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"Penerapan teknologi informasi sudah banyak dilakukan oleh berbagai lembaga pemerintahan. Begitu juga Komisi Pemilihan Umum Republik Indonesia sebagai lembaga pemerintah yang menyelenggarakan pemilihan umum di Indonesia. Penelitian yang dilaksanakan berangkat dari permasalahan penerapan teknologi informasi yang dilakukan di KPU. Oleh karena itu, perlu dirancang infrastruktur teknologi informasi untuk memaksimalkan penerapan teknologi informasi di KPU. Penelitian ini menggunakan kerangka kerja The Open Group Architecture Framework TOGAF. Tahapan yang dilakukan dalampenelitian ini mengikuti TOGAF Architecture Development Methode ADM sampai pada fase opportunities and solution. Data yang didapat untuk dijadikan input pada analisis dan rancangan pada setiap fase adalah visi dan misi organisasi, rencana strategis organisasi, proses bisnis organisasi, portofolio sistem informasi saat ini dan kondisi infrastruktur TI saat ini. Pada fase preliminary disusun 12 prinsip arsitektur. Pada fase architecture vision dan business architecture dilakukan analisis pada proses bisnis menggunakan diagram value chain. Kemudian masingmasing proses bisnis dijabarkan lagi berdasarkan fungsi organisasi. Pada tahap information system architecture dilakukan analisis kendala dan harapan terhadap portofolio aplikasi saat ini. Kendala yang paling besar adalah belum terintegrasinya data antar aplikasi yang saling terkait. Hal tersebut menyebabkan data yang dibutuhkan dan dihasilkan aplikasi yang saling terkait menjadi tidak akurat. Dari hasil analisis kendala dan harapan pada proses bisnis dan aplikasi yang ada, disusun rancangan aplikasi baru yang berjumlah 8 aplikasi. Dari hasil analisis kesenjangan aplikasi, prioritas utama yang harus dilakukan KPU adalah meningkatkan/upgrade aplikasi kepemiluan sesuai dengan kebutuhan yang ada dan kebutuhan untuk integrasi data. Kemudian dilanjutkan dengan menerapkan konsep integrasi data.Pada tahap technology architecture dilakukan analisis kendala dan harapan terhadap kondisi infrastruktur TI KPU saat ini. Dari hasil analisis terhadap keselarasan aplikasi dengan infrastruktur TI yang ada didapat beberapa isu utama, yaitu hampir semua aplikasi berkonsep client-server, belum adanya mekanisme backup pada hampir seluruh aplikasi dan model virtualisasi server yang kurang mendukung untuk skalabilitas tinggi. Fokus solusi dari rancangan infrastruktur teknologi informasi adalah pada peningkatan/perbaikan data center, peremajaan perangkat jaringan, penambahan kapasitas server/storage, penerapan konsep virtualisasi secara clustering dan penerapan hybrid cloud.

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The implementation of information technology has been done by various government entities. So is the Komisi Pemilihan Umum RI as a government agency that organizes elections in Indonesia. Studies conducted departing from implementation issues in information technology made the KPU. Therefore, it is necessary to design information technology infrastructure to maximize application of information technology in the Commission. This study uses a framework of The Open Group Architecture Framework TOGAF.

Steps being taken in this study followed the TOGAF Architecture Development Method ADM to the opportunities and solution phase. Data obtained to be used as input to the analysis and design in each phase is the vision and mission of the organization, the organization 39 s strategic plan, the organization 39 s business processes, portfolio of current information systems and the condition of the current IT infrastructure. In the preliminary phase composed 12 architecture principles. In phase architecture and business architecture vision analysis on business processes using value chain diagram. Then each business processes elaborated again by the function of the organization. At this stage of the analysis information system architecture constraints and expectations of today 39 s applications portfolio. The biggest challenge is yet integrated data between applications that are interrelated. This causes the required data and the resulting applications are interlinked be inaccurate.

From the analysis of the constraints and expectations on business processes and applications, structured design new applications, amounting to 8 applications. From the results of the gap analysis applications, the main priority should be done KPU is improving upgrading of electoral application in accordance with the needs and requirements for data integration. Then proceed with applying the concept of data integration. At this stage of technology architecture to analyze the constraints and expectations of the condition of the current KPU IT infrastructure.

From the analysis of the alignment of applications with the existing IT infrastructure gained some major issues, ie almost all applications client server concept, there is no backup mechanism in almost all application and server virtualization models is less support for high scalability. The focus of the design solution of information technology infrastructure is on the increase improvement of data center, network devices rejuvenation, increase the capacity of the server storage, application of the concept of virtualization is clustering and application of hybrid cloud."

"Para penyandang tunarungu berkomunikasi menggunakan bahasa isyarat resmi di Indonesia, yaitu SIBI (Sistem Isyarat Bahasa Indonesia). Dengan menggunakan aplikasi penerjemah Bahasa isyarat ke teks akan membantu komunikasi antara tunarungu maupun non-tunarungu. Dengan menggunakan pre-trained model CPM (EdvardHua, 2018) akan mendapatkan informasi berupa titik-titik skeleton seperti titik tangan, bahu, dan siku. Informasi titik skeleton itu akan digunakan untuk memprediksi kata. Namun, proses tersebut perlu berjalan secara real-time, yaitu ketika pengguna membuka kamera maka akan langsung mendapatkan respon. Untuk mencapai itu diperlukan mobile deep learning framework, sehingga proses inference bisa menjadi lebih cepat dengan bantuan runtime GPU. Penelitian ini berfokus menjalankan inference menggunakan mobile deep learning framework untuk implementasi modul ekstraksi skeleton secara real-time pada Android. Pada penelitian ini digunakan Tensorflow mobile (runtime hanya CPU), MACE, dan SNPE. Dilakukan pengukuran dari sisi latency, penggunaan energi, penggunaan memori, penggunaan daya, dan perubahan suhu. Hasil pengukuran menunjukkan bahwa penggunaan MACE dan SNPE dengan runtime GPU menghasilkan latency yang lebih kecil dibandingkan penggunaan CPU. Penggunaan CPU menyebabkan thermal throttling, sehingga terjadi penurunan kinerja. Dengan runtime GPU menghasilkan penggunaan energi, memori, dan daya yang lebih sedikit dibandingkan CPU. Kenaikan suhu ketika menggunakan runtime GPU lebih kecil dibandingkan CPU.

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People with hearing impairments use the official sign language in Indonesia, namely SIBI (Sistem Isyarat Bahasa Indonesia). Using a sign language-to-text translator application will help the communication between people with hearing impairments and people without hearing impairment. By using the pre-trained CPM model (EdvardHua, 2018), the information in the form of skeleton points such as the points of the hands, shoulders, and elbows will be obtained. The skeleton point information will be used to predict its translation words. However, the translation process needs to be run in real- time, which is when users open their cameras then they will immediately receive a respond. To achieve that goal, we need a mobile deep learning framework, with the result that the inference process is faster with the help of the GPU runtime. This research focuses on running inferences using a mobile deep learning framework to implement real-time skeleton extraction module in Android. This research uses Tensorflow mobile (runtime only for CPU), MACE, and SNPE. Measurements of the latency, energy usage, memory usage, power usage, and temperature change were taken. The measurement results show that the use of MACE and SNPE with GPU runtime is in lower latency than with the use of CPU. Measurement with CPU usage causes thermal throttling, resulting in decreased performance. Measurement with GPU runtime results in lower usage of energy, memory and power compared to the measurement with CPU. The temperature increase when using the GPU runtime is lower than when using the CPU."

"Kejahatan dunia digital meningkat setiap tahunnya seiring dengan berkembangnya teknologi informasi. Barang bukti kejahatan yang paling banyak ditemukan adalah handphone. Oleh sebab itu kebutuhan untuk mendapatkan banyak informasi yang digunakan dalam penyelidikan membutuhkan alat forensik handphone. Hal tersebut mengakibatkan banyaknya alat forensik handphone yang diproduksi dan dipergunakan baik secara gratis maupun komersial. Berkembangnya teknologi handphone dan banyaknya alat forensik handphone membuat penyelidik sulit dalam memilih alat yang efektif dan efisien.Penelitian ini mengevaluasi kemampuan alat forensik handphone dalam proses akuisisi data pada handphone berbasis android secara fisik. Evaluasi dilakukan dengan menggunakan framework Smartphone Tool Specification Standard dari NIST National Institute of Standards and Technology. Metode pengumpulan data dari penelitian ini menggunakan eksperimen pada alat forensik handphone XRY UFED dan Device Seizure. Di samping itu GAP analisis digunakan untuk menganailsa hasil eksperimen tersebut. Hasil penelitian mengungkap bahwa sistem operasi dan chipset handphone mempengaruhi kemampuan alat forensik handphone dalam proses ekstraksi.

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Digital world crime is increasing every year in a line with the development of information technology. The crime evidence which the most commonly found is mobile phone Hence the need for obtaining a lot of information used to investigate requires mobile forensic tool. As a result many mobile forensic tools are produced and used both in open source and commercial. The development of mobile phone technology and the number of mobile forensic tools cause the difficulty in selecting an effective and efficient tool for the investigator.This study evaluates the capability of mobile forensic tool in data acquisition process on android based mobile phone physically. The Evaluation is conducted by using Smartphone Tool Specification Standard framework from NIST National Institute of Standards and Technology. The data collection method of this study applies experiments on XRY UFED and Device Seizure mobile forensic tool Besides GAP. Analysis is used to analyze the experiment results. The results of this study reveal that operating system and mobile phone chipset influence the capability of mobile forensic tool in the extraction process."

"[Health Professional Education Quality Project (HPEQ) adalah proyek di lingkungan Direktorat Jenderal Pendidikan Tinggi (DIKTI) yang bertujuan pada pencapaian peningkatan layanan kesehatan melalui peningkatan kualitas penyedia jasa kesehatan; seperti dokter, dokter gigi, perawat, dan bidan. Dalam mewujudkan tujuan ini, HPEQ membuat 4 komponen utama proyek. Salah satu komponen tersebut adalah komponen 2 "Sertifikasi lulusan menggunakan ujian berbasis standar nasional". Untuk mewujudkan komponen ini, dibentuklah Badan Uji Nasional untuk Pendidikan Tinggi Tenaga Kesehatan, yang diberi nama Lembaga Akreditasi Mandiri Perguruan Tinggi Kesehatan (LAM-PTKes). LAM-PTKes adalah organisasi/lembaga yang mengurus akreditasi perguruan tinggi di bidang kesehatan. Saat ini LAM-PTKes baru beroperasi sekitar 1 tahun. Dengan waktu operasi yang relatif baru, banyak infrastruktur yang belum sepenuhnya tersedia, sementara kebutuhan operasional telah ada. Dengan keadaan ini, pemenuhan kebutuhan operasional dilakukan ketika ada kebutuhan dalam waktu dekat. Pemenuhan kebutuhan yang bersifat adhoc ini mengancam ketersediaan layanan TI tidak tersedia pada saat dibutuhkan. Sementara LAM-PTKes menetapkan target agar kemampuan pengelolaan informasi, seperti sistem informasi akreditasi, keuangan, dan kepegawaian, tersedia sejak tahun 2014. Penelitian ini mengulas salah satu akar permasalahan ketersediaan layanan TI, yaitu mengenai perancangan infrastruktur TI. Penelitian ini membahas mengenai perancangan infrastruktur TI. Perancangan dilakukan dengan menggunakan teori dan metodologi yang berdasarkan TOGAF ADM. Dari hasil perancangan, didapatkan infrastruktur TI yang sesuai dengan tujuan strategis organisasi dan kebutuhan stakeholder. Dari perancangan infrastruktur, terdapat 13 infrastruktur yang terus dipertahankan, 6 infrastruktur yang perlu ditingkatkan, dan 6 infrastruktur yang perlu dibuat baru.

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Health Professional Education Quality Project (HPEQ) is a project held at Direktorat Jenderal Pendidikan Tinggi (DIKTI), which its purpose is to improve national health services by improving quality of health services provider, e.g. doctor, dentist, and nurses. To achieve this purpose, HPEQ design 4 project main components. One of components is component number 2 "Graduate certification using examination which based on national standard". To implement this component, National Examination Body for Health Provider Higher Educaiton was established, named Lembaga Akreditasi Mandiri Perguruan Tinggi Kesehatan (LAM-PTKes). LAM-PTKes is a body/organization which main business is to manage higher education accrediation services related to health area of education. At this moment, LAM-PTKes was just established and going operational for 1 year. With its relatively short operational duration, infrastructures are not fully available, while the needs are there. With this circumstances, some of infrastructure needs is procured in relatively short time. This nature of adhoc procurement method endanger IT services availability. Meanwhile LAM-PTKes has already set targets regarding information management capabilities, such as accrediation, finance, and human resources information system, to be ready since 2014. This study try to eradicate the IT services availability issue, by having a proper design of IT infrastructure to be inline and fully support the IT services. This study discuss about design of IT Infrastructure. The design was conducted based on theory and methodology rooted from TOGAF ADM. As a result, IT infrastructure, which in line with organization strategic purpose and user requirements, is presented. In IT infrastructure design, there are 13 infrastructures that need to be maintained, 6 infrastructures that need be improved, and 6 new infrastructures that need to be made., Health Professional Education Quality Project (HPEQ) is a project held at Direktorat Jenderal Pendidikan Tinggi (DIKTI), which its purpose is to improve national health services by improving quality of health services provider, e.g. doctor, dentist, and nurses. To achieve this purpose, HPEQ design 4 project main components. One of components is component number 2 “Graduate certification using examination which based on national standard”. To implement this component, National Examination Body for Health Provider Higher Educaiton was established, named Lembaga Akreditasi Mandiri Perguruan Tinggi Kesehatan (LAM-PTKes). LAM-PTKes is a body/organization which main business is to manage higher education accrediation services related to health area of education.At this moment, LAM-PTKes was just established and going operational for 1 year. With its relatively short operational duration, infrastructures are not fully available, while the needs are there. With this circumstances, some of infrastructure needs is procured in relatively short time. This nature of adhoc procurement method endanger IT services availability. Meanwhile LAM-PTKes has already set targets regarding information management capabilities, such as accrediation, finance, and human resources information system, to be ready since 2014. This study try to eradicate the IT services availability issue, by having a proper design of IT infrastructure to be inline and fully support the IT services.This study discuss about design of IT Infrastructure. The design was conducted based on theory and methodology rooted from TOGAF ADM. As a result, IT infrastructure, which in line with organization strategic purpose and user requirements, is presented. In IT infrastructure design, there are 13 infrastructures that need to be maintained, 6 infrastructures that need be improved, and 6 new infrastructures that need to be made.]"