical quality, degree of fatigue, safety attitude, safety awareness, safety culture, and vigilance. Physical quality and degree of fatigue are the key factors that affect the coal mine practitioners’ unsafe state, which is more consistent with the actual situation of coal mine practitioners. With the findings of this study, coal mine managers can take relevant countermeasures to intervene in coal mine practitioners’ unsafe state and reduce the occurrence of accidents.

Research on the Application of AHP and Multidimensional Evaluation Method in the Integration of Expressway Construction Management Maintenance and Operation

Research on the Application of AHP and Multidimensional Evaluation Method in the Integration of Expressway Construction Management Maintenance and Operation

Application of AHP as a Decision-Making Tool for Determining the Optimal Surface Grinding Environment

Application of AHP as a Decision-Making Tool for Determining the Optimal Surface Grinding Environment

Assessing the tourist potential of cultural–historical spatial units of Serbia using comparative application of AHP and mathematical method

Abstract Various socio-historical and cultural influences that have permeated the territory of Serbia have created a specific cultural heritage composed of interesting architecture, spatial and environmental units, folklore, gastronomy, lifestyle, and other specifics, which are usually under protection and are significantly visited by tourists. The value of resources and the state of development determine the overall tourist potential of the area. In this research, two methods were used to assess the tourist potential for six spatial, cultural, and historical units in Serbia: the analytical hierarchical process and the mathematical model, which is based on the du Cros method. The aim of the research is to determine the validity of the obtained results through their comparison and to record the shortcomings. The same indicators and sub-indicators were used in both methodologies, while the weighting coefficients differed according to the methodology. The importance of the research is reflected in the confirmation of the fact that there is a need to develop new methods that would eliminate all the shortcomings and increase the level of objectivity in the assessment of tourism potential.

Prioritizing the Digitalization Barriers: An AHP Application in the Turkish Logistics Industry

Prioritizing the Digitalization Barriers: An AHP Application in the Turkish Logistics Industry

Application of AHP and G-TOPSIS for prioritizing capabilities and related practices for a mature and resilient supply chain during disruption

PurposeThe purpose of this study is to identify and prioritize capabilities and practices to ensure a resilient supply chain during an unexpected disruption. In addition, this study ranks maturity factors that influence the main capabilities identified.Design/methodology/approachThis paper is conducted in three stages. First, capabilities and practices are extracted through a literature review. Second, capabilities and practices are ranked using the analytical hierarchical process method. Third, a gray technique for order preference by similarity to ideal solution method is used to rank maturity factors influencing capabilities.FindingsThe findings indicate that responsiveness, readiness, flexibility and adaptability are the most important capabilities for supply chain resilience. Also, commitment and communication are the highest maturity factors influencing resilience capabilities.Research limitations/implicationsThe findings provide a hierarchical vision of capabilities and practices for industries to increase resilience. Limitations of the paper are related to capabilities, practices and number of experts consulted.Practical implicationsThis paper highlights the importance of high-maturity practices in resilience capability adoption. The findings of this study will encourage decisions-makers to increase maturity practices to build resilience against disruption.Originality/valueThe paper reveals that developing powerful capabilities, good practices and a high level of maturity improve supply chain resilience.

Selection of promotional media with the integration of AHP Fuzzy and TOPSIS (case study in a study program)

Private universities need new students as one of the income to be able to run their operations. For that promotion needs to be done by them. When carrying out promotional activities, it is necessary to look at the availability of the budget, so it is necessary to be selective and choose the right promotional media and according to the budget. Selection of promotional media in addition to considering the budget, there are several criteria that must be considered, therefore the selection requires a multi-criteria method, one of which is TOPSIS. Initial weighting of the criteria for TOPSIS can be done with Fuzzy AHP, this method is used because it can overcome the fuzzy assesment when performing pairwise comparisons. So far, there are not many combined applications of Fuzzy AHP and TOPSIS in the selection of promotional media, so this research is expected to have a contribution to fill the gap. From the results of the study, it was found that the order of criteria that were important for the study program in the selection of promotional media were; cost, reach, audience fit and easy to apply. Meanwhile, the result of selecting the best promotional media for this study program was through social media

Application of AHP - GIS Model to Assess the Ecological Suitability of <i>Codonopsis javanica</i> in Kon Plong District, Kon Tum Province, Viet Nam

Application of AHP - GIS Model to Assess the Ecological Suitability of <i>Codonopsis javanica</i> in Kon Plong District, Kon Tum Province, Viet Nam

Assessing port service quality: An application of the extension fuzzy AHP and importance-performance analysis.

It is argued that ports are playing a crucial role in developing nations' economy. Still, solutions to improving port service quality (PSQ) to boost ports' competitive capacity is questionable. Hence, this study aims to investigate port service quality (PSQ) by using integration of the extension Fuzzy Analytic Hierarchy Process and Importance-Performance Analysis (IPA) from port users' perspectives. From the relevant literature and expert interview, the hierarchical structure of PSQ embracing six dimensions with 29 criteria was first established. To test the research model, the Dong Nai port joint stock company (DNPC) and their port-service users were empirically investigated. It is found that: (1) the importance degree of dimensions is ranked as follow: empathy (21.07%), tangibles (20.15%), assurance (15.97%), reliability (15.54%), responsiveness (12.53%), diversity (14.74%); (2) for criteria of PSQ, top five criteria concerned by shipping companies and ocean freight forwarders comprise: "proactive provision of vessel schedules", "cargo handling facilities and equipment", "detailed schedule", "accuracy and consistency of schedules", and "geographical location"; (3) there are four service attributes (SAs) needing to prioritize for improvement, including "perfect transportation of cargos", "ability in dealing with cargo damage", "willingness in helping customers", "provision of special cargo-related services". The practical policy is that port authorities should transfer the limited resources from SAs in Quadrant IV to Quadrant II to enhance the PSQ.

Application of Ahp & Fuzzy Logic Hybrid for Evaluating Machinability of Az31 Alloy

Application of Ahp & Fuzzy Logic Hybrid for Evaluating Machinability of Az31 Alloy

Application of AHP in WUI fire risk assessment

In order to achieve the purpose of assessing the fire risk in the WUI, this paper digitizes the fire risk influencing factors based on the remote sensing data, meteorological data and vegetation information of the southwest corner of Qingyuan Mountain in Quanzhou City, and obtains a total of 8 indicators in 4 categories of meteorological factors, vegetation factors, terrain factors and human factors as the primary indicators for fire risk assessment, and divides the 4 categories of factors into natural factors and human factors as the secondary indicators to construct a hierarchical structure model. Spatial modelling was performed by ArcGIS, AHP was used to assess the fire risk in the WUI, and weighted superposition analysis was performed on the burning probabilities calculated from different fire risk factors, and finally the results of fire risk zoning in the forest-town junction domain were obtained. The results showed that the high-risk area mainly existed within the area east of Pu Xian Road to the southwest corner of Qingyuan Mountain. The assessment results show that the method can provide a reference basis for fire risk assessment and zoning in the WUI.

The Intelligent Building Assessment Framework and Weight: Application of Fuzzy AHP

The Intelligent Building Assessment Framework and Weight: Application of Fuzzy AHP

Application of fuzzy AHP in the evaluation of students' cognitive ability

Application of fuzzy AHP in the evaluation of students' cognitive ability