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The research aims to determine the application of the Raw Material inventory Accounting System at PT  Industri Kapal  ndonesia (Persero). The type of research used s descriptive qualitative. Data obtained through observation, interviews, and documentation. The research conducted from July to September 2021. The results showed that the accounting system for raw material inventory at PT Industri Kapal  Indonesia (Persero) has been effective, this can be seen by the existence of  interrelated functions. Then the  inventory recording method used  is the perpetual recording method and the FIFO (First  In First Out) valuation method. And the procedures that form the inventory system at PT Industri Kapal  Indonesia (Persero) are quite good because of the division of tasks and documents that can be accounted for.

Increasing the efficiency of closet products in sanitary ceramic companies by implementing lean manufacturing to increase company competition. The identification of problems found waste in the process of making the closet, namely the dominant waste of inventory (21.81%), overproduction (20.21%), and motion (18.87%). Resolving the types of waste in order to increase the efficiency of the process, the process of mapping tools is carried out to determine the type of tools that are in accordance with the dominant problem, obtained are process activity mapping (PAM) and supply chain response matrix (SCRM). Proposals for improvements that can be made to increase process efficiency are the addition of operator aids for reducing waste motion, drying time efficiency by adding a drying device at the bottom of storage. Inventory waste can be minimized by implementing a warehouse system using the FIFO method and forecasting production targets to handle overproduction. The increase in process cycle efficiency (PCE) was obtained by 3.15%.

Sisfo Monitoring of Goods Inventory in Shop Based on Visual Basic 6.0 Multiuser with FIFO method Studin Case in Cimory on the valley Ssemarang Regency is an information system created to overcome the problem of data processing which is still in manual bookkeeping so it takes a long time and results are inaccurate or recap The data does not even have data storage yet undatabase which results in easy data loss. The existing problems can be overcome by making Monitoring of inventory and making data storage information systems more secure and efficient. The design method of monitoring inventory of goods made using the R&D methodology, Flowchat, DFD, ERD and Normalization. The program used to create this application uses the programming language Microsoft Visual Basic 6.0 and MySQL as Database management. The results of this study indicate that the monitoring of inventory of goods applied in Cimory on the valley Semarang Regency can be used to solve data processing problems in the warehouse which include data data collection, data entry of goods, data collection of goods out, data collection of suppliers and customer data collection can make accurate reports , fast and efficient so that reports can be accounted for and the risk of loss of goods will be minimal.

Pengaduan sering menjadi salah satu permasalahan di perusahaan yang sangat berpengaruh terhadap kinerja karyawan dan perusahaan. Kurangya perhatian terhadap masalah yang terjadi diperusahaan, baik itu masalah kecil atau besar sangat memprihatinkan. Pada masa sekarang dengan semakin canggihnya teknologi permasalahan seperti pengaduan keluhan dapat diselesaikan dan diproses secara cepat. Untuk membantu konsumen yang mengalami masalah dan mengutarakan keluhannya melalui pengaduan. Maka dari itu dibuatlah Queue System Pengaduan Pelanggan Internet Service Provider (ISP) Menggunakan Metode First In First Out (FIFO) yang bertujuan untuk memudahkan pelanggan untuk melakukan pengaduan dan menyampaikannya kepada perusahaan. Sistem ini dibuat dengan menggunakan bahasa pemrograman PHP. Hasil dari penelitian ini adalah Sistem antrian pengaduan (Queue System) yang dapat memproses pengaduan pelanggan.

Ada beberapa keuntungan menggunakan NS sebagai perangkat lunak simulasi pembantu analisisdalam riset, NS dilengkapi dengan tool validasi. Tool validasi digunakan untuk menguji validitaspemodelan yang ada pada NS. Secara default, semua pemodelan pada ns akan dapat melewati prosesvalidasi ini. Jika ingin melakukan validasi terhadap pemodelan protocol yang ada pada library ns, dapatdilakukan dengan mengetikkan ./validate pada console saat pada direktori ns2.Network Simulator (NS) mensimulasikan jaringan berbasis TCP/IP dengan berbagai medianya. Dapatmensimulasikan protokol jaringan (TCPs/UDP/RTP), Trafic behaviour (FTP, Telnet, CBR, dan lain-lain),Queque management (RED, FIFO, CBQ) algoritma routing unicast (Distance Vector, Link State) danmulticast, (PIM SM, PIM DM, DVMRP, Shared Tree dan Bi Directional Shared Tree), aplikasi multimediayang berupa layered video, Quality of service video-audio dan transcoding. Ns juga mengimplementasikanbeberapa MAC (IEEE 802.3, 802.11), di berbagai media, misalnya jaringan wired (LAN, WAN, point topoint), wireless (seperti mobile IP, Wireless LAN), bahkan simulasi hubungan antar node jaringan yangmenggunakan media satelit.