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"This paper attempts to portrait the journey of madrasah (religious school) during the last five years, i.e. since the enactment of Law of RI number 20 of 2003regarding the National Educational System which positions a madrasah as general school. This reposition is actually positive for the sustainability as well as improving the quality of madrasah. However, it should be noted that more than 90% of madrasah are managed by public. This means that madrasah still has to be developed according to the public requirements, not that of government. Thus, to create a policy on madrasah, it obviously is necessary to accomodate various public interests. Exactly, it is needed a harmonious and dynamics convergency between the government and the people."

"KPEI merupakan lembaga kliring dan mitra pengimbang dalam penyelesaian transaksi bursa. Sebagai lembaga yang melakukan penjaminan atas transaksi Anggota Kliring (AK), KPEI menanggung risiko yang ditimbulkan akibat aktivitas perdagangan AK di bursa terutama risiko kegagalan penyelesaian kewajiban. Karena itu KPEI harus mengetahui bagaimana profil aktivitas setiap AK yang meliputi transaksi bursa, netting, settlement, kecukupan agunan, dan trading limit. Untuk itu diperlukan aplikasi yang mampu menyimpan dan mengolah data menjadi informasi yang bermanfaat bagi KPEI dalam melakukan pemantauan AK. Aplikasi ini diberi nama Analisa Aktivitas. Aplikasi ini diharapkan dapat melakukan penghitungan hak dan kewajiban AK (netting), harga terendah (lowest price) dan harga tertinggi (highest price), penilaian agunan (collateral valuation), nilai risiko (exposure dan batas transaksi (trading limit).Data hasil perhitungan ini kemudian diolah dan dianalisa dengan menggunakan formula tertentu untuk menghasilkan indikator-indikator. Indikator-indikaor inilah yang dijadikan alat utama pemantauan atas profil risiko AK. Karena digunakan untuk pemantauan, maka modul ini harus memiliki fasilitas query yang cepat, fleksibel, dan informatif atas datadata yang telah diinput, parameter perhitungan, dan indikator-indikator yang dihasilkan dari proses perhitungan. Spesifikasi kebutuhan perangkat lunak yang lengkap dan terdokumentasi dengan baik sangat dibutuhkan untuk menunjang berhasilnya pengembangan aplikasi ini.Dengan memanfaatkan metodologi Rational Unified Process (RUP) diharapkan spesifikasi yang dihasilkan dapat membantu dan mempermudah Departemen Pengembangan dalam pengembangan aplikasi ini. Adaptasi RUP khususnya disiplin business modeling dan requirement dalam proyek ini akan disesuaikan dengan karakter aplikasi yang akan dikembangkan.

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KPEI (Indonesian Clearing and Guarantee Corporation) is the only one clearing house and central counterparty for settlement of stock exchange transactions in Indonesian Capital Market. It plays as guarantee institution for clearing members? transaction. So, it will guarantee all transaction risks especially when its member is fail to fulfill its obligation. Clearing member activity profile including transaction, netting, settlement, collateral, and trading limit will be used as input for risk monitoring tools. In order to organize, manage, and process these data to be useful information, KPEI develops an application called Activity Analysis. It is part of Automated Risk Monitoring System. This application should provide calculation facilities for netting, lowest and highest price, collateral valuation, exposure, and trading limit.Furthermore, these computation results are processed and analyzed using certain formula to produce some indicators used as main tools for clearing member risk monitoring. It should also have a flexible, quick, and informative inquiry facility for inputting data, parameters, and indicators resulted from those calculations. To make this project success, a complete and well documented software requirement becomes a requisite. Software requirement specification produced by adapting Rational Unified Process (RUP) methodology is expected to help System Development Department in developing this application.In this project, RUP adaptation particularly business modeling and requirement discipline will be conformed to specific characters of Activity Analysis being developed. In the end of this project, a set of deliverables including RUP documents and web based activity log will be submitted as well as final report."

"Penelitian ini bertujuan untuk menganalisis efektifitas proses sistem anggaran dengan ERP yang digunakan oleh PT. XYZ serta bertujuan menghasilkan rancangan sistem sebagai suatu requirement yang dapat digunakan untuk penyempurnaan ERP yang digunakan PT. XYZ saat ini dalam menjalankan sistem anggaran. Metode dalam penelitian ini merupakan analisis deskriptif berupa studi kasus. Hasil penelitian ini menunjukkan bahwa terdapat beberapa kelemahan dalam proses sistem anggaran dengan ERP yang digunakan oleh perusahaan. ERP yang digunakan perusahaan untuk proses sistem anggaran ini adalah ERP original dan memungkinkan untuk dapat dilakukan pengembangan pada sistem ERP tersebut. Kelemahan-kelemahan ini berdampak pada keakuratan laporan realisasi anggaran yang dihasilkan, yang mana laporan ini digunakan manajemen untuk mengambil beberapa keputusan yang berkaitan dengan proses bisnis perusahaan. Penelitian ini memberikan rancangan sistem sebagai suatu requirement kepada perusahaan terkait perbaikan rancangan sistem anggaran dengan ERP yang dapat diterapkan perusahaan guna menyelesaikan permasalahan yang ada.

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This research aims to analyze the effectiveness of the budgeting system process with the ERP used by PT. XYZ and aims to provide system design as a requirement that can be used to improve ERP used by PT. XYZ is currently running a budgeting system. The method in this research is a descriptive analysis in the form of a case study. The results of this research indicate that there are several weaknesses in the budgeting system process with ERP used by the company. The ERP used by the company for this budgeting system process is the original ERP and allows development of the ERP system. These weaknesses have an impact on the accuracy of the budget realization report, which this report is used by management to take several decisions relating to the company's business processes. This study provides system design as a requirement to companies related to the design improvement of the budgeting system with ERP that can be applied by companies to solve existing problems."

"Iron deficiency anemia is the most common nutritional disorder in developing countries and the most at risk population are women of reproductive age, pregnant women and children (DeMaeyer, 1989). UNICEF reported in 1998 that, nearly two billion people are estimated to be anemic, the majority of them were women.

The anemia prevalence in Indonesia is still high and considered as a public health problem. According to the data fiom the National Household Survey (SKRT) in 1995, the average prevalence of iron deficiency anemia among females aged 15-44 years and pregnant women were 48.9 % and 50.9%, respectively. Whereas based on data from the Directorate of Community Nutrition in 1997, 30%-40% among female factory workers as one segment of women at reproductive age suffered &om anemia (Kodyat, 1997)- The study carried out by I-Iusaini et. al (1981) in West Java, Scholz et. al (1997) in Jakarta and Untoro et. al (1998) in Kudus District, Central Java Province showed, that the anemia prevalence among female workers ranged hom 35.5%-50%.;Iron deficiency anemia is the most common nutritional disorder in developing countries and the most at risk population are women of reproductive age, pregnant women and children (DeMaeyer, 1989). UNICEF reported in 1998 that, nearly two billion people are estimated to be anemic, the majority of them were women.

The anemia prevalence in Indonesia is still high and considered as a public health problem. According to the data fiom the National Household Survey (SKRT) in 1995, the average prevalence of iron deficiency anemia among females aged 15-44 years and pregnant women were 48.9 % and 50.9%, respectively. Whereas based on data from the Directorate of Community Nutrition in 1997, 30%-40% among female factory workers as one segment of women at reproductive age suffered &om anemia (Kodyat, 1997)- The study carried out by I-Iusaini et. al (1981) in West Java, Scholz et. al (1997) in Jakarta and Untoro et. al (1998) in Kudus District, Central Java Province showed, that the anemia prevalence among female workers ranged hom 35.5%-50%.;;Iron deficiency anemia is the most common nutritional disorder in developing countries and the most at risk population are women of reproductive age, pregnant women and children (DeMaeyer, 1989). UNICEF reported in 1998 that, nearly two billion people are estimated to be anemic, the majority of them were women.

The anemia prevalence in Indonesia is still high and considered as a public health problem. According to the data fiom the National Household Survey (SKRT) in 1995, the average prevalence of iron deficiency anemia among females aged 15-44 years and pregnant women were 48.9 % and 50.9%, respectively. Whereas based on data from the Directorate of Community Nutrition in 1997, 30%-40% among female factory workers as one segment of women at reproductive age suffered &om anemia (Kodyat, 1997)- The study carried out by I-Iusaini et. al (1981) in West Java, Scholz et. al (1997) in Jakarta and Untoro et. al (1998) in Kudus District, Central Java Province showed, that the anemia prevalence among female workers ranged hom 35.5%-50%."

"ABSTRAKIndonesia merupakan negara dengan jumlah penduduk terbesar ke-empat didunia. Kebutuhan akan jaringan telekomunikasi semakin hari semakin meningkat. Saatini, Indonesia sudah menggelar jaringan 3G serta 4G-LTE (Long Term Evolution).Namun, beberapa kota sudah mengalami congestion dan mempunyai kebutuhan datatelekomunikasi yang sangat tinggi. Kebutuhan data yang meningkat, serta mobilitastinggi penggunaannya merupakan sebuah kebutuhan yang perlu diperhitungkan dalamindustri telekomunikasi. Teknologi 5G merupakan suatu keberlanjutan dariperkembangan teknologi 4G-LTE. Teknologi 5G diperkirakan paling cepat digelartahun 2020 oleh Indonesia. Oleh karena itu perlu perencanaan sebaik mugkin baik disisi teknis teknologi dan sisi ekonomi, agar tidak hanya kebutuhan data yang terpenuhi,tetapi juga feasibilitas ekonomi untuk operator.Penelitian ini membahas dan memperhitungkan kebutuhan data di Indonesia,dalam hal ini kota besar dengan kebutuhan data yang tinggi, dan juga untuk menghitungaspek tekno-ekonomi dari penyebaran jaringan 5G di Indonesia dalam rentang tahun2020 hingga 2025. Pembangunan teknologi telekomunikasi 5G di Indonesiamembutuhkan perencanaan yang cermat untuk memenuhi traffic requirement, jugauntuk mengidentifikasi aspek kelayakan teknis dan kelayakan ekonomi untuk operatortelekomunikasi. Kota Jakarta dipilih sebagai kota utama di Indonesia dengan berbagaipertimbangan, antara lain : pusat perekonomian, ibu kota negara saat ini, serta kota yangmenjadi role model dalam penerapan teknologi baru.Dari hasil penelitian diperoleh kebutuhan gNodeB berdasarkan forecast demandtrafik sebesar 221 MaBS atau 237 metro gNodeb, sementara untuk mencukupi coverageminimal memerlukan sebanyak 715 gNodeB. Total CAPEX yang dibutuhakan di awalsebesar Rp.114.662.694.517. Kebutuhan OPEX sebesar Rp.228.618.905.616 (untukpemodelan tahun 2020-2026) dengan NPV (Net Present Value) sebesar Rp.30.118.427.755.076,-. serta IRR (Internal Rate of Return) sebesar 33,07.

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ABSTRACTIndonesia is the fourth most populous country in the world. The need fortelecommunications networks is increasing significantly. At present, Indonesia hasdeployed 3G and 4G-LTE (Long Term Evolution) networks. However, some cities haveexperienced congestion and have very high telecommunications data requirements.Increased data requirements and the mobility of their use are needs that need to be takeninto counting in the telecommunications industry. The 5G technology is a continuationof the development of 4G-LTE technology. The 5G technology is estimated to be heldmost quickly in 2020 by Indonesia. Therefore it is necessary to plan as well as possibleboth on the technical and economic sides, so that not only data needs are met, but alsoeconomic feasibility for operators.This research discusses and calculates data needs in Indonesia, especially in bigcities with large data requirements, and also to calculate the techno-economic aspects ofthe spread of 5G networks in Indonesia range from 2020 to 2025. Development of 5Gtelecommunications technology in Indonesia requires careful planning to meet trafficrequirements, also to identify aspects of technical feasibility and economic viability fortelecommunications operators. Jakarta was chosen as the main city in Indonesia formany reasons, such as : economic center, the national capital, and cities that are rolemodels in the application of new technology..From the results of the study obtained results : Jakarta needs gNodeB whichbased on traffic demand forecast : 221 MaBS or 237 Metro gNodeb, while to meet theminimum coverage requires need amount 715 of gNodeB. The total CAPEX needed atthe beginning was Rp.114,662,694,517. Also needs OPEX amount Rp.228,618,905,616(for modeling in 2020-2026) with NPV (Net Present Value) Rp. 30.118.427.755.076,-.and IRR (Internal Rate of Return) of 33.07."