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Lutfijamil Setiawan
"Teknologi 5G diperkirakan akan hadir pada tahun 2020. Dalam rangka mewujudkan hal ini, diperlukan ekosistem yang dapat mendukung pengimplementasian teknologi 5G secara optimal. Salah satu tantangan dalam mempersiapkan ekosistem 5G adalah alokasi penggunaan spektrum frekuensi. Spektrum frekuensi merupakan salah satu sumber daya telekomunikasi yang terbatas, sehingga perlu pengelolaan yang optimal dan efisien untuk dapat memanfaatkan teknologi 5G secara maksimal. Spektrum frekuensi 3.5 GHz menjadi spektrum hotspot yang banyak di rekomendasikan dalam pengimplementasian teknologi 5G di forum telekomunikasi global, karena memiliki kapasitas dan jangkauan yang cukup untuk teknologi 5G. Sayangnya di Indonesia, spektrum frekuensi 3.5 GHz merupakan spektrum eksisting yang digunakan untuk layanan satelit.
Dengan penyebaran optik yang belum merata, serta karakteristik Indonesia yang merupakan negara archipelago dan rawan akan bencana alam menyebabkan layanan satelit masih menjadi layanan mandatory yang dimiliki oleh Indonesia. Oleh karena itu, pada penelitian kali ini dilakukan analisis implementasi spektrum frekuensi 3.5 GHz untuk teknologi 5G di Indonesia dengan menggunakan metode STEP (Sosial, Teknologi, Ekonomi, Policy). Pada penelitian ini model framework yang berbasis metode STEP digunakan untuk melakukan pendekatan dengan melihat permasalahan berdasarkan perspektif ekonomi, perspektif sosial, perspektif teknologi dan perspektif policy. Sehingga di dapatkan perspektif yang utuh dan dapat menganalisis penggunaan spektrum frekuensi 3.5 GHz dengan lebih akurat dan dapat mengambarkan kondisi industri yang ada saat ini untuk penggunaan spektrum frekuensi 3.5 GHz di Indonesia.
Dari hasil penelitian analisis implementasi spektrum frekuensi 3.5 GHz untuk teknologi 5G di Indonesia dengan menggunakan metode STEP, didapatkan kesimpulan bahwa baik teknologi 5G dan satelit sama-sama membutuhkan spektrum frekuensi 3.5 GHz untuk layananya. Oleh karena itu strategi yang harus dilakukan regulator adalah memberikan edukasi kepada masyarakat, mengkaji secara teknis tentang kemungkinan sharing spektrum frekuensi, mengkaji secara ekonomi real manfaat yang didapatkan oleh pemerintah dan masyarakat Indonesia dari layanan 5G. Terakhir mengadakan FGD agar hasil regulasi dapat diterima dan optimal.

5G technology is expected to be present in 2020. In order to achieve that, an ecosystem that can support the implementation of 5G technology optimally is needed. One of the challenges in preparing for the 5G ecosystem is the allocation of the use of the frequency spectrum. The frequency spectrum is one of the limited telecommunication resources, so it needs optimal and efficient management so that the impact of technological benefits can be felt to the maximum. The 3.5 GHz frequency spectrum is a spectrum of hotspots that are widely recommended in implementing 5G technology in global telecommunications forums, because it has sufficient capacity and reach for 5G technology. Unfortunately in Indonesia, the 3.5 GHz frequency spectrum is the existing spectrum used for satellite services.
With the uneven distribution of optics, and the characteristics of Indonesia which is an archipelago and prone to natural disasters, satellite services are still a mandatory service owned by Indonesia. Therefore, in this study an analysis of the implementation of the 3.5 GHz frequency spectrum for 5G technology in Indonesia was carried out using the STEP method (Social, Technology, Economy, Policy). In this study the framework model based on the STEP method is used to make approaches that not only see problems based on an economic perspective but also from a social perspective, a technological perspective and a policy perspective. So that we get a complete perspective and can analyze the use of the 3.5 GHz frequency spectrum more accurately and can describe the current industrial conditions for the use of the 3.5 GHz frequency spectrum in Indonesia.
From the results of an analysis of the implementation of the 3.5 GHz frequency spectrum for 5G technology in Indonesia using the STEP method, it was concluded that both 5G and satellite technologies both require a 3.5 GHz frequency spectrum for their services. Therefore the strategy that must be carried out by regulators is to provide education to the public, to study technically about the possibility of sharing the frequency spectrum, to assess economically the real benefits obtained by the government and the people of Indonesia from 5G services. The last is to hold an FGD so that the results of the regulation are acceptabel and optimal.that the 3.5 GHz frekuensi spektrum is more useful for being allocated to satellite services.
"
Depok: Fakultas Teknik Universitas Indonesia, 2018
T51690
UI - Tesis Membership  Universitas Indonesia Library
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Lessy Sutiyono Aji
"[ABSTRAK
Tren global bencana alam mengalami peningkatan, baik yang disebabkan oleh
perubahan iklim, pemanasan global, gempa bumi maupun oleh perbuatan manusia. Jika
dilihat dari statistik peningkatan terjadinya bencana, kejadian bencana alam diseluruh dunia
mengalami peningkatan dari tahun ke tahun. Indonesia merupakan negara maritim yang
terletak pada tiga lempeng besar dunia dan jalur ring of fire sehingga berpotensi besar
terhadap bencana tsunami [1]. Telekomunikasi memiliki peranan penting sebagai alat
komunikasi pada saat terjadinya bencana.
Dalam penelitian ini akan diusulkan dua skenario alternatif metoda pengembangan
jaringan PPDR Broadband, yaitu Skenario Alternatif I : Pemerintah membangun dan
mengoperasikan sendiri dan Skenario Alternatif II : Kerjasama Pemerintah dengan Operator
Telekomunikasi. Analisis dilakukan berdasarkan sudut pandang Pemerintah. Cakupan area
penelitian adalah DKI, Jabar dan Banten. Pada Skenario alternatif I, didapatkan nilai cost
benefit analysis sebesar 903 dan untuk skenario alternatif II didapatkan nilai cost benefit
analysis sebesar 1837. Kedua skenario tersebut dapat dikatakan layak secara ekonomi, tapi
jika pemerintah menggunakan alternatif II dapat menghemat biaya sebesar 1,4 Trilyun
Rupiah. Hasil penelitian ini diharapkan dapat menjadi masukan kepada pemerintah perihal
pemilihan metoda pembangunan infrastruktur komunikasi radio antar instansi pemerintah
untuk PPDR.

ABSTRACT
Global trend of natural disasters has increased, whether caused by climate change,
global warming, earthquakes or by human actions. When viewed from the statistical increase
in the occurrence of disasters, natural disasters around the world has increased from year to
year. Indonesia is a maritime country that lies in the world's three major plates and lane ring
of fire that has great potential for tsunami disaster [1]. Telecommunications has an
important role as a means of communication in the event of a disaster.
In this study will be proposed two alternative scenarios development method of
PPDR Network, namely the Alternative Scenario I: build and operate by Government and
Alternative Scenario II: Public Private Partnership. The analysis is based on Government
view. The coverage area of research is Jakarta, West Java and Banten. In the alternative
scenario I, we found that value of cost benefit analysis are 908. and In the alternative
scenario II, we found that value of cost benefit analysis are 1837. Both of these scenarios can
be said to be economically viable, but if the government uses the second alternative can save
costs by 1.4 trillion rupiah. Results of this study will be proposed to the government in
determining the method of network construction PPDR;Global trend of natural disasters has increased, whether caused by climate change,
global warming, earthquakes or by human actions. When viewed from the statistical increase
in the occurrence of disasters, natural disasters around the world has increased from year to
year. Indonesia is a maritime country that lies in the world's three major plates and lane ring
of fire that has great potential for tsunami disaster [1]. Telecommunications has an
important role as a means of communication in the event of a disaster.
In this study will be proposed two alternative scenarios development method of
PPDR Network, namely the Alternative Scenario I: build and operate by Government and
Alternative Scenario II: Public Private Partnership. The analysis is based on Government
view. The coverage area of research is Jakarta, West Java and Banten. In the alternative
scenario I, we found that value of cost benefit analysis are 908. and In the alternative
scenario II, we found that value of cost benefit analysis are 1837. Both of these scenarios can
be said to be economically viable, but if the government uses the second alternative can save
costs by 1.4 trillion rupiah. Results of this study will be proposed to the government in
determining the method of network construction PPDR, Global trend of natural disasters has increased, whether caused by climate change,
global warming, earthquakes or by human actions. When viewed from the statistical increase
in the occurrence of disasters, natural disasters around the world has increased from year to
year. Indonesia is a maritime country that lies in the world's three major plates and lane ring
of fire that has great potential for tsunami disaster [1]. Telecommunications has an
important role as a means of communication in the event of a disaster.
In this study will be proposed two alternative scenarios development method of
PPDR Network, namely the Alternative Scenario I: build and operate by Government and
Alternative Scenario II: Public Private Partnership. The analysis is based on Government
view. The coverage area of research is Jakarta, West Java and Banten. In the alternative
scenario I, we found that value of cost benefit analysis are 908. and In the alternative
scenario II, we found that value of cost benefit analysis are 1837. Both of these scenarios can
be said to be economically viable, but if the government uses the second alternative can save
costs by 1.4 trillion rupiah. Results of this study will be proposed to the government in
determining the method of network construction PPDR]"
2015
T43816
UI - Tesis Membership  Universitas Indonesia Library
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Marcellinus Advent Adonura Nusa
"ABSTRAK
Peningkatan kesejahteraan masyarakat salah satunya dilatarbelakangi oleh
peningkatan penetrasi broadband di kabupaten/kota di Indonesia. Di satu sisi,
Indonesia sedang mengalami spektrum crunch atau krisis spektrum, di mana
kebutuhan spektrum untuk mobile broadband meningkat, sementara ketersediaan
spektrum sangat terbatas. ACMA memperkirakan kebutuhan spektrum frekuensi
dunia sebesar 1.081 MHz pada tahun 2020. Untuk Indonesia diperkiran kebutuhan
spektrum frekuensi sebesar 500 MHz pada tahun 2020.
Solusi untuk memenuhi kebutuhan tersebut adalah memanfaatkan lebar pita 150
MHz di spektrum frekuensi S band . ITU dalam rekomendasinya telah
mengidentifikasi lebar pita ini sebagai spektrum frekuensi IMT. Banyak negara
telah menggelar layanan LTE di spektrum ini. Dan secara bisnis, operator di
negara-negara tersebut memperoleh pendapatan yang siginifikan dari layanan
LTE di spektrum tersebut. Harga spektrum S band yang tinggi menunjukan betapa
berharganya spektrum tersebut jika dimanfaatkan untuk layanan pita lebar. Saat
ini frekuensi tersebut sedang digunakan oleh PT. X untuk layanan TV satelit
berbayar. Jika dibandingkan dengan layanan pita lebar, jarang ditemukan referensi
yang menunjukan bahwa layanan TV satelit berbayar mendorong pertumbuhan
ekonomi suatu negara. Dengan menggunakan metode yang direkomendasikan
oleh ITU tentang Spectrum Redeployment, tesis ini menghitung biaya dan
menganalisa proses redeployment frekuensi S band. Komponen-komponen yang
digunakan yaitu landasan hukum yang digunakan, skenario perpindahan, time
scale dan redeployment cost.
Hasil yang didapatkan yaitu, besar redeployment cost untuk proses redeployment
spektrum frekuensi S band PT. X adalah sebesar Rp. 4.258.560.326.727. Dari
besaran nilai manfaat U_incomer, U_outgoer, dan C_removal hasil perhitungan,
diperoleh nilai U_incomer (Rp. 5.669.082.138.308) lebih besar dari jumlah
U_outgoer dan C_removal (Rp. 4.259.263.921.947). Atau sesuai dengan formula
U_incomer > U_outgoer + C_removal. Dengan demikian maka, proses
redeployment frekuensi S band dapat dikatakan optimal untuk diimplementasikan.

ABSTRACT
One of the causes of social welfare improvement is the increased penetration of
broadband in districts or cities in Indonesia. On the other hand, Indonesia is
experiencing a spectrum crunch where the needs of spectrum for mobile
broadband increases, while the spectrum availability are very limited. ACMA
claimed that globally there will be 1,081 MHz spectrum demand in 2020.
Indonesia itself will need 500 MHz additional spectrum in same year.
Solution to meet those needs is to utilize 150 MHz bandwidth on spectrum
frequency S band. ITU has been identifying this spectrum as an IMT frequency.
Many countries have deployed this spectrum for LTE. Operators in those
countries are getting lot of revenues by occupying the spectrum for LTE service.
The spectrum price is high shown how valuable the spectrum is for broadband
sevice. This time in Indonesia, the frequency is being used by PT. X for satellitepay
TV services. There are less of references claim that this kind of service can
trigger national economy development. By using the method recommended by ITU
on spectrum Redeployment, this thesis analyzed and calculating the costs of S
band frequency redeployment process. The components used are the legal basis,
redeployment scenarios, time scale and redeployment cost.
The results obtained are as follows, the redeployment cost for the S band
frequency spectrum PT. X is Rp . 4,258,560,326,727. From the amount of utility
value U_incomer , U_outgoer , and C_removal calculations, the value of
U_incomer (Rp . 5.669.082.138.308) is greater than the sum U_outgoer and
C_removal (Rp . 4.259.263.921.947). Or in accordance with the formula
U_incomer > U_outgoer + C_removal . Thus , the process of redeployment S
frequency band can be said to be optimal for implementation"
2015
T44683
UI - Tesis Membership  Universitas Indonesia Library
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Johanes Setiyabudi
"[ABSTRAK
Layanan Kendaraan Terhubung Internet (LKTI) yang sudah di kembangkan oleh
operator seluler di Indonesia sebagai bagian dari layanan digital nya. Dalam konteks
LKTI, layanan yang diberikan masih terbatas pada layanan telematik dengan
menggunakan perangkat On Board Diagnostic (OBD) II dengan metoda
konektivitas ter-integrasi. Harga perolehan perangkat yang relatif lebih mahal
dibanding layanan sejenis yang bebas biaya berlangganan, membuat penetrasi pasar
LKTI telematik Operator Indonesia tidak berkembang. Dibutuhkan strategi
penetrasi pasar baru untuk dapat mencapai adaptasi masal dengan
mempertimbangkan perluasan layanan kearah infotainment, pemilihan perangkat
pemicu layanan yang komprehensif, mekanisme pemisahan pembebanan biaya
layanan, serta pola kerjasama hilir baru antara operator ? diler ? dan sistem
integrator.
Pemodelan Kano digunakan untuk mengidentifikasi fitur-fitur yang diinginkan
pelanggan terhadap solusi perangkat keras pemicu layanan serta pengembangan
tipe aplikasi LKTI agar dapat mendukung diversifikasi layanan eksisting operator.
Model bisnis baru dari LKTI operator dikembangkan dengan pemodelan bisnis
Canvas dengan ?Pemberdayaan diversifikasi LKTI untuk mobil non-premium?
sebagai proposisi nilai yang ditawarkan.
Sehingga penetrasi pasar secara masal akan dapat dicapai dengan strategi
pemanfaatan dealer sebagai jalur distribusi dengan mekanisme bundling perangkat
pemicu layanan sebagai bagian dari kendaraan yang dijual oleh diler serta
pembebasan biaya bulanan terhadap layanan LKTI telematik dasar. Pengembangan
aplikasi LKTI mandiri dan bersifat lokal oleh operator yang bekerjasama dengan
sistem integrator merupakan kunci dari kesinambungan dan perkembangan layanan
LKTI di Indonesia di masa yang akan datang dalam penggunaan aplikasi nilai
tambah (layanan nilai tambah telematik dan infotainment) yang bermuara pada
peningkatan trafik data operator yang didukung oleh mekanisme pemisahan
pembebanan biaya layanan.

ABSTRACT
Connected Car Services (CCS) have been developed by Indonesian Cellular
operators as part of their Digital Services product. In the CCS context, current
service provided by Indonesian operator is still limited to vehicle telemetry with On
Board Diagnostic (OBD)-II device as a service enabler by using integrated
connectivity scheme. High acquiring enabler-hardware cost compare to their
competitors which are free of charge, made operator market penetration on this
service is low. A new market penetration strategy is required to gain mass-market
adoption considering service broadening to infotainment, comprehensive enabler
hardware selection, split billing mechanism, and a new partnership scheme
between operator ? dealership ? and System Integrator.
Kano modelling is used to identify Connected Car Services Enabler Hardware
features and type of applications development required by customer to support
operator existing services diversification. A new business is developed to support
this new diversification services by using Canvas Model with ?Enablement VAST
Connected Car Services for non-Premium Car? as the value proposition offered.
Hence, mass adoption market penetration could be achieved by bundling CCS
enabler hardware as a part of the vehicle offered to the customer by dealer and
giving free of CCS basic telematics monthly service cost strategy. Meanwhile, self
development of CCS applications with local taste, by cooperation between operator
and system integrator, will be the key of sustainability and application enhancement
of CCS Services in Indonesia to excite customer accessing CCS enhance
applications (Telematic VAS and Infotainment) which will increase operator data
traffic through split billing mechanism., Connected Car Services (CCS) have been developed by Indonesian Cellular
operators as part of their Digital Services product. In the CCS context, current
service provided by Indonesian operator is still limited to vehicle telemetry with On
Board Diagnostic (OBD)-II device as a service enabler by using integrated
connectivity scheme. High acquiring enabler-hardware cost compare to their
competitors which are free of charge, made operator market penetration on this
service is low. A new market penetration strategy is required to gain mass-market
adoption considering service broadening to infotainment, comprehensive enabler
hardware selection, split billing mechanism, and a new partnership scheme
between operator – dealership – and System Integrator.
Kano modelling is used to identify Connected Car Services Enabler Hardware
features and type of applications development required by customer to support
operator existing services diversification. A new business is developed to support
this new diversification services by using Canvas Model with “Enablement VAST
Connected Car Services for non-Premium Car” as the value proposition offered.
Hence, mass adoption market penetration could be achieved by bundling CCS
enabler hardware as a part of the vehicle offered to the customer by dealer and
giving free of CCS basic telematics monthly service cost strategy. Meanwhile, self
development of CCS applications with local taste, by cooperation between operator
and system integrator, will be the key of sustainability and application enhancement
of CCS Services in Indonesia to excite customer accessing CCS enhance
applications (Telematic VAS and Infotainment) which will increase operator data
traffic through split billing mechanism.]"
2015
T45269
UI - Tesis Membership  Universitas Indonesia Library
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M Toriqul Amien
"[ABSTRAK
Dengan meningkatnya trend konsumsi penggunaan layanan data di Indonesia
kedepan, Evolved Multi Broadcast Multicast Services (eMBMS) menjadi sebuah
solusi praktis untuk mengurangi traffic dan membuat penggunaan spektrum
menjadi lebih efisien. Penerapan layanan eMBMS ini terintegrasi dengan
Enchanced Packet Core - LTE advanced pada Single Frequency Network
(MBSFN) sehingga lebih mudah untuk dilakukan. Hasil dari penerapan eMBMS
ini akan diprediksikan menjadi suatu bentuk model bisnis baru bagi operator dan
diharapkan dapat meningkatkan revenue bagi operator akan dikaji dalam thesis
ini. Analisis ekonomi menghasilkan bahwa penerapan layanan eMBMS ini layak
untuk dilakukan karena Nilai NPV > 0 (Rp. 533 milyar) dan nilai IRR (14.79%) >
MARR (12%) dengan payback periode selama 3. 7 tahun.

ABSTRACT
With the future trend of increasing consumption in the data services in Indonesia.
Evolved Multi Broadcast Multicast Services (eMBMS) will be a practical solution
to reduce traffic and make more efficient use of spectrum. Implementation of
EMBMS services is integrated within LTE advanced ? Enchanched Packet Core
Enchanced over Single Frequency Network (MBSFN. In this thesis, the results of
the implementation eMBMS solution is predicted that operator telecommunication
in Indonesia has a new business models and expected to generate new source of
revenue for operator. Based on economical analysis, the implemention of eMBMS
services is feasible due to the NPV > 0 (Rp. 533 million) and IRR (14.79%) >
MARR (12%) with 3.7 year payback period;With the future trend of increasing consumption in the data services in Indonesia.
Evolved Multi Broadcast Multicast Services (eMBMS) will be a practical solution
to reduce traffic and make more efficient use of spectrum. Implementation of
EMBMS services is integrated within LTE advanced ? Enchanched Packet Core
Enchanced over Single Frequency Network (MBSFN. In this thesis, the results of
the implementation eMBMS solution is predicted that operator telecommunication
in Indonesia has a new business models and expected to generate new source of
revenue for operator. Based on economical analysis, the implemention of eMBMS
services is feasible due to the NPV > 0 (Rp. 533 million) and IRR (14.79%) >
MARR (12%) with 3.7 year payback period, With the future trend of increasing consumption in the data services in Indonesia.
Evolved Multi Broadcast Multicast Services (eMBMS) will be a practical solution
to reduce traffic and make more efficient use of spectrum. Implementation of
EMBMS services is integrated within LTE advanced – Enchanched Packet Core
Enchanced over Single Frequency Network (MBSFN. In this thesis, the results of
the implementation eMBMS solution is predicted that operator telecommunication
in Indonesia has a new business models and expected to generate new source of
revenue for operator. Based on economical analysis, the implemention of eMBMS
services is feasible due to the NPV > 0 (Rp. 533 million) and IRR (14.79%) >
MARR (12%) with 3.7 year payback period]"
2015
T45564
UI - Tesis Membership  Universitas Indonesia Library
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Sartika Setiawan
"[ABSTRAK
Kebutuhan akan layanan data pada jaringan telekomunikasi terus meningkat, jumlah trafik data setiap tahun selalu bertambah sedangkan trafik voice cenderung sudah jenuh. Teknologi 4G LTE (Generasi ke-empat Long Term Evolution) sebagai teknologi jaringan telekomunikasi terbaru dari 3GPP (Thrid Generation Pathnership Project) mampu memberikan kecepatan dan kapasitas lebih baik dari teknologi sebelumnya. Implementasi 4G LTE ini menjawab tantangan trend kebutuhan akan layanan data yang terus meningkat. Dalam proses implementasinya terdapat 2 tantangan besar yaitu terbatasnya lebar pita frekuensi di 1800 Mhz dikarenakan harus berbagi dengan sistem eksisting 2G DCS 1800 Mhz, dan kondisi demografi Indonesia yang bervariasi. Model dibangun dengan mengkombinasikan tipe area dengan lebar pita yang digunakan mulai dari 3 Mhz, 5 Mhz, 10 Mhz, 15 Mhz dan 20 Mhz. Dengan melakukan simulasi pada berbagai tipe area di Jabodetabek dan berbagai lebar pita frekuensi dihasilkan lebar pita yang berbeda pada masing-masing area berdasarkan aspek teknis (coverage dan kapasitas) dan kelayakan ekonomi yang diharapkan.

ABSTRACT
The need for data services in telecommunication network continues to increase, payload of data traffic every year is always increasing while the voice traffic is saturated. 4G LTE (fourth-generation Long Term Evolution) as the latest technology telecommunication networks of the 3GPP (Third Partnership Generation Project) is able to provide the speed and capacity better than previous technologies. 4G LTE implementation answering the challenge of increment data needed. In the process of implementation, there are two major challenges, the limited bandwidth at 1800 MHz due to be shared with existing 2G systems DCS 1800 MHz, and demographic conditions of Indonesia that different from one area to another area. The model is built by combining the type of area with the bandwidth used ranging from 3 MHz, 5 MHz, 10 MHz, 15 MHz and 20 MHz. The model is built by combining the type of area with the bandwidth used ranging from 3 MHz, 5 MHz, 10 MHz, 15 MHz and 20 MHz. By simulating the various types of areas in Greater Jakarta and various bandwidth generated different bandwidths in each area based on the technical aspects (coverage and capacity) and the expected economic feasibility., The need for data services in telecommunication network continues to increase, payload of data traffic every year is always increasing while the voice traffic is saturated. 4G LTE (fourth-generation Long Term Evolution) as the latest technology telecommunication networks of the 3GPP (Third Partnership Generation Project) is able to provide the speed and capacity better than previous technologies. 4G LTE implementation answering the challenge of increment data needed. In the process of implementation, there are two major challenges, the limited bandwidth at 1800 MHz due to be shared with existing 2G systems DCS 1800 MHz, and demographic conditions of Indonesia that different from one area to another area. The model is built by combining the type of area with the bandwidth used ranging from 3 MHz, 5 MHz, 10 MHz, 15 MHz and 20 MHz. The model is built by combining the type of area with the bandwidth used ranging from 3 MHz, 5 MHz, 10 MHz, 15 MHz and 20 MHz. By simulating the various types of areas in Greater Jakarta and various bandwidth generated different bandwidths in each area based on the technical aspects (coverage and capacity) and the expected economic feasibility.]"
2015
T45563
UI - Tesis Membership  Universitas Indonesia Library
cover
Erwin Wahyu Raharjo
"Tesis ini telah memaparkan suatu penelitian terkait tren yang terjadi pada industri telekomunikasi dimana utilisasi jaringan menjadi acuan bagi operator PT XYZ untuk melakukan investasi. Namun hal ini, tidak diiringi dengan pengamatan pada tren payload yang dihasilkan sebagai tolak ukur revenue. Semakin besar kapasitas node-b yang terpasang maka konsekuensinya biaya investasi dan pemeliharaan akan semakin besar sementara nilai investasi tersebut belum tentu sebanding dengan profit yang dihasilkan. Adapun alternatif dalam hal ini adalah melakukan ekspansi node-b dan multisector node-b.
Penelitian ini dimulai dengan melakukan identifikasi masalah pada area POI berdasarkan node-b power utilization dan payload. Metode penelitian area POI digunakan untuk melihat kondisi area yang kemudian dilakukan analisis perbandingan profitability alternative yaitu opsi-1 ekspansi node-b dan opsi-2 multisector.
Hasil penelitian didapatkan bahwa implementasi multisector node-b dengan tingkat profitability paling tinggi dilakukan di area Kampus Universitas Indonesia dengan nilai NPV Positif, IRR lebih dari 30% dan PP sekitar 2 tahun.

This thesis describes a research based on trends in the telecommunication industry where network utilization was referenced by PT XYZ to make investments. However, this was not followed by an observation on payload trends, generated as a measurement of revenue. The network capacity, which is getting bigger, will impact the growing investment and maintenance costs; while the value of such investments are not necessarily proportional with the profit.
The research started with the identifications of the condition in the area of POI based on node-b power utilization and payload. Research method of area POI was used to see the condition of the area, then comparative analysis of profitability alternative, which include node-b expansion as 'option-1' and multisector as 'option-2'.
This research showed that implementation of multisector node-b with the highest profitability is in the area of University of Indonesia with NPV positive grade, 30% of IRR and 2 years of Payback Periode.
"
Depok: Fakultas Teknik Universitas Indonesia, 2016
T45757
UI - Tesis Membership  Universitas Indonesia Library
cover
Mutiara Prima Kurniastuti
"Rencana Pitalebar Indonesia (RPI) merupakan perpres no 96 tahun 2014 yang dibuat untuk memeratakan koneksi internet di seluruh Indonesia. Target yang diinginkan adalah 100% populasi urban dan 52% populasi rural bisa merasakan internet dengan kecepatan rata-rata 1 Mbps. Dari target dan latar belakang tersebut daerah perbatasan menjadi lokasi prioritas. Lokasi perbatasan menjadi prioritas karena merupakan gambaran Indonesia di mata negara tetangga. Target meratanya koneksi internet di seluruh Indonesia dibatasi oleh waktu dan tentunya efisiensi biaya.
Pada penelitian ini dikaji mengenai analisis keekonomian untuk teknologi apa saja yang mampu menunjang percepatan program RPI ini sehingga dana yang dikeluarkan lebih efisien dan tidak merugi. Meskipun demikian, daerah LOKPRI merupakan daerah yang selalu dikatakan sebagai daerah tidak layak investasi, dengan demikian harus ada subsidi dari pemerintah agar tujuan dari RPI ini bisa terealisasi.
Analisis implementasi model teknologi ini menunjukkan bahwa semua teknologi yang ditawarkan, yaitu BTS, VSAT, dan PLC bisa diimplementasikan di tiga daerah LOKPRI perbatasan (Paloh, Entikong, dan Badau) hanya saja tidak layak secara ekonomi. Dengan demikian pemerintah harus memberikan subsidi agar target RPI ini terlaksana. Subsidi diberikan pada komponen biaya yang digunakan bersama-sama yaitu biaya sewa transmisi

Indonesia Broadband Plan (IBP) is the Presidential Regulation No.96 of 2014 that made to equalize the internet connection throughtout Indonesia. Target IBP are 100% urban population and 52% rural population can feel internet with average speed 1 Mbps. From this target and background the border area become priority area.It is become priority because border area is picture of the country itself. IBP are limited with time and of course implementation cost.
In this study assessed about economy analysis for every technology that will implemented, so the cost that expense is more efficient. Nontheless, economic analysis for priority location are always not feasible to be implemented. If it is not feasible, the government must subsidise in order that IBP can be realized.
This technology implementation model shows that all technology given (BTS, VSAT, PLC) can be implemented in border priority area especially in three areas, Paloh, Entikong and Badau. Although it is not feasible, so government must subsidise so that IBP target can be reached. The subsidy is given for transmission cost.
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Depok: Fakultas Teknik Universitas Indonesia, 2016
T45646
UI - Tesis Membership  Universitas Indonesia Library
cover
Muchammad Ghofur Al Amin
"Seiring dengan perkembangan dalam teknologi seluler, telah terjadi peningkatan yang signifikan terhadap kemampuan dari jaringan, perangkat hand phone dan jumlah aplikasi yang tersedia, terjadi ledakan permintaan akan layanan data. Pengembangan jaringan secara masif untuk jaringan seluler generasi 2G, 3G dan 4G turut memacu pertumbuhan layanan data. Berdasarkan peraturan Menteri Komunikasi dan Informatika nomor 16 tahun 2013 tentang Standar Kualitas Jasa Teleponi Dasar Pada Jaringan Bergerak Seluler, standar tolok ukur QoS hanya dilakukan untuk jenis layanan suara.
Dalam penelitian ini akan dilakukan proses analisis terhadap performansi QoS dan QoE layanan data pada jaringan seluler di DKI Jakarta, Tangerang, Bekasi, Bogor dan Depok, Indonesia dengan sistem uji petik secara drive test dan static test. Pada proses drive test dilakukan uji coba untuk aplikasi HTTP (Hypertext Transfer Protocol) dan untuk static test dilakukan uji coba aplikasi PING. Untuk melengkapi hasil analisis dilakukan dengan benchmarking terhadap regulasi layanan data pada ETSI, MCMC, IDA, dan Ofcom.
Diharapkan hasil penelitan ini dapat menjadi gambaran secara utuh terhadap performansi QoS dan QoE layanan data pada jaringan seluler yang dapat indikator penting dalam menentukan parameter QoE dan QoS layanan data guna perbaikan regulasi pada penentuan standar tolok ukur QoS dan QoE layanan data pada jaringan seluler di Indonesia.

Along with the development in the mobile technology, there has been a significant increase in the ability of the network, the device is a mobile phone and the number of applications available, causing explosion in demand for data services. Massive's network development for 2G, 3G and 4G mobile netowork helped increasing the growth of data services. Based on the regulation of the Minister of Communication and Information number 16 of 2013 on Basic Telephone Service Quality Standard On Mobile Cellular Network, the measurement of QoS is only done for voice services.
In this study we will perform an analysis of the performance of QoS and QoE data services on mobile networks in Jakarta, Tangerang, Bekasi, Bogor and Depok, Indonesia with pick-test system as drive test and static test. In the drive test conducted trials for application HTTP (Hypertext Transfer Protocol) and for the static test trials conducted PING application. The results of the analysis is completed with regulation benchmarking on data services at the ETSI, MCMC, IDA, and Ofcom.
Expected results of this research can be a full picture of the performance of QoS and QoE data services on mobile networks that can be an important indicator in determining the parameters of QoE and QoS data services for the improvement of the regulation on the standard QoS and QoE data services on mobile networks in Indonesia.
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Depok: Fakultas Teknik Universitas Indonesia, 2016
T45628
UI - Tesis Membership  Universitas Indonesia Library
cover
Siagian, Liberty Binsar
"ABSTRAK
Keban yakan operator selular saat ini dihadapkan pada tantangan dimana pertumbuhan pelanggan sudah mengalami saturasi dan terjadi penurunan pertumbuhan pendapatan karena layanan legacy cenderung mengalami penurunan karena mendapat ancaman dari layanan over-the-top (OTT). Strategi pengembangan bisnis layanan digital pun dilakukan untuk dapat meningkatkan pendapatan perusahaan melalui penyelenggaraan layanan digi tal payment & mobile e-money, digital advertising dan bisrus machine-to-machine (M2M) mengingat potensi dan dukungan dari ekosistem digital yang cukup menjanjikan. Namun dalam ken yataannya, penyelenggaraan layanan di gital tersebut belum dapat memberikan dampak yang signifikan bagi pertumbuhan pendapatan perusahaan sehingga diperlukan strategi baru dengan suatu i novasi layanan. Penel itian ini bertujuan untuk memodelkan integrasi tiga layanan digital yaitu mobile e-money, digital advertising dan M2M ke daJam layanan Smart Vending Machine (SVM), serta menganalisis model bisnis penyelenggaraan layanan pada studi kasus PT. XYZ sehingga diharapkan dapat menjadi suatu sumber pendapatan baru bagi operator seJular PT. XY Z. Berdasarkan hasil pemodelan sistem dan analisis model bisnis rudapatkan bahwa pen yelenggaraan l ayanan SVM mengikuti pola model bisnis platfonn bersisi banya k, yang mempertemukan dua kelompok pelanggan yang berbeda yaitu pelanggan e-money dan pelanggan korporasi. Empat model bisnis juga dianalisis dimana la yanan SVM laya k untuk diimpl ementasikan dan diharapkan dapat memberikan tambahan pendapatan bagi operator selular PT. XYZ

ABSTRACT
Most of Cellular Operators are currently facing challenges in which subscriber growth is saturated and revenue growth is declined because legacy services are tend to decreased due to threat from over-the-top (OTT) services. Strategy to offer digital services is developed in order to increase operators' revenue through offering of services such as digital payment & mobile e-money, digital advertising and machine-to-machine (M2M) business, where potential and digital ecosystem support of those services is very promising. In reality, the implementation of those digital services is not yielding significant effect on operators' revenue growth, thus they need new strategy with a new service innovation. This research aims to modeling an integration of three digital services which are mobile e-money, digital advertising and M2M , into a Smart Vending Machine (SVM ) service. Furthermore, this research also analyzes business model implementation of this service as a study case at PT.XYZ, where this service is expected to become a new revenue source. From system modeling result and business model analysis, it is revealed that implementation of SVM services practices multi-sided platform business model pattern that brings together two different groups of customers which are e-money users and corporate customers. Moreover, this research analyses four business models approach to find appropriate implementation models of SVM services and additional revenue opportunities for PT.XYZ."
2016
T46255
UI - Tesis Membership  Universitas Indonesia Library
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