DECISION DESIGN SYSTEM FOR SELECTING PROMOTIONAL MEDIA AT SMA N 1 BANYUMAS USING ANALITYCHAL HIERARCHY PROCESS METHOD
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Abstract
Promotion is currently a very important thing in a business in the company. Competition with other providers of goods and services is the main reason for carrying out promotional activities in a company. Schools as educational service providers need to learn and have initiatives to increase customer (student) satisfaction, because education is a circular process that influences each other and is sustainable. Therefore, an education services marketing strategy is needed to win competition between schools and to increase the acceleration of improving the quality and professionalism of school management. The Decision Support System was created to assist users in making decisions. This research was conducted to create a decision support system for selecting promotional media at SMA N 1 BANYUMAS
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References
[2] Novaliendry Dony (2009) Application of the Use of the Promethee Method in a Decision Support System for Determining Promotional Media. STMIK INDONESIA
[3] Agustina Chandra, (2012) Selection of Promotional Media Using the AHP Method, BSI MAGELANG.
[4] Suhud, Dwiyatno Shaleh (2014) Analysis of Supporting Decisions in Determining Promotional Media for New Student Admissions at Serang Raya University Using the AHP Method.
[5] Firdausa, Wibawa Aji Prasetya & Pujianto Utomo. (2016). School Selection Decision Support System Model Using the SAW Method. Information Technology and Multimedia National Seminar 2016
STMIK AMIKOM Yogyakarta
[6] Sutini, Muslihudi Muhammad. Decision Support System in Determining the Best Quality Bricks in the Pringsewu District Using the SIMPLE ADDITIVE WEIGHTING METHOD.
[7] Haryani Evi, Widiastuti Nurul. Decision Making System for Selection of Outstanding Students at Vocational High School (SMK) Ma'arif 1 Kalirejo Using the AHP Method