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"ABSTRACTThe typical business processes in building material equipment manufacturing enterprises are analyzed, and the framework and functional models of the tracking system for building material equipment manufacturing enterprises in the order lifecycle are presented. Based on the model, using a mobile agent and XML technology, the order tracking systems framework is built for building material equipment manufacturing enterprises based on a mobile agent in the Aglet platform. The key technologies in the process of tracking the order lifecycle are introduced in detail. Finally, a prototype system is developed and used in an enterprise successfully, verifying the feasibility and availability of the system."

"Reconfigurable Manufacturing Systems (RMS) adalah sistem manufaktur yang mempunyai kemampuan mengkonfigurasi ulang hardware, software dan pusat kontrol pada level fungsional dan organisasional supaya secara cepat menyesuaikan kapasitas dan fungsionalitas produksi sebagai respon terhadap pasar atau syarat pengaturan sistem yang berubah secara tiba-tiba. Tesis ini membahas mengenai pengembangan model simulasi RMS dalam rangka perancangan RMS yang dilihat berdasarkan hasil produksi dan penggunaan waktu produksi. Model ini dibuat dengan menggunakan metode simulasi berorientasi objek. Dari hasil simulasi dan analisis model dapat disimpulkan bahwa model simulasi RMS ini telah mengandung kaidah dari keenam karakteristik RMS (scalability, convertibility, integrability, modularity, customization dan diagnosability) sehingga dapat digunakan sebagai alat bantu dalam rangka perancangan dan penerapan RMS pada industri manufaktur.

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Reconfigurable Manufacturing Systems (RMS) is a manufacturing system that has an ability to reconfigure hardware, software and control resources at all on the functional and organizational levels, in order to quickly adjust production capacity and functionality in response to sudden changes in market or in regulatory requirements.

This thesis discusses the development of simulation model in order to design the RMS which is observed based on the production result and the use of production time. This model was made by using the method of object-oriented simulation.

From the results of simulation and analysis models can be concluded that the RMS simulation model already contains the rules of the six characteristics of RMS (scalability, convertibility, integrability, modularity, customization and diagnosability) so it can be used as a tool in the design and implementation of RMS in manufacturing industry."

"Degan perkembangan dunia informasi dan teknologi yang sangat pesat mendorong manusia untuk menciptakan sistem simulasi. Sistem simulasi ini bisa digunakan untuk mensimulasikan dunia manufacturing. Untuk membuat simulasi ini menjadi terasa natural maka digunakanlah hand tracking dan hand recognition sebagai media inputnya. Skripsi ini membahas implementasi algoritma SURF, CAMSHIFT dan Convex Hull untuk melakukan Hand Tracking dan Hand Recognition. Input yang diberikan berupa koordinat telapak tangan kemudian sistem akan melakukan tracking dengan membuat boundaries segi empat. Kemudian dilakukan pemisahaan antara citra tangan dan background pada boundaries tersebut. Setelah itu dilakukan perhitunngan pengolahan citra untuk menentukan pose dari tangan tersebut. Hasil akir dari penelitian ini adalah sistem yang akan melakukan tracking dan recognition kemudian mengirimkan hasilnya ketahap berikutnya untuk dilakukan simulasi.

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Development of information and technology very rapidly encourage people to create a simulation system. This simulation system can be used to simulate the manufacturing field. To make this simulation become more naturaly it is used hand tracking and hand recognition as input device. This thesis discusses the implementation of SURF, CAMSHIFT and Convex Hull algorithms for Hand Tracking and Hand Recognition. Input given in the form of palm coordinates then the system will do the tracking by creating boundaries rectangle. Then separated between the hand image and the background on the boundaries. After that done calculate image processing to determine the pose of the hand. The result of this research is a system that will perform tracking and recognition and then send the result next stage to be simulated."