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"The Ministry of Posts and Telecommunications (MPT) has jurisdiction over two policy areas which are significant in contemporary Japanese politics—telecommunications and postal business. In pursuing policy-making in these areas, the MPT has had distinctive policy goals which have produced dual governance. In its operation of postal businesses, the MPT has played an old-guard role by protecting inefficient and intrusive government operations and opposing reform attempts. In the telecommunications arena, particularly in its promotion of the Internet, the MPT has played the role of a vanguard, taking on the telecommunications giant NTT. I explain this dual governance by highlighting an important sectoral divide in the Japanese economy which separates it into developmental and distributive sectors. The MPT operation of postal businesses is an integral part of the distributive sector; thus the MPT needs to protect the current system of postal businesses. In contrast, telecommunications is part of the developmental sector and is thus a policy area in which the MPT tries to wield greater influence over private-sector activities through vanguard policy-making."

"This book collects one of the global premier scientific gatherings on telecommunications, signal processing, data networks, security, and optimization. It presents the proceedings of the International Telecommunications Conference 2017 (ITelCon 2017), held in Istanbul, Turkey from December 28 to 29, 2017.The proceedings include state-of-the-art studies that highlight major advances in the field of telecommunications and related branches. In addition, some of the contributions form the basis for 5G and beyond studies and standardization processes.The ITelCon conference brings together industry and academia participants from around the globe and promotes research, development, and applications in the field of telecommunications. It includes a far-reaching program supported by a variety of technical tracks on research, development, technology, design, services, and applications. The primary audience of ITelCon includes academics, experts and professionals from industry, as well as researchers in the field of telecommunications and relevant subfields."

"Tesis ini membahas salah satu cara untuk meningkatkan penetrasi pemakai internet di Indonesia, hal ini dilatarbelakangi bahwa penetrasi pemakai internet masih cukup rendah serta jumlah kekosongan jaringan masih cukup banyak serta masih mahalnya harga sewa jaringan langsung ke pengguna.Tujuan pembahasan ini adalah menghitung besar sewa jaringan dengan pola LLU serta menghitung kelayakan investasi bagi new entrant (operator baru) dengan asumsi bahwa yang berubah adalah besaran sewa jaringan.Hasil perhitungan untuk sewa jaringan diperoleh harga minimal (replacement cost) Rp.38.812,68, Bagi new entrant (investor baru) agar tertarik untuk melakukan investasi maka dilakukan perhitungan kelayakan investasinya dan dikategorikan layak apabila NPV >0 serta IRR > WACC, yang memenuhi syarat dalam kategori tersebut adalah untuk sewa jaringan yang besarannya adalah minimal Rp. 38.812,68 sampai dengan Rp.142.300,00.Dari hasil diatas disarankan agar di Indonesia disusun regulasi yangmengatur pengembangan infrastruktur telekomunikasi dengan pola LLU. Dampak positifnya adalah perekonomian meningkat dan dampak negatifnya bisa terjadi penurunan kualitas pelayanan.

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This thesis describes one way to increase penetration of Internet users inIndonesia, this backdrop that the Internet user penetration is still quite low and the number of vacancies is still quite a lot of network and still high prices of leased line directly to the user.The purpose of this discussion is to calculate the lease of the network with the pattern of investment in LLU and calculate eligibility for the new entrant (new operators) with the assumption that the change is the amount of rental network.Results of calculation for the network lease obtained a minimum price (replacement cost) Rp.38.812, 68, For the new entrant (new investors) so interested in investing then count feasibility of the investment and categorized feasible if NPV> 0 and IRR> WACC, qualified in that category is to lease network that amount is at least Rp. 38812.68 up to Rp.142.300, 00.From the above results it is suggested that Indonesia has been formulated regulations governing the development of telecommunication infrastructure with the pattern of LLU. Its positive impact is the economic rise and its negative impact can decrease the quality of service."

"Tesis ini membahas penguatan kapasitas yang perlu dilakukan dalam penanganan pengaduan masyarakat kepada Presiden RI. Pengaduan kepada Presiden RI yang dibuka sejak tahun 2005 melalui Kementerian Sekretariat Negara menunjukan tren kenaikan tiap tahunnya dan tingkat antusiasme tertinggi terjadi pada masa Pemerintahan Joko Widodo. Seiring dengan kenaikan jumlah tersebut, tuntutan penyelesaian pengaduan kepada Presiden RI pun semakin tinggi sedangkan sejumlah aspek pendukung penyelenggaraan penanganan pengaduan masih terkendala sehingga proses penanganan belum optimal dan sejumlah pengaduan masih tertunda penyelesaiannya. Penelitian ini dilakukan dengan menggunakan paradigma Post Positivis dengan teknik pengumpulan kualitatif. Hasil penelitian menunjukan bahwa perlunya penguatan kapasitas pada aspek kapasitas sumber daya dan manajemen. Ditinjau dari sumber daya, 1) peningkatan kapasitas pengetahuan pegawai dan unit kerja melalui program-program pendidikan dan pelatihan, workshop, magang, dsb dan melakukan knowledge sharing, 2) peningkatan kapasitas fungsi sistem teknologi yang mendukung seluruh proses bisnis penanganan pengaduan. Ditinjau dari aspek manajemen, penguatan organisasi melalui evaluasi secara menyeluruh terhadap penyelenggaraan penanganan pengaduan, meliputi cara kerja, pola, dan alur proses bisnis penanganan pengaduan, penyusunan pedoman spesifik dan bersifat substantif, pembuatan kerangka hukum khusus penanganan pengaduan kepada Presiden RI, dukungan dan komitmen pemimpin, dan tata kelola jejaring baik di dalam lingkungan lembaga kepresidenan dan Kementerian/Lembaga serta Daerah.

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This thesis discusses about capacity strengthening of a presidential complaint handling system in Indonesia. The number of complaints lodged to the system, which was initially opened in 2005, has increased substantially every year, especially in the era of President Joko Widodo. The rising number of public complaints requires the Ministry of State Secretariat to deal with grievances promptly, but some complaints remain unresolved due to some problems. By employing Post Positivits Paradigm and qualitative data collection method, the results show the strengthening of resources capacity and management capacity are required. From the perspective of resources, employess human capital and working unit could be improved by providing education and training programs, workshop, internship and knowledge sharing programs. Additionally, the enhancement of information technology and system capacity which support complaint handlings business process is lso required. From the perspective of management, organizational capacity strengthening could be improved by conducting comprehensive evaluation of public complaint handling process in some areas including work procedures, a complaint handling business process, the making of specific guidance, a special legal framework, leadership commitment and supports, and the inter and extra organizational governance."

"Teknologi informasi, komunikasi dan jaringan internet telah melaju sedemikian pesatnya, hal ini membawa dampak terhadap penggunaan IP yang semakin besar. Untuk mengantisipasi kebutuhan alamat IP yang semakin besar, IETF telah menetapkan standar pengalamatan baru yang disebut IPv6. Agar IPv6 dapat lebih cepat berkembang dan dirasakan manfaatnya, jaringan-jaringan IPv6 ini harus dapat dihubungkan ke jaringan yang lain. Jaringan penghubung (backbone) yang ada saat ini hampir seluruhnya merupakan jaringan IPv4. Oleh karena itulah dirumuskan metode transisi yang dapat menghubungkan beberapa jaringan IPv6 melalui jaringan IPv4 atau berhubungan dengan jaringan IPv4. Dalam skripsi ini dilakukan pengujian kinerja metode DSTM, khususnya di dalam aplikasi video streaming. Sarana yang digunakan berupa jaringan test bed yang dibangun dari empat buah PC di laboratorium digital FTUI. Parameter yang diamati di sini ialah latency, packet loss, dan throughput. Di dalam uji coba ini akan dibandingkan kinerja dari konfigurasi IPv4 murni, IPv6 murni, dan metode DSTM, khususnya di dalam aplikasi video streaming. Hasil dari uji coba menunjukkan bahwa metode DSTM tidak mengurangi kemampuan jaringan dalam aplikasi video streaming. Dibandingkan dengan IPv4, metode DSTM memiliki latency yang lebih baik sebesar _ 0,259 %. Namun, di lain pihak metode DSTM memiliki packet loss lebih buruk _ 20,441% dan throughput yang lebih buruk _ 1,363 %.

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Information technology, communication and internet network have been grown faster, its made a big impact to the using of IP address. To anticipate the increasing of IP address requirement, IETF has recommended the new addressing standard which is called IPv6. In order to improve development of IPv6, IPv6 networks have to able connected to the other networks. At present, nearly all the backbone of networks use the IPv4 network. In that case the transistion method formulated to get the several IPv6 networks connection through IPv4 network or able connected to the Ipv4 network.

In this final assigment, will be tested the performace of video streaming on network with DSTM method. The experiment tool is a test bed which consist of four PC's at FTUI Digital laboratory. The parameters should be observed are latency, packet loss, and throughput. On this trial test will be taken the comparison between the performance of video streaming application in pure IPv4 configuration, pure Ipv6 configuration and DSTM method.

The results of data evaluation show there was no decreasing of network capability on the video streaming application used the DSTM method. DSTM method has a better latency with amount of _ 0.259 % than IPv4 network. However on the other side DSTM method has a worse packet loss with amount of _ 20.44 % and a worse throughput with amount of _ 1.363 % than IPv4 network."