Judul: Rancang Bangun Sistem Intelijensia Bisnis Untuk Agroindustri Susu Skala Menengah Di Indonesia
Abstrak: Sistem intelijensia bisnis dapat berperan serta sebagai alat untuk memberikan informasi yang akurat dan berguna bagi pengambil keputusan dalam batas waktu yang ditentukan untuk mendukung pengambilan keputusan dalam agroindustri susu. Business Intelligence (BI) atau Intelijensia Bisnis adalah model matematika dan analisa metodologi eksploitasi data yang tersedia untuk mendapatkan informasi dan pengetahuan yang berguna dalam proses pengambilan keputusan yang kompleks. Intelijensia Bisnis adalah kombinasi dari data warehouse dan sistem intelijen. Tujuan dari penelitian ini adalah untuk mengembangkan analisa dan disain sistem berorientasi objek untuk menghasilkan data warehouse yang digunakan dalam operasional Sistem Intelijensia Bisnis, mengembangkan model kualitas berdasarkan logika fuzzy; mengembangkan model CRM (Customer Relationship Management) dengan metode OLAP Cube; membuat model dan formulasi rule dari penerimaan kredit sapi bergulir dengan teknik klasifikasi dengan algoritma decision tree dari Data Mining; mengintegrasikan, mengevaluasi kinerja dan menguji coba model-model Sistem Intelijensia Bisnis. Pendekatan sistem ini digabung dengan Rancang bangun sistem Intelijensia Bisnis dari Vercellis (2009) yang terdiri dari 4 tahap sehingga didapatkan Prototipe Sistem BI bagi Agrindustri Susu Skala Usaha Kecil dan Menengah. Metode penelitian yang digunakan merupakan kombinasi untuk mengembangkan penelitian intelijensia bisnis yaitu Unified Modeling Language (UML), Fuzzy, FMEA, Cube, OLAP, Data Mining, Decision Tree, ETL (Extract, Transform, Load) dan Data Warehouse. Model datawarehouse didukung oleh proses ETL. Analisa kebutuhan sebagai dasar dari pengembangan sistem intelijensia bisnis untuk agroindustri susu skala menengah telah dibuat dengan menggunakan analisa berorientasi objek dengan unified modeling language (UML). Analisa dimulai dengan pembuatan diagram Class yang dilanjutkan dengan Physical Data Model (PDM) yang akan menjadi dasar pembuatan data warehouse untuk operasional sistem intelijensia bisnis. Model Business Intelligence (BI) adalah integrasi antara model cube, sistem fuzzy, data mining, data warehouse dan ETL akan membantu untuk menghasilkan sistem yang lebih cepat dan efisien. Disain BI berisi model CRM (Customer Relationship Management), model kualitas dan model pembiayaan kredit. Model pembiayaan berdasarkan metode decision tree data mining berperan untuk mengambil keputusan peternak mana yang layak mendapatkan kredit sapi bergulir. Model CRM (Customer Relationship Management) berperan untuk menentukan segmentasi konsumen. Kapabilitas sub model CRM berdasarkan metode RFM (Recency Frequensi Monetory) dan CLV (Customer Lifetime Value) dengan metode OLAP cube dengan Ranking CLV (Customer Lifetime Value) untuk Industri Pengolahan Susu adalah untuk menentukan konsumen potensial. Dari model CRM ranking tertinggi adalah PT.FFI, yang v berarti merupakan konsumen IPS prioritas pertama yang harus diperhatikan. Model Kualitas berdasarkan metode fuzzy failure mode effect analysis menghasilkan FRPN (Fuzzy Risk Priority Number) tertinggi dari koperasi susu di Jawa Barat sebesar 692 yaitu kandungan Total Plate Count (TPC) lebih besar dari 1 juta/ml. Keseluruhan model diintegrasikan dalam sebuah kerangka analisis dalam bentuk prototype Sistem Intelijensia Bisnis Agroindustri Susu (SIBAS). Peran Sistem Intelijensia Bisnis dalam penelitian ini membuat mengembangkan database menjadi data warehouse dan mengintegrasikan model perkreditan dengan metode data mining decision tree, model kualitas dengan metode fuzzy dan model CRM dengan metode OLAP Cube, agar dapat meningkatkan kepuasan pelanggan dan stakeholder, mendukung keputusan secara intelijen, mengembangkan alat-alat pendukung keputusan, dan membuat optimisasi dan pengembangan model.
Keyword: Business Intelligence (BI), Unified Modeling Language (UML), Fuzzy, FMEA (Failure Mode Effect Analysis), OLAP (Online Analytical Processing), Cube, Recency Frequency Monetory (RFM), Data Mining, Decision Tree

Judul: Sistem Informasi Eksekutif Untuk Perencanaan Pengembangan Agroindustri Susu.
Abstrak: Milk is a strategic commodity consumed by Indonesian citizens from toddlers until old one. However, in reality milk production in Indonesia is very low and could not fulfill existing demand. Governments have imported this commodity in a huge amount, of about 70% of milk required in Indonesia. An integrated system is required to help users, particularly business executives in the field of agroindustry milk. The purpose is to provide useful information as consideration source and reference for them to study or investigate the planning and decision for development, executives will be able to make decision quickly, precisely, and accurately. The scope of this research is in West Java and its districts, as the center of the milk business. In addition, the scope for commodities discusses including cheese, butter, yoghurt, fresh milk, and powder milk. This research methodology consisted of three steps, were analyzing, designing/prototyping used a function directional decomposition (DFD/Data Flow Diagram), and prototyping system consisting of design, implementation, and verification system. Executive information system (EIS) contains are critical success factor needed to identify the needs of executive, drill down capability that can provide detailed information of the displayed summary, and graphical user interface that displays the interface in the form of graphs. This work was called as Exemil 1.0 which had six informations reviewed, consisted of farming/livestock, marketing, production-consumption, production planning, location development, and financial feasibility information. The development of GUI consisted of two types of graph that appeared in the monitoring report Exemil 1.0, were the shape of a bar graph that displayed threedimensional development of agroindustry and speedometer which showed the percentage growth rate agroindustry milk. The result is conducted to see an appropriate output with a comparison tool. One of verification is carried out on PPIC subsystem. From these data, obtained output forecast demand. Output generated by Microsoft Excel 2007 by using the five methods of time series are single moving average: 610750 kg, double moving average: 621687 kg, single exponential smoothing: 612281 kg, Brown’s method: 613651 kg, and Holt’s method: 588708 kg. While the output generated by Exemil 1.0 was 610750 kg. The result was the same with one of the techniques using Excel 2007. For implementation purposes, Exemil 1.0 is an integrated system of milkbased agroindustry in West Java that allows executives to make decision easier, but still needed
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Judul: Photovoltaic Effect In A CdS/P3HT-Chitosan Junction
Abstrak: A CdS/Polymer junction has been fabricated and it’s photovoltaic effect has been studied. The polymer is a blend of poly-3hexyltiophene (P3HT), chitosan and polyethileneglicol (PEG). Boron in situ doping of CdS using Chemical Bath Deposition (CBD) was investigated. The effect of B-doping and annealing on optical properties as well as on electrical and morphology of CdS film were studied. The structure and morphology of the film were detected by XRay Diffraction (XRD) and Scanning Electron Microscopy (SEM). The polymer film was sandwiched between the CdS semiconductor and an ITO glass to form an ITO/CdS/Polymer/ITO photovoltaic cell. Time constant (τ) and open circuit voltage (Voc) were investigated by using voltage censor. The bandgap of films were determined using absorbance edge method. The results of annealing optical bandgap of undoped CdS shifted from 2,49 eV down to 2,39 eV. Phase transition of CdS due to annealing temperature and induced lattice damage due to doping. The room temperature conductivity of polymer is 3,8 – 6,6 x 10-7 S/cm as function of frequency between 100 – 5000 Hz. The Voc of the fabricated cells ranges between 107 – 286 mV and time constant ranges between 2,5 to 43,75 s.
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