Judul: An Analysis and Design of Mobile Information System for Performance Measurement and Control of Cup Filling Machine in PT X
Abstrak: Performance Analysis helps company for improving their performance. Total Productive Maintenance (TPM) confirms that improving performance can be achieved through integration of stakeholders in company. Cup filling line of PT X becomes the case study of this research. Cup filling line is one of most important part of PT X as food and beverages manufacturing company. Overall Equipment Effectiveness (OEE) is used for measuring the line’s performance as for machine’s condition assessment applies Fuzzy Associative Memory (FAM) based modeling. There were two mobile applications built in this research based on analysis and design toward Production Line 3 in PT X. The two application provided the environment to integrate the stakeholders, Production Division and Department of Engineering and IT. Production record during May to June 2014 was used to evaluate model and application. The result shows that average performance was 79.04% and machine ran fairly during May to June 2014. However, assessment model need to be improved and there was a bug appearing in application to be concerned.
Keyword: Fuzzy Associative Memory, Overall Equipment Effectiveness, Performance Measurement, Performance analysis, TPM, FAM, OEE, Production line, Information

Judul: Analisis dan Desain Sistem Informasi Mobile Bagi Pengukuran Produktivitas dengan Metode OEE pada Lini Produksi di PT.X
Abstrak: Productivity is one of company successful indicator in enhancing service quality to customer in producing goods and services. The method that used in this research was Overall Equipment Effectiveness (OEE). OEE as quantitative support productivity measure become the base of company continuous improvement. The aim of this study was to see critical parameters of production line in effectiveness measurement and machine utilization, analyzing requirement of information system based on mobile and then to design a mobile information system to help making preventive decision in production line. The OEE scores included three OEE ratios multiplication: availability, performance, and quality. The scores are inferred with fuzzy inference technique.The next production status is predicted with k-nearest neighbour and all constraints are ranked with RELIEF attribute selection algorithm. To ease the measurement and status reporting, the model supported pervasive access capabilities.
Keyword: OEE, productivity, mobile, k-nearest neighbour, attribte selection

Judul: Infectious laryngo tracheitis pada unggas
Abstrak: Infectious Laryngo Tracheitis merupakan penyakit pada unggas yang disebabkan oleh virus yang mempunyai sasaran saluran pernapasan bagian atas Penyebab penyakit Infectious Laryngo Tracheitis Univers (ILT) adalah virus yang termasuk kelompok virus Herpes sering disebut Tarpeia avium. Virus tersebut tersusun dari inti asam deoksi ribonukleat yang dilengkapi dengan pembung- kus yang merupakan derivat dari lemak serta mempunyai garis tengah antara 195-250 nano meter. Pada temperatur kamar virus tersebut dapat bertahan selama 15 hari dalam keadaan tanpa pengawetan. Virus penyebab Infectious Laryngo Tracheitis mempunyai kepekaan terhadap zat kimia golongan pelarut lemak seperti: phenol dan kresol. Induk semang definitip penyakit Infectious Laryngo Tracheitis adalah ayam, tetapi burung merak, itik dan kalkun pernah dilaporkan dapat terinfeksi. Mammalia dan golongan rodensia merupakan hewan yang tahan terhadap infeksi penyakit ini. Pada manusia penyakit Infectious Laryngo Tracheitis diduga mempunyai hubungan dengan timbulnya gangguan neuralgia yang bersifat sub-akut akibat infeksi virus Herpes jenis lain yang disebut virus Sub-acute Myelo Optico Neuropathi (virus SMON).
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