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"This book focuses on novel design and systems engineering approaches, including theories and best practices, for promoting a better integration of people and engineering systems."

"Sistem Informasi Biological Diversity Universitas Indonesia adalah suatu sistem untuk mensurvei seluruh tanaman/tumbuhan yang berada di Kampus Baru Universitas Indonesia di Depok. Proses pencatatan informasi dapat dilakukan dengan melibatkan mahasiswa baru Universitas Indonesia untuk membuat daftar tanaman yang ada diseluruh kawasan kampus yang luanya mencapai 320 hektar. Setiap mahasiswa mendapatkan tugas untuk mensurvei tanaman dengan luas 100 m2. Pembagian letak koleksi untuk survei yang dilakukan oleh mahasiswa dapat dimasukkan ke sistem dan dilihat dari peta tanaman. Sistem dapat digunakan untuk menentukan koordinat X dan Y untuk posisi survei setiap mahasiswa. Dalam sistem informasi biological diversity ini menggunakan Google Earth untuk memvisualisasikan peta. Metodologi yang digunakan dalam pelaksanaan sistem informasi ini adalah Proses Model Waterfall dan menggunakan Unified Modeling System (UML) untuk pemodelannya. Untuk implementasi dilakukan dengan menggunakan script language PHP versi 5.2.9 + PEAR dan basis datanya menggunakan MySQL-phpMyAdmin versi 3.1.3.1. Sistem informasi biological diversity ini berjalan dengan baik (rata-rata skala 3 dari skala 4). Untuk mahasiswa berpendapat bahwa tampilan untuk koleksi, family, genus, nama tanaman, detail koleksi, peta tanaman menilai menilai sistem informasi baik (rata-rata skala 3 dari skala 4).

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Biological Diversity Information system of University of Indonesia is a system for surveying the whole plants in the New Campus of University of Indonesia in Depok. The process of information record can be done by involving the new students of University of Indonesia to create a list of plants in a particular area. For example, every student got a duty to survey the plant with an area of 100 m2. The distribution of location assign to students can be seen done use the system and can be inputted the system and can be viewed using the map of plant. This system determines X and Y coordinates for each student. In this Biodiversity Information System we use Google Earth to visualize the map. The methodology used in the implementation of information system is the waterfall process model and use Unified Modeling Language (UML) for modeling. The system is implemented using the scripting language PHP version 5.2.9 + PEAR and MySQL-database using phpMyAdmin version 3.1.3.1. The testing of the system by the users record the data collections of the plant based on the coordinates in the campus area generate some response. Of the common visitor response to the biological diversity of information systems that the avarage user rate is good enough (the average scale of 3 on the scale 4). For students argued that the display for the collection, family, genus, plants name, details of collections, maps crop information system to assess rate is good enough (the average scale of 3 on the scale 4)."

"ABSTRAKBanyak negara telah mengimplementasikan BIM dalam memajukan sektor indusri kontruksi. BIM merupakan generasi baru dari CAD yang mempermudah proses kontruksi dan terbukti dinegara maju BIM mampu meningkatkan produktivitas dan nilai dari proyek kontruksi. Namun di Indonesia masih sangat sedikit pengguna BIM, sehingga perusahaan harus mempersiapkan strategi untuk implementasi BIM.Dalam penelitian dilihat dari sudut pandang developer telah dilakukan identifikasi mengenai kendala dan strategi yang telah di terapkan dalam proses implementasi BIM oleh salah satu developer di Indonesia dengan cara penyebaran kuisioner terbuka dan wawancara mendalam. Kemudian hasil dari identifikasi tersebut dikembangkan kembali dengan studi literature yang hasilnya digunakan untuk membuat urutan strategi implementasi BIM dibantu dengan instrument kuisioner tertutup. Hasil dari pembuatan urutan tersebut di olah kembali menjadi skema implementasi BIM yang bertujuan untuk menjadi acuan oleh developer di Indonesia dalam implementasi BIM.

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ABSTRACT

Many countries have had BIM implementation in construction industry. BIM is new generation of CAD that simplify the process and has proven in developed countries BIM is able to increase productivity and value of construction projects. Howeer in Indonesia BIM user is very rare. Some company has to prepare the strategy for BIM implementation.

This research has looked by the perspective of developer, researcher identified the strategis to resolve constraint that have been applied in implementation processes of BIM by one of developer in Indonesia. Then the result of identification are developed and be adapted with study literature and the result would use as a input to create sequence of process aided by questionnaire. The sequence of process that have created by the researcher , will use to develope the scheme of BIM implementation that aim to be a reference for developers in Indonesia as guidance to implement BIM."

"[Lapangan Brian terletak pada bagian selatan Delta Mahakam dengan struktur geologi antiklin dengan sesar. Setelah 40 tahun diproduksi, lapangan ini memerlukan strategi pengembangan lapangan yang baru untuk meningkatkan produksi. Zona dangkal merupakan kandidat kuat untuk target produksi selanjutnya. Untuk merencanakan strategi pengembangan lapangan selanjutnya, diperlukan pemahaman karakterisasi reservoir & cadangan estimasi yang baik, penelitian inimengusulkan metode yang mengintegrasikan geofisika, petrofisika danpemodelan reservoar. Langkah-langkah penelitian yang telah dilakukan antara lain; 1) rekonstruksi struktur geologi bawah permukaan sebagai referensi pemodelan struktur 3 dimensi, 2) rekonstruksi distribusi facies dan zona prospek hidrokarbon menggunakan atribut RMS dan Analisis AVO, (3) perhitungan volume hidrokarbon. Hasil dari analisis AVO dapat menunjukkan respon gas yang cukup jelas pada reservoar E10-3, selanjutnya peta penyebaran facies batupasir channel diinterpretasi dengan menggunakan atribut RMS seismik. Dengan pemodelan numerik reservoar pada reservoar E10-3 didapatkan cadangan gas yang ekonomis. Berdasarkan analisis AVO & pemodelan numerik reservoar, optimalisasi target sumur baru dapat dilakukan pada reservoar E10-3 di kedalaman -1000 mdpl agar dapat meningkatkan produksi hidrokarbon Lapangan Brian khususnya zonadangkal.;Brian Field is located in the southern part of the Mahakam Delta with geological structure of anticline with fault. After 40 years of production, this field requires field development of new strategies to improve production. Shallow Zone is a strong candidate for the next production targets. To plan a strategy of further field development, reservoir characterization and understanding required reserve estimates are good, this study proposes a method that integrates geophysical, petrophysical and reservoir modeling. The steps ofresearch that has been conducted, among others; 1) reconstruction of the subsurface geological structure as the reference for the 3-dimensional modelling, 2) reconstruction of the facies distribution and hydrocarbon prospects Zone using RMS attributes and RMS AVO analysis, (3) calculation of hydrocarbon volumes. The results of the AVO analysis can show quite clearly that the gas response on the E10-3 reservoir, and then channel sandstone facies map distribution interpreted by using RMS seismic attributes. With reservoir numerical modeling in reservoir E10-3, resulting an economical gas reserves.Based on AVO analysis and numerical reservoir modeling, optimization targets new well can be done on Reservoir E10-3 in depth -1000mTVDSS in order to increase the production of hydrocarbons, especially Shallow Zone Brian Fields, Brian Field is located in the southern part of the Mahakam Delta with geologicalstructure of anticline with fault. After 40 years of production, this field requiresfield development of new strategies to improve production. Shallow Zone is astrong candidate for the next production targets.To plan a strategy of further field development, reservoir characterization andunderstanding required reserve estimates are good, this study proposes a methodthat integrates geophysical, petrophysical and reservoir modeling. The steps ofresearch that has been conducted, among others; 1) reconstruction of thesubsurface geological structure as the reference for the 3-dimensional modelling,2) reconstruction of the facies distribution and hydrocarbon prospects Zone usingRMS attributes and RMS AVO analysis, (3) calculation of hydrocarbon volumes.The results of the AVO analysis can show quite clearly that the gas response onthe E10-3 reservoir, and then channel sandstone facies map distributioninterpreted by using RMS seismic attributes. With reservoir numerical modelingin reservoir E10-3, resulting an economical gas reserves.Based on AVO analysis and numerical reservoir modeling, optimization targetsnew well can be done on Reservoir E10-3 in depth -1000mTVDSS in order toincrease the production of hydrocarbons, especially Shallow Zone Brian Fields]"

"This volume addresses recent developments in mathematical modeling in three areas of optical science: diffractive optics, photonic band gap structures, and waveguides. Particular emphasis is on the formulation of mathematical models and the design and analysis of new computational approaches. The book contains cutting-edge discourses on emerging technology in optics that provides significant challenges and opportunities for applied mathematicians, researchers, and engineers.Each of the three topics is presented through a series of survey papers to provide a broad overview focusing on the mathematical models. Chapters present model problems, physical principles, mathematical and computational approaches, and engineering applications corresponding to each of the three areas. Although some of the subject matter is classical, the topics presented are new and represent the latest developments in their respective fields."

"The new edition's expanded use of applications makes this book ideal for advanced students and researchers in psychology, education, business, health care, political science, sociology, and biology. A basic understanding of correlation is assumed and an understanding of the matrices used in SEM models is encouraged for the more advanced SEM models."

"Integrasi rantai suplai delivery mobil di Indonesia dan kontribusinya dalam menunjang keunggulan kompetitif rantai suplai belum banyak di teliti oleh peneliti kontenporer di indonesia. Permodelan rantai suplai dengan sistem dinamis ditujukan untuk memahami perilaku dari  sistem sehingga dapat menunjang aktivitas analisa problem, dan menunjang proses perbaikan rantai suplai agar tercipta rantai delivery mobil yang efektif dan efisien di Indonesia. Dengan membangun model dan menganalis hasil simulasi di dapatkan sebuah konseptual model yang menunjukan peranan Integrasi sistem informasi, dan integrasi penggunaan fasilitas bersama di antara pabrik, distributor, pelabuhan, gudang mobil, dan outlet penjualan mobil terhadap penurunan waktu tempuh dan penurunan stok dalam rantai suplai. Hasil simulasi ini diharapkan dapat memberikan dukungan ilmiah dalam proses pengambilan keputusan  maupun proses desain strategi rantai suplai deliveri mobil  yang efektif dan effisien di Indonesia.

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Cars supply chain Integration in Indonesia and its contribution to supporting supply chain competitive advantage has not been widely studied by contemporary researchers in Indonesia. Supply chain modeling with a dynamic sistem aims to understand the behavior of the sistem. With understanding sistem behavior will support problem analysis activities, and support the supply chain improvement process in order to create an effective and efficient vehicle supply chain in Indonesia. By building a model and analyzing simulation results, a conceptual model produced to shows the role of information sistem integration, and the integration of shared facilities between factories, distributors, ports, car warehouses, and car sales outlets in order to reduce delivery time and decrease stock in the supply chain. This study produces a casual loop diagram model for explaining the structure of the sistem so that it can support the supply chain company in the decision making process and supply chain strategy design process in Indonesia."