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All Journal International conference on Information Technology and Business (ICITB) jurnal Teknologi Informasi Magister
Rosandy, Triowali
IBI Darmajaya
Computer Science & IT Economics, Econometrics & Finance

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PERBANDINGAN METODE NAIVE BAYES CLASSIFIER DENGAN METODE DECISION TREE (C4.5) UNTUK MENGANALISA KELANCARAN PEMBIAYAAN (Study Kasus : KSPPS / BMT AL-FADHILA Rosandy, Triowali
244-5567
Publisher : IBI Darmajaya

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Abstract

One of the classification algorithms are frequently used and got a lot of attention of researchers in predicting the financing problems in banking is Clasifier Naive Bayes and Decision Tree (C4.5). But the disadvantages faced on both these algorithms is the duration and degree of prediction accuracy which is used to make predictions. This issue is also of concern to many researchers to fix it so that the performance time and the prediction accuracy is becoming shorter but performance remains good accuracy. Because of these conditions, the two algorithms are we going badingkan of rate Accuracy and performance prediction of time to improve performance. Step-by-step analysis of the financing method Clasifier Naive Bayes is to count the number of class / label, count the number of the same case with the same class, multiply all variable results, comparing the results with the results of the largest class will be used as a decision. Method of Decision Tree (C4.5) is one of the algorithms used to perform the classification or segmentation or clustering and predictive. Step-by-step analysis of the financing with this method is to select the attributes as root and create a branch for each value continue to divide the case into a branch and repeat the process for each branch until all cases the branches have the same class. Results of analysis of both methods are compared to see the ease of use and accuracy of calculation of foreign respective algorithms. From calculations that have been in trials it shows that the method Decision Tree (C4.5) has a higher degree of accuracy and efficiency in a faster time than the method Naive Bayes classifier.Keywords: Financing, Classifier, Decision Tree, C4.5, Naive Bayes.
DESIGN OF DIGITAL PRAYER CLOCK BASED ON RASPBERRY PI 3 Setyawan, Dodi Yudo; Rafiq, M; Rosandy, Triowali; -, Suratno
Prosiding International conference on Information Technology and Business (ICITB) 2018: INTERNATIONAL CONFERENCE ON INFORMATION TECHNOLOGY AND BUSINESS (ICITB) 4
Publisher : Prosiding International conference on Information Technology and Business (ICITB)

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Abstract

Prayer is an obligation that must be carried out by every Muslim, at least five times a day a night is obliged to pray. The time was determined according to the Qur'an and the hadith of the Prophet. Every Muslim must know the prayer times precisely and specifically for the muezzin to proclaim the call to prayer. Determining prayer times is largely dependent on the position of the sun on the earth. This certainly makes it difficult to determine the exact prayer time, therefore it is necessary to build a system that is able to determine and display prayer times precisely based on raspbarry pi3. Determination of prayer times is based on the position of longitude and latitude of the earth according to real time and altitude. Built using lazarus programming language with free pascal compiler. The system can determine and display prayer times precisely.Keywords: Prayer, digital, raspberry
Co-Authors M Rafiq Setiawan, Dodi Yudo Suratno -, Suratno