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"The book presents several highly selected cases in emerging countries where the production-logistics systems have been optimized or improved with the support of mathematical models. The book contains a selection of papers from the 5th International Conference on Production Research (ICPR) Americas 2010 held on July 21-23 in Bogotá, Colombia. The main topic of the conference was “Technologies in logistics and manufacturing for small and medium enterprises” which is perfectly aligned with the realities of emerging countries. The book presents methodologies and case studies related to a wide variety of production/logistics systems such as diary production, auto parts, steel and iron production, and financial services. "

"This book constitutes the thoroughly refereed post-conference proceedings of the International IFIP WG 5.7 Conference on Advances in Production Management Systems, APMS 2011, held in Stavanger, Norway, in September 2011. The 66 revised and extended full papers were carefully reviewed and selected from 124 papers presented at the conference. The papers are organized in 3 parts: production process, supply chain management, and strategy. They represent the breadth and complexity of topics in operations management, ranging from optimization and use of technology, management of organizations and networks, to sustainable production and globalization. The authors use a broad range of methodological approaches spanning from grounded theory and qualitative methods, via a broad set of statistical methods to modeling and simulation techniques."

"Proses produksi adalah salah satu proses yang dimiliki oleh perusahaan manufaktur, proses ini bertujuan untuk mengubah barang mentah menjadi barang jadi. Dibutuhkan sebuah sistem untuk membantu pelaksanaan dan pencatatan pada proses produksi pada suatu perusahaan manufaktur, sistem ini termasuk ke dalam supply chain management (SCM). Setiap perusahaan manufaktur memiliki kebutuhan sistem yang berbeda-beda sesuai dengan model bisnis yang dimiliki oleh setiap perusahaan manufaktur. Dari perbedaan kebutuhan tersebut, dibutuhkan metode pengembangan yang dapat mengidentifikasi dan mengaplikasikan kemiripan (commonality) dan keunikan (variability) dari setiap kebutuhannya agar dapat dikembangkan sebuah sistem yang dapat memenuhi semua kebutuhan yang berbeda dan lebih efisien secara pengembangan. Metode pengembangan yang dapat memenuhi kebutuhan tersebut ada metode software product line engineering (SPLE). SPLE menawarkan pendekatan mass customisation dengan mengelompokkan commonality dan variability dari sistem yang akan dibuat. Implementasi SPLE dapat dilakukan dengan bahasa pemodelan Abstract Behavioral Specification (ABS) dengan paradigma delta oriented programming, teknologi ini digunakan oleh platform SPLELive dalam pengembangan perangkat lunak. Penelitian ini bertujuan untuk mengimplementasikan pendekatan SPLE terhadap sistem proses produksi pada perusahaan manufaktur agar nantinya tersedia reusable artifact yang dapat digunakan dalam mengembangkan sistem SCM. Pada penelitian ini, dilakukan pengidentifikasian terhadap commonality dan variability menggunakan tools yang dimiliki oleh metode SPLE untuk membentuk desain aplikasi dalam bentuk feature model. Dari desain aplikasi yang sudah dibuat, dilakukan realisasi feature model dengan menggunakan ABS microservices framework untuk mengimplementasikan core module dan delta module. Penelitian ini berhasil mengimplementasikan pendekatan SPLE dalam mengembangkan sistem proses produksi perusahaan manufaktur dan dapat dihasilkan 30 produk sistem proses produksi berbeda.

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The production process is one of the essential processes in a manufacturing company, this process converts raw materials into finished goods. A system is needed to record the production process in manufacturing company, this system is a part of supply chain management (SCM). Each manufacturing company has different system requirements based on the business model being used by each company. From these different requirements, a development method is needed to identify and to apply the commonality and variability between these requirements in order to develop a system that can meet all these requirements and can be developed more efficiently. Software product line engineering (SPLE) is a software development method that can be used to develop a system by taking advantage of the commonality and variability that exist on the requirements of several products. SPLE offers a mass customisation approach by classifying the commonality and variability from the requirements needed to build a system. Implementation of SPLE can be done with Abstract Behavioral Specification (ABS) modeling language with the delta oriented programming paradigm. These technologies are used by SPLELive to develop softwares. This study aims to create reusable artifacts by implementing SPLE for the production process system in manufacturing companies. In this study, the identification of commonality and variability will be carried out by the tools offered by SPLE method to form the application design in the form of feature model. The implementation of the application design is realized by implementing the realization of the feature model using ABS microservices framework to implement the core modules and the delta modules. This study successfully implemented the SPLE approach in developing a production process system for manufacturing company, and from this development, a system can be produced from 30 different products of production process system."

"This book discusses the latest advances in manufacturing and process control, with a special emphasis on digital manufacturing and intelligent technologies for manufacturing and industrial processes control. The human aspect of the developed technologies and products, their interaction with the users, as well as sustainability issues, are covered in detail. Development of new products using 3D printers, rapid prototyping systems, remote fabrication, and other advanced techniques, is described in detail, highlighting the state-of-the-art and current challenges. Other key topics include digital modeling systems and additive manufacturing, together with their applications in a number of fields, e.g in bioengineering/biomedicine, in the aerospace, maritime and military fields or for archeological and historical purposes, such as preserving structures, but not limited to this. The book is based on three AHFE 2018 affiliated conferences i.e. the AHFE 2018 International Conference on Advanced Production Management and Process Control, the AHFE 2018 International Conference on Human Aspects of Advanced Manufacturing, and the AHFE 2018 International Conference on Additive Manufacturing, Modeling Systems and 3D Prototyping, which were held on July 21-25, 2018, in Orlando, Florida, USA."

"2012 International Conference on Environment Science and 2012 International Conference on Computer Science (ICES 2012/ICCS 2012) will be held in Australia, Melbourne, 15‐16 March, 2012.Volume 2 contains some topics in intelligent system. There are 51 papers were selected as the regular paper in this volume. It contains the latest developments and reflects the experience of many researchers working in different environments (universities, research centers or even industries), publishing new theories and solving new technological problems.The purpose of volume 2 is interconnection of diverse scientific fields, the cultivation of every possible scientific collaboration, the exchange of views and the promotion of new research targets as well as the further dissemination, the diffusion of intelligent system, including but not limited to intelligent system, neural networks, machine learning, multimedia system and applications, speech processing, image & video signal processing and computer‐aided network design the dispersion. "

"The conference aims at forming a unique platform to bring together academicians and practitioners from industrial engineering and management engineering as well as from other disciplines working on production function applying the tools of operational research and production/operational management. Topics treated include: computer aided manufacturing, industry 4.0, big data and analytics, flexible manufacturing systems, fuzzy logic, industrial applications, information technologies in production management, optimization, production economy, production planning and control, productivity and performance management, project management, quality management, risk analysis and management, supply chain management."