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System for Determining House Credit Recipients Based on Data of Cooperative Members Using Simple Additive Weighting (SAW) 基于合作成员数据的简单加性加权(SAW)房屋信贷受助人确定系统
Pub Date : 2020-12-31 DOI: 10.54732/jeecs.v5i2.91
Wiwiet Herulambang, Fardanto Setyatama, Muhammad Zulfikkih
PMS Employee Cooperative is a savings and loan cooperative which aims to provide storage and loan services to employees who work at PT. Pro Manunggal Solusi and does not yet have a Decision Support System (SPK). A decision support system is needed in determining the eligibility of cooperative loans to employees. This study aims to help simplify and accelerate and minimize errors that occur in the cooperative borrower feasibility assessment process. The method used for this decision is to use the Simple Additive Weighting (SAW) method. Six criteria are used for the loan eligibility assessment process, namely criteria 1 (Loan size), criterion 2 (Loan Purpose), criterion 3 (Salary), criterion 4 (Position), criterion 5 (Age), criterion 6 (Period of service). Based on the results of the calculation, it can be concluded that each loan employee will be approved according to the ranking and is limited by the balance. If the balance is sufficient, the loan will be approved, but if the balance is less, the loan will be rejected. Of the total value of the ranking results, loans approved with a sufficient balance were Susanto (0.82) with a 12.13% chance, Sentot Sudiyantono (0.80) with a probability of 11.83%, and Siswandi (0.73) with big chance 10.80%.
PMS员工合作社是一个储蓄和贷款合作社,旨在为在PT. Pro Manunggal Solusi工作且尚未安装决策支持系统(SPK)的员工提供存储和贷款服务。需要一个决策支持系统来确定向雇员提供合作贷款的资格。本研究旨在帮助简化、加速和减少合作借款人可行性评估过程中出现的错误。用于此决策的方法是使用简单加性加权(SAW)方法。贷款资格评估过程使用了六个标准,即标准1(贷款规模)、标准2(贷款目的)、标准3(工资)、标准4(职位)、标准5(年龄)、标准6(服务年限)。根据计算结果,可以得出每个贷款员工将根据排名进行审批,并受余额限制。如果余额足够,贷款将被批准,但如果余额不足,贷款将被拒绝。在整个排名结果中,余额充足的贷款被批准的可能性依次为:Susanto(0.82)(12.13%)、Sentot Sudiyantono(0.80)(11.83%)、Siswandi(0.73)(10.80%)。
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引用次数: 0
Expert System for Diagnosis of Blood Fever Disease Dengue Using the Chaining and Backward Method Certainty Factor 基于链式和逆向法确定因子的血热登革热诊断专家系统
Pub Date : 2020-12-31 DOI: 10.54732/jeecs.v5i2.88
Rifki Fahrial Zainal, Eko Prasetyo, Achmad Ferdiansyah
Dengue Hemorrhagic Fever is a disease that is quite popular in Indonesia. Judging from the large number of patients infected with the disease and not a small number of patients died due to not being helped immediately. Lack of public sensitivity to the symptoms of dengue hemorrhagic fever is what ultimately causes many casualties,due to late getting medical treatment. Thus, accurate analytical skills are needed in assisting the patient diagnosis process. The Backward Chaining method is a chain that is traversed from a hypothesis back to the facts that support the hypothesis, and the Certainty Factor is a method to prove whether a fact is certain. The system can be run if the user enters the symptoms experienced and provides a confidence value for the symptoms they are experiencing and then gets a diagnosis and a solution.
登革出血热是一种在印度尼西亚非常流行的疾病。从感染该病的患者数量来看,由于没有立即得到帮助,不少患者死亡。公众对登革出血热的症状缺乏敏感性是最终造成许多人员伤亡的原因,原因是未能及时得到医疗救治。因此,在协助患者诊断过程中需要准确的分析技能。反向链法是一条从假设到支持该假设的事实的链,确定性因子是证明事实是否确定的方法。如果用户输入所经历的症状,并提供他们所经历的症状的置信度值,然后得到诊断和解决方案,则系统可以运行。
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引用次数: 1
Classification of Zakat Fitrah Recipients Using Naïve Bayes Method 利用Naïve贝叶斯方法对天课受助人进行分类
Pub Date : 2020-12-31 DOI: 10.54732/jeecs.v5i2.94
R. Adityo
Indonesia is a country with a majority Muslim population. In the daily life of the Indonesian population, it is inseparable from the influences of Islamic teachings. In life in this world there are many commands of Allah that must be carried out, including the order to pay zakat. One of them is when Eid al-Fitr is required to pay zakat fitrah for each of its citizens. In grouping the distribution of zakat fitrah using the Naïve Bayes classification method. Naïve Bayes classification itself is a classification method that can be applied in classification. The classification system used to classify categories of zakat fitrah recipients. From each test results using test data and training data randomly, and each test using training data which increased 37 pieces of data in each test. It can be concluded that the more training data the level of accuracy decreases. The determination of the amount of training data and test data is very influential on the final results of calculations using the Naïve Bayes method. Class determination also affects the final results of calculations using this Naïve Bayes method.
印度尼西亚是一个穆斯林人口占多数的国家。在印尼人的日常生活中,它与伊斯兰教义的影响是分不开的。在这个世界的生活中,有许多安拉的命令必须执行,包括支付天课的命令。其中之一是要求开斋节为每个公民支付天课。采用Naïve贝叶斯分类方法对天课的教规分布进行分组。Naïve贝叶斯分类本身就是一种可以应用于分类的分类方法。分类系统用于划分天课受助者的类别。每次测试结果随机使用测试数据和训练数据,每次测试使用训练数据,每次测试增加37条数据。结果表明,训练数据越多,准确率越低。训练数据量和测试数据量的确定对使用Naïve贝叶斯方法计算的最终结果影响很大。类的确定也会影响使用Naïve贝叶斯方法计算的最终结果。
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引用次数: 0
Use of Structural Equation Modeling Method for Analysis of Factors Affecting the Quality of Library Services of Bhayangkara University 运用结构方程建模方法分析巴扬卡拉大学图书馆服务质量的影响因素
Pub Date : 2020-12-31 DOI: 10.54732/jeecs.v5i2.89
Andrew Aldy Wala, Syariful Alim, Fardanto Setyatama
One of the common problems often faced by companies or organizations in the service sector is the problem of service user dissatisfaction with the quality of service provided. One of the service units in Ubhara is the Bhayangkara University Library. The quality of library services can be influenced by several factors, such as library collections, employee competence and library facilities. The data collection technique used a Likert scale questionnaire, which consists of 3 exogenous latent variables and 1 endogenous latent variable with a total of 14 indicators. The method used is data analysis using the Structural Equation Modeling (SEM) approach assisted by the LISREL 8.80 program. The problem in this study is to determine the effect and significance of the library collection variables (X1), employee competence (X2) and library facilities (X3) on service quality (Y). The hypothesis in this study is that there is a positive influence between employee competence and library facilities on service quality. The number of samples in this study were 100 students who visited the Ubhara Library. Based on the results of the study, the variable X1 estimate is 0.09 and the T-value is 0.67, the variable X2 estimate is 0.44 and the T-value is 2.97 and the variable X3 estimate is 0.46 and the T-value is 3.02. So the latent variables of employee competence and library facilities have a positive effect on the quality of library services. Meanwhile, the library collection variable has no positive effect on service quality.
服务部门的公司或组织经常面临的常见问题之一是服务用户对所提供的服务质量不满意的问题。在Ubhara的一个服务单位是Bhayangkara大学图书馆。影响图书馆服务质量的因素有:图书馆馆藏、员工能力、图书馆设施等。数据收集采用李克特量表,问卷由3个外生潜变量和1个内生潜变量组成,共14个指标。使用的方法是使用结构方程建模(SEM)方法进行数据分析,并辅以LISREL 8.80程序。本研究的问题是确定图书馆馆藏变量(X1)、员工胜任力(X2)和图书馆设施(X3)对服务质量(Y)的影响和显著性。本研究假设员工胜任力和图书馆设施对服务质量存在正向影响。本研究的样本数量为100名参观Ubhara图书馆的学生。根据研究结果,变量X1估计为0.09,t值为0.67;变量X2估计为0.44,t值为2.97;变量X3估计为0.46,t值为3.02。因此,员工能力和图书馆设施这两个潜在变量对图书馆服务质量具有正向影响。同时,图书馆馆藏变量对服务质量没有正向影响。
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引用次数: 2
Decision Support System for Selecting Order Types Using the SAW-AHP Method 基于SAW-AHP方法的订单类型选择决策支持系统
Pub Date : 2020-12-31 DOI: 10.54732/jeecs.v5i2.92
M. Hidayat, M. Hamidah, Rizky Wahyu Prastyawan
This study aims to make it easier for users to choose the type of orchid that is suitable for planting in the user's environmental conditions. This research was conducted because there were many orchid enthusiasts who wanted to cultivate it but it was not balanced with knowledge of the characteristics of orchids that can live in ideal environmental conditions. The SAW method plays a role in the initial classification where the results of the SAW method classification are sorted from the largest value to the smallest value, then the 10 best results from the SAW method will be processed by the AHP method and produce the final result, the recommended orchid. The final result obtained in this system is in accordance with the manual calculations performed, this means that the system classifies rules properly and accordingly.
本研究的目的是让用户更容易在用户的环境条件下选择适合种植的兰花类型。之所以进行这项研究,是因为有很多兰花爱好者想要种植兰花,但这与对兰花的特性的了解不平衡,兰花可以在理想的环境条件下生长。SAW法在初始分类中起作用,其中SAW法分类的结果从最大值到最小值进行排序,然后从SAW法中获得的10个最佳结果将通过AHP方法进行处理并产生最终结果,即推荐兰花。该系统得到的最终结果与人工计算结果一致,说明该系统对规则进行了适当的分类。
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引用次数: 0
Applications Learning Musical Instruments in Indonesia Using Augmented Reality Technology 在印度尼西亚使用增强现实技术学习乐器的应用程序
Pub Date : 2020-12-31 DOI: 10.54732/jeecs.v5i2.93
Rahmawati Febrifyaning Tias
The 3-dimensional animation designed and presented as learning media has grown rapidly nowadays, 3-dimensional animated characters in regional musical instruments can be one of the learning media for the general public especially children. How to present different learning 3-dimensional animation content, can attract the general public and children to learn, one of them using augmented reality technology. Augmented reality is the practice of combining image media with a 3-dimensional object that brings out 3- dimensional objects from cyberspace to the real world. This way can be a form of learning, where users can see and understand that learning can be conveyed through efficient learning, in the concept of augmented reality, users not only play with this application but can Learn knowledge about regional musical instruments in Indonesia. Development of the learning system of Multimedia applications regional musical instruments in Indonesia using Augmented Reality technology is able to provide knowledge in learning that is not only in general public but also for children Children who want to add insight into the knowledge of regional culture art, especially local musical instruments in Indonesia
作为学习媒体的三维动画设计和呈现在当今发展迅速,地域乐器中的三维动画人物可以成为大众尤其是儿童的学习媒体之一。如何呈现不同学习的三维动画内容,能够吸引广大市民和儿童学习,其中之一就是利用增强现实技术。增强现实是将图像媒体与三维物体相结合,将三维物体从网络空间带到现实世界的实践。这种方式可以是一种学习的形式,用户可以看到并理解学习可以通过有效的学习来传达,在增强现实的概念中,用户不仅可以玩这个应用程序,还可以学习有关印度尼西亚地区乐器的知识。利用增强现实技术开发印度尼西亚地区乐器多媒体应用学习系统,不仅可以为普通大众提供学习知识,也可以为儿童提供学习知识。孩子们想要深入了解印度尼西亚的地区文化艺术知识,特别是当地的乐器
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引用次数: 0
Forecasting Number of Legal Violations in Indonesian Sea Using the Fuzzy Double Exponential Smoothing Method 用模糊双指数平滑法预测印尼海域违法数量
Pub Date : 2020-12-30 DOI: 10.54732/jeecs.v5i2.97
Hozairi, Syariful Alim, H. Lumaksono, M. Tukan
Maritime security in Indonesia is an indicator of the success of the Government in managing the sovereignty of the State because two-thirds of Indonesia is sea, so Indonesia is called a maritime country. This study aims to predict the number of law violations in Indonesian seas. Predicting events is a strategic step to set the next security operation strategy. The method used to predict violations of law at sea in Indonesia is Fuzzy Double Exponential Smoothing, the Fuzzy method is used to normalize violation data and the Double Exponential Smoothing method is used to predict future events, a combination of fuzzy and double exponential smoothing methods was developed to improve some previous research which only use exponential smoothing only in making predictions. The data processed is data on violations of law at sea in Indonesia from 1996 to 2019 from the Indonesian Maritime Security Agency. The results obtained from this study are the data smoothing constant value (α = 0.81), the trend smoothing value (γ = 0.08), the mean absolute percentage error value (MAPE = 21.78%) and the root mean value average error (RMSE = 60.72). The results of this study predict that the number of violations of law at sea in Indonesia in 2020 will decrease to 98 cases, this is due to several factors, including the focus of the Government on carrying out security operations in Indonesian seas in an integrated manner involving many institutions. The research contribution can be considered by Indonesian Maritime Security Agency to improve Indonesia's maritime security by involving institutions that have legal authority in Indonesian seas
印度尼西亚的海上安全是政府在管理国家主权方面取得成功的一个指标,因为印度尼西亚的三分之二是海洋,因此印度尼西亚被称为海洋国家。这项研究旨在预测印尼海域的违法行为数量。预测事件是制定下一个安全操作策略的战略步骤。印度尼西亚海上违法预测的方法是模糊双指数平滑法,采用模糊法对违法数据进行归一化,采用双指数平滑法对未来事件进行预测,针对以往仅使用指数平滑法进行预测的研究,提出了一种模糊与双指数平滑相结合的方法。处理的数据是印度尼西亚海事安全局1996年至2019年在印度尼西亚海上违法行为的数据。得到数据平滑常数值(α = 0.81)、趋势平滑值(γ = 0.08)、平均绝对百分比误差值(MAPE = 21.78%)和均方根平均误差(RMSE = 60.72)。这项研究的结果预测,2020年印度尼西亚海上违法行为的数量将减少到98起,这是由于几个因素,包括政府以涉及许多机构的综合方式在印度尼西亚海域开展安全行动的重点。印度尼西亚海事安全局可以考虑研究贡献,通过让在印度尼西亚海域拥有法律权威的机构参与进来,改善印度尼西亚的海上安全
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引用次数: 0
Best Regional Selection Decision Support System for Shallots in Waru District, Pamekasan Regency Using Topsis Method 基于Topsis法的帕梅卡桑县瓦鲁地区青葱最佳区域选择决策支持系统
Pub Date : 2020-12-30 DOI: 10.54732/jeecs.v5i2.96
Fathorrozi Ariyanto, Rofiuddin
The location of an area greatly influences the agricultural sector, including the Waru Subdistrict, Pamekasan Regency, a geographical condition that incidentally consists of hilly plains or highlands. So it is very influential on food plants that can be developed in the area. The objective to be achieved in this final project is to make a Decision Support System application for the Best Shallot Producing Region in Waru Subdistrict, Pamekasan Regency Using the TOPSIS Method. From the results of the study it can be concluded that the application system that has been made is running well and quite User Friendly, from the five villages in the Waru sub-district which were used as experimental data, it can be concluded that the selection of the best village using the TOPSIS method recommended for shallot cultivation is Sanah Laok village. with the highest score is 0.6312.
一个地区的地理位置极大地影响着农业部门,包括帕梅卡桑县的瓦鲁街道,这一地理条件附带地包括丘陵平原或高地。因此,它对该地区可开发的食用植物有很大的影响。在这个最终项目中,目标是使用TOPSIS方法为帕梅卡桑县瓦鲁街道的最佳葱生产区制作一个决策支持系统应用程序。从研究结果可以看出,所建立的应用系统运行良好,具有较好的用户友好性,从作为实验数据的瓦鲁街道5个村可以得出,采用TOPSIS方法推荐种植大葱的最佳村庄是三那老村。最高得分为0.6312。
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引用次数: 0
Evaluation of Understanding of Safety, Health and Safety (K3) Using the Method Cumulative Voting (case Study of PT. Kencar Sukses Investama) 用累积投票法评价对安全、健康和安全的理解(K3)(以PT. Kencar Sukses Investama为例)
Pub Date : 2020-06-30 DOI: 10.54732/jeecs.v5i1.107
Wildansyah Rokhmana Putra, R. Purbaningtyas, E. Prasetyo
Every employee who works must understand safety in order to create a conducive work environment and Zero Accident. This study aims to create an Evaluation System for Understanding Safety, Health and Safety (K3) by using the Cumulative Voting Method so that it can optimize the quality of K3 in the company to be more effective and efficient. From the application trial results obtained the results of the validity test between manual data and application data have a difference in the results because the manual workmanship is calculated with a manual averagewithout any cumulativevalue of each item being tested. Application of K3 Comprehension Evaluation with Cumulative Voting Method can also prevent or minimize user input errors.
为了创造一个有利的工作环境和零事故,每个工作的员工都必须了解安全。本研究旨在运用累积投票法,建立一个了解安全、健康与安全(K3)的评估系统,以优化公司的K3质量,使其更有效和高效。从应用试验结果中获得的手工数据和应用数据之间的有效性测试结果有差异,因为手工工艺是用手工平均值计算的,没有任何被测项目的累积值。应用累积投票法的K3理解评价也可以防止或减少用户输入错误。
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引用次数: 0
Forecasting Sales of Premium Oil Fuel, Pertalite, Pertamax, Pertamax Turbo and Bio Solar Using the Method Exponential Moving Average (EMA) (case Study: Klampis Gas Station Surabaya) 利用指数移动平均线(EMA)方法预测优质石油燃料、Pertalite、Pertamax、Pertamax Turbo和Bio Solar的销售(案例研究:Klampis加油站泗水)
Pub Date : 2020-06-30 DOI: 10.54732/jeecs.v5i1.104
M. M. Putra, Rahmawati Febrifyaning Tias, Ayu Dwi Safitri
Along with the development and progress of current technology, fuel oil is one of the basic needs for both industry and transportation, demands will this fuel service becomes very important, and pertamina as the material provider fuel oil, must be able to guarantee the availability and smoothness of fuel products oil. The purpose of this study is to predict the amount of premium sales, pertalite, bio solar, Pertamax, and Pertamax turbo at Klampis Surabaya gas station for 2018 by using the forecasting method Exponential Moving Average ( EMA). Based on the results data processing carried out it can be concluded that the forecasting method that period 30 days are more accurate in predicting Premium, Pertalite, and Bio Solar 2018. And the 365 day period more accurate in predicting Pertamax, and Pertamax Turbo. Based on comparison of values MSE with MAPE, it can be concluded that using the MSE method to find values more good errors in this study. Based on the comparison of MSE values with MAPE, it can be concluded that using the MSE method to find better error valuesin this research.
随着当前技术的发展和进步,燃料油是工业和交通运输的基本需求之一,这种需求将燃料油的服务变得非常重要,而印尼石油公司作为燃料油的原料供应商,必须能够保证燃料油的可用性和畅通性。本研究的目的是利用指数移动平均(EMA)预测方法,预测2018年Klampis泗水加油站的溢价销售额、pertalite、生物太阳能、Pertamax和Pertamax涡轮的数量。通过对结果数据的处理,可以得出周期为30天的预测方法对Premium、Pertalite和Bio Solar 2018的预测更为准确。而365天周期在预测Pertamax和Pertamax Turbo时更为准确。通过比较MSE和MAPE的值,可以得出MSE方法在本研究中找到的值误差更大。通过MSE与MAPE的比较,可以得出MSE方法在本研究中可以找到更好的误差值。
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引用次数: 0
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JEECS (Journal of Electrical Engineering and Computer Sciences)
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