In recent years, companies around the world need to find new ways to reduce costs, increase productivity, improve product quality, and meet various customer demands. Each Distribution Center (DC) or warehouse is specifically designed to minimize costs in the company’s supply chain. Cross-docking is a logistics technique that eliminates storing and picking up items at warehouses. Cross-docking has several advantages compared to other product distribution strategies from both an economic and an environmental point of view. Cross-docking decisions are influenced by many factors such as the level of product demand, the cost of stock-outs, and the distance from suppliers to customers. This research builds a Decision Support System (DSS) that can help companies to ensure sustainability in the supply chain. This study assumes the demand is deterministic which is indicated by Economic Order Quantity (EOQ). This system can detect the time and quantity of certain items that experience cross-docks accurately. If the customers’demand cannot be fulfilled by the warehouse, then the goods are categorized as out of stock. By knowing the time and quantity of goods at the time of the cross-dock, the warehouse manager can make operational decisions quickly and accurately related to the resources such asoperators and forklifts.
As a government institution that performs tasks in the fields of meteorology, climatology, air quality and geophysics, BMKG (Meteorology, Climatology and Geophysics Agency) does not yet have an integrated information system to support each of its activities, such as instrumentation, engineering and calibration, observation, processing, dissemination, and service. The purpose of this study is to produce enterprise architecture design including business architecture, data architecture, technology architecture, and application architecture, and produce activity solutions and information system solutions that can help BMKG in developing its business processes. In this study, the framework of enterprise architecture design uses The Open Group Framework (TOGAF) with the Architecture Development Method (ADM) method. The results of this study, namely a proposed TOGAF model that is tailored to the business needs process of BMKG in designing enterprise architecture for IS / IT development.
This study aims to find interesting patterns on the database transaction so that it can be used as a recommendation sales promotion and inventory product. Companies have difficulty finding interesting transaction patterns in large databases, so it will be difficult to determine the right product promotions and inventory. To resolve these problems are to use data mining techniques with association rule. In previous studies, most studies adopt Apriori algorithm to analyze the association rules. In this study, the data mining technique used is the association rules algorithm FP-Growth. In the FP-Growth algorithm did generate candidates as in Apriori algorithm and using a development concept Tree in frequent itemset search so that it requires faster than Apriori. Some of the analyzes produced in this study are higher minimum support values and minimum trust used will result in fewer items and association rules. Association rule in this study has a lift ratio value of more than 1.00, meaning that item K and L are actually bought together. The higher the lift ratio produced shows the stronger the association rules are formed. The results of this study are the minimum confidence of 97.63%, the maximum trust is 99.37% and the lift ratio is 1,00013798. These results can be used as recommendations for optimizing product promotions and inventory.
Peran teknologi merupakan hal lumrah yang menjadi inovasi dalam bidang pendidikan. Perkembangan teknologi menuntut para pengajar dan pelajar untuk menjadi sumber daya manusia yang unggul untuk meningkatkan mutu pendidikan. Perkembangan mutu pendidikan tidak lepas dari keselarasan antara pemanfaatan teknologi dengan lembaga pendidikan. Blessing merupakan sebuah lembaga pendidikan nonformal yang menerapkan proses administrasi, absensi, penjadwalan kelas, pembelajaran secara manual dan penyimpanan berkas – berkas materi pembelajaran tidak terpusat. Diterapkannya sistem informasi akademik pada lembaga belajar Blessing akan mendukung kegiatan operasional yang masih dilakukan secara manual. Model pengembangan sistem menggunakan Mobile Application Development Life Cycle (MADLC) yang meliputi perancangan, pengembangan, dan pengujian yang sesuai untuk aplikasi mobile. MADLC memiliki tahapan – tahapan tertentu yaitu Identification, Design, Development, Prototyping, Testing, Deployment, Maintenance. Sistem akan dirancang menggunakan android studio dengan bahasa pemrograman Java dan database MySQL sebagai web server dengan PHP untuk mengambil data dari database, sedangkan pemodelan sistem terdiri dari desain ERD, UML, dan antarmuka. Penelitian ini bertujuan untuk merancang sebuah sistem informasi akademik untuk lembaga pendidikan Blessing yang dapat diakses melalui ponsel untuk menyempurnakan metode pembelajaran yang diterapkan saat ini sehingga penerapan pembelajaran tidak hanya bersifat konvensional, namun dapat dilakukan secara online melalui aplikasi mobile.
In carrying out duties in giving lectures, the lecturers receive services from the university and the department in charge to serve the needs of the lecturers at XYZ University is Academic Service (AS). This research intends to measure the satisfaction of the lecturers regarding the services provided by Academic Service of XYZ University. Data analysis tool used in this research is the Multiple Regression Analysis.The test results show that the responsiveness and assurance factors have dominant influence on lecturers’ satisfaction at XYZ University.The conclusion from this research is that the five factors of service quality together have significant effect on lecturers’ satisfaction at XYZ University. Ketwords: lecturers satisfaction, academic service quality
Sistem <em>inventory</em> merupakan suatu sistem yang bertujuan untuk memantau persediaan stok barang yang ada di gudang. Permasalahan yang ada di PT. TETAP PANAH MAS adalah belum tersedianya sistem <em>inventory</em> barang dan masih menggunakan buku untuk melakukan pencatatan stok barang sehingga dapat menyebabkan dokumen tidak tertata rapi, hilang, dan membutuhkan waktu untuk mencari dokumen. Maka dari itu, skripsi ini akan melakukan perancangan suatu sistem <em>inventory</em> berbasis web. Metode pengembangan sistem dalam website ini menggunakan metode waterfall yang terdiri dari lima tahapan yaitu requirements, design, development, testing, dan deployment. Akan tetapi pada penelitian ini tidak sampai pada tahapan deployment. Website ini dibangun menggunakan bahasa pemrograman PHP, dan <em>database</em> MYSQL. Hasil dari penelitian ini adalah sistem <em>inventory</em> berbasis web yang akan digunakan pada PT. TETAP PANAH MAS. Dalam website ini, staff gudang dapat mengetahui data stok barang, barang masuk, dan barang keluar. Penelitian ini juga menganalisis proses bisnis yang ada di perusahaan. Berdasarkan hasil penelitian ini, diketahui bahwa sistem <em>inventory</em> berbasis web dapat membantu perusahaan dalam pemantauan dan pencatatan stok barang, barang masuk, dan barang keluar sehingga kinerja karyawan dapat lebih maksimal.
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