Judul: MySQL and XML as Data Storage Format for Wireless Application Protocol based on Content Management System.
Abstrak: Nowdays, the development of Wireless Application Protocol based on Content Management System is still less because CMS usually developed for web desktop. The mayor problem of WAP based on CMS is the web developer difficult to decide the best format of data storage. Therefore, this research is aimed to develop WAP based on CMS and apply it to mobile website of Computer Science Department with a better data storage format. This research built two CMS which had a different data storage format, there are CMS with database MySQL and CMS with XML technology. Further in this research compared the response time or performance of each CMS. The response time included testing of identification time, searching time, and process adding data time. The result from response time showed that CMS with database MySQL had good performance of identification time, searching time, and process adding data time than CMS with XML technology. So information and mobile website data management can be done easier, faster, and more flexible by CMS which use database MySQL as data storage format. Keywords: MySQL, XML, Content Management System, Wireless Application Protocol, response time.
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Judul: Using WURFL (Wireless Universal Resource File) for client device detection and CMS (Content Management System) on m-learning development
Abstrak: Nowdays, most of the existing learning content has been designed for desktop computers and is not suitable for mobile devices with limited resources and computing capabilities. The main problem is that the screen size of mobile devices (cell phone, smart phone or PDA) is smaller than the screen size of desktop devices (personal computer or laptop). Therefore, we need to create a customized presentation for both types of devices to make learner feel comfortable when they learn. This paper presents an architecture to provide a good adaptation results for both types of devices. The architecture consists of two parts, the detection engine and the adaptation engine. The detection engine is responsible for detecting the client device based on devices capabilities provided by WURFL (user-agent, screen size, etc) and the adaptation engine is responsible for providing layout adaptation based on the results of detection and the requested content. The adapted content will be sent to the client by the server. Finally, the architecture has been successfully implemented in a website called KSB (Kasih Sayang Bunda) and also the CMS for managing articles. The system can also be continually updated to provide a good adaptation in the future. Key words: M-learning , WURFL, User-agent, Adaptation, CMS.
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Judul: Pembuatan Isoeugenol dari Eugenol Menggunakan Pemanasan Gelombang Mikro
Abstrak: Indonesia merupakan salah satu penghasil minyak cengkeh terbesar di dunia. Pasokan minyak cengkeh Indonesia ke pasar dunia mencapai 60% kebutuhan dunia. Pada tahun 2000, dari 2,080 ton minyak cengkeh yang dipasarkan, Indonesia memasok 1,317 ton (Deptan, 2005). Di negara-negara industri seperti Amerika Serikat, Perancis, Jerman, Italia, dan Inggris, minyak cengkeh digunakan sebagai bahan baku untuk membuat isolat eugenol dan derivatnya seperti isoeugenol dengan nilai tambah yang lebih tinggi. Harga eugenol sebesar Rp 75 000/kg, harga isoeugenol sebesar Rp 95 000/kg (Indesso, 2006) sedangkan harga minyak daun cengkeh Indonesia di pasar Internasional sekitar Rp 25 000/kg (Deptan, 2005). Isoeugenol merupakan senyawa yang banyak digunakan sebagai campuran dalam fragrances dan dalam produk-produk konsumsi harian seperti parfum, produk perawatan kulit, deodoran, sabun, shampo, deterjen serta sebagai bahan intermediet dalam produksi vanilin sintetik. Isoeugenol dihasilkan dari reaksi isomerisasi eugenol. Reaksi isomerisasi eugenol umumnya dilakukan dengan cara mereaksikan eugenol dalam larutan basa KOH atau NaOH pada suhu tinggi selama 5 – 7 jam (Cerveny et al., 1987). Lamanya waktu pemanasan konvensional ini diduga dapat dipersingkat dengan menggunakan pemanasan gelombang mikro. Aplikasi katalis basa yang membutuhkan jumlah yang berlebih dalam reaksi isomerisasi juga dapat digantikan dengan menggunakan katalis RhCl3.3H2O dalam jumlah yang lebih rendah (Chalk, 1977).
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