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"ABSTRAKPerataan penguatan merupakan parameter EDFAs yang sangat penting selain nilaipenguatan yang tinggi dan daerah penguatan yang lebar. Hal ini disebabkan variasi nilai penguatan pada kanal yang dikuatkan setelah mengalami redaman ASE mengakibatkan variasi nilai OSNR pula. Di mana sebagian kanal informasi dengan penguatan paling kecil akan mendapat redaman paling besar. Sehingga mengakibatkan keterbatasan bandwidth transmisi. Beberapa metode perataanyang digunakan seperti flouride based EDFAs dan long-period fiber bragg grating merupakan solusi yang termasuk ke dalam passive equalization. Dalam skripsi ini, dilakukan perataan penguatan dengan filter akusto-optik yang dapat diatur yang termasuk ke dalam active equalization. Hasil simulasi yang diperoleh bahwa perataan penguatan untuk single-EDFAs dilakukan dengan bandwidth = 12 nm, depth = 10 dB, number of channel = 1 dan frequency = 1532 nm. Dan diperoleh variasi gain sebesar 4.14 dB bandingkan dengan variasi gain tanpa penguatan sebesar 12.48 dB. Juga berupa hasil kualitatif berupa kanal 1530, 1532, 1534, 1536, 1538 dan 1540 nm yang sebelumnya mengalami penurunan kualitas berupa signal loss atau interfered signal menjadi dapat diterima dengan baik pada receiver setelah dilakukan perataan penguatan dengan AOTF.

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ABSTRACTGain flattening is also another important EDFA parameter beside its high gain and wide bandwidth. It is because the gain variation would also cause signal quality parameter which is OSNR. While some channels with low gain compared to the other would interfered higher by ASE and then reduce the bandwidth transmission. Several gain flattening solution have been offered such using flouride based EDFAs and fiber bragg grating which included as passive equalization. In this work, gain flattening has been made by acousto-optic tunablefilter using optiwave software. Result show that gain flattening of single EDFAs by defining the AOTF parameter with bandwidth = 12 nm, depth = 10 dB, numbers of channel = 1 and frequency = 1532. With gain variation equal to 4.14 dB when it was flatten by AOTF and 12.48 dB without AOTF. Simulation result also shows that information channels at 1530, 1532, 1534, 1536, 1538 and 1540 nm which were loss and distorted before become well received at the receiver after using AOTF."

"Perangkat lunak Enterprise University Information System (Euis) merupakan salah satu produk yang dimiliki oleh Pusat Ilmu Komputer Univesitas Indonesia yang disingkat Pusilkom UI. EUIS telah dikembangkan sejak tahun 2011 yang pada proses pengembangan awalnya menggunakan metodologi Pusilkom Agile Unified Process dan pada dua tahun terakhir ini dikembangkan dengan menngunakan kerangka kerja scrum, namun dalam proses pengembangannya terdapat masalah yaitu sprint goal tidak tercapai dan pengerjaan task melebihi dari estimasi waktu yang diberikan. Dengan adanya permasalahan tersebut yang secara tidak langsung dapat mempengaruhi jadwal pengerjaan produk EUIS secara keseluruhan sehingga dibutuhkan evaluasi yang diharapkan dapat mengatasi permasalahan yang ada dengan mengukur tingkat kematangan proses pengembangan. Dalam mengukur tingkat kematangan, data dikumpulkan melalui pelaksanaan Focus Group Discussion, studi dokumen, dan observasi. Data yang diperoleh kemudian dianalisis menggunakan perhitungan KPA Rating untuk mendapatkan tingkat kematangan. Hasil analisis tingkat kematangan akan didiskusikan dengan organisasi untuk menentukan tingkat kematangan yang ingin dicapai. Sasaran perbaikan dapat diidentifikasi dari praktik- praktik Scrum Maturity Model yang belum dicapai organisasi. Usulan perbaikan nantinya akan dihasilkan dari pemetaan sasaran perbaikan dengan best practices Scrum. Pada hasil penelitian menunjukkan bahwa tingkat kematangan scrum pada organisasi saat ini telah mencapai scrum maturity level 2 dan ingin mencapai scrum maturity leve 3.

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Enterprise University Information System (Euis) software is a product owned by the Pusat Ilmu Komputer Univesitas Indonesia, abbreviated as Pusilkom UI. EUIS has been developed since 2011, which in the initial development used the methodology of the Pusilkom Agile Unified Process and in the last two years it was generated using the Scrum framework. Still, in the development process there were problems namely the sprint goal was not achieved and the task execution exceeded the estimated time given. With these problems which can indirectly affect the overall work schedule of EUIS products, an evaluation is expected to be able to overcome the existing challenges by measuring the level of maturity of the development process. In measuring the level of maturity, data is collected through the implementation of Focus Group Discussions, document studies, and observations. The data obtained is then analyzed using the KPA Rating calculation to get the level of maturity. The results of the maturity level analysis will be discussed with the organization to determine the level of maturity to be achieved. The improvement target can be identified from the Scrum Maturity Model practices that the organization has not yet reached. The proposed improvements will later be generated from mapping improvement targets with Scrum best practices. The results showed that the Scrum Maturity level in the organization has now reached Scrum Maturity Level 2 and wants to reach Scrum Maturity Level 3."

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