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"The 21 revised full papers presented were carefully reviewed and selected from numerous contributions. The papers are organized in topical sections on mobile systems in education, SOC for mobile Apps (SOC), networking platforms (NW), mobile execution frameworks (MFW), mobile cloud (MC) and distributed execution, and mobile sensor networks."

"This book focuses on mobile data and its applications in the wireless networks of the future. Several topics form the basis of discussion, from a mobile data mining platform for collecting mobile data, to mobile data processing, and mobile feature discovery. Usage of mobile data mining is addressed in the context of three applications: wireless communication optimization, applications of mobile data mining on the cellular networks of the future, and how mobile data shapes future cities."

"In this book, the fundamental concepts of MSNets are introduced including the background, key features and potential applications of MSNets, while also presenting research topics, such as, MSNets as realistic social contact traces and user mobility models. Because the ultimate goal is to establish networks that allow mobile users to quickly and efficiently access interesting information, particular attention is paid to data dissemination and query schemes in subsequent sections. Combined with geography information, the concepts of community and centrality are employed from a social network perspective to propose several data dissemination and query schemes, and further use real social contact traces to evaluate their performance, demonstrating that such schemes achieve better performance when exploiting more social relationships between users."

"This book constitutes the thoroughly refereed post-conference proceedings of the Third International ICST Conference Mobile Lightweight Wireless Systems (MOBILIGHT 2011) held in Bilbao, Spain on May 9-10. 2011. In numbers, MOBILIGHT 2011 was organized as a 2-day single-track event with 18 technical presentations, and 3 specialized workshops focused on opportunistic sensing and processing in mobile wireless sensor and cellular networks (MOBISENSE), multimode wireless access networks (MOWAN) and strategic network planning applied to market regulation (NETSTRAT), totaling to 34 papers presented during the conference and included in the proceedings"

"Tesis ini bertujuan memformulasikan strategi yang tepat dalam pemasaran produk mobile broadband SMART melalui analisis Porter 5 Forces dan SWOT. Potensi kompetitif SMART bersarkan Porter 5 Forces berada di level Medium. Hasil analisis SWOT menunjukkan posisi SMART pada Kuadran IV (Kekuatan - Ancaman) yang selanjutnya mengarahkan pada alternatif strategi stabilisasi dalam Grand Strategy. Dari sejumlah strategi berdasarkan Porter 5 Forces dan Grand Strategy, dilakukan pendekatan QSPM untuk menentukan suatu strategi unggulan dalam pemasaran produk mobile broadband SMART. Hasilnya adalah strategi tetap mempertahankan diferensiasi produk unlimited murni untuk memperkuat penetrasi pasar.

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The focus of this study is to formulate the best strategy of product marketing of SMART mobile broadband through Porter 5 Forces and SWOT analysis. Porter 5 shows the medium level of SMART competitive potential. SWOT results the Quadrant IV of SMART position (Strenght - Threats) that continuing into stabilization strategy in Grand Strategy. Using QSPM approach, available strategies from Porter 5 Forces and Grand Strategy are processed to perform a best strategy of product marketing of SMART mobile broadband which is to keep the product differentiation strategy of unlimited mobile broadband in strengthening the market penetration."

"Teknologi terus berkembang, teknologi-teknologi baru yang lebih canggih dari teknologi sebelumnya banyak bermunculan. Namun, banyak kasus di mana pengguna tidak mau beralih dari teknologi lama ke teknologi baru tersebut. Permasalahan mengenai keengganan pengguna untuk beralih ini dialami oleh PT Cookpad Digital Indonesia. Pengguna situs web mobile tidak banyak yang mau beralih ke aplikasi mobile. Penelitian ini bertujuan untuk mengidentifikasi faktor-faktor pendorong dan penghambat yang memengaruhi pengguna untuk beralih dari situs web mobile ke aplikasi mobile Cookpad. Pendekatan teoretis yang dipakai adalah two factor theory, di mana dihipotesiskan ada faktor-faktor pendorong dan faktor-faktor penghambat yang berpengaruh dan bekerja secara independen. Penelitian dilakukan dengan mengambil data kuantitatif melalui survei kuesioner yang disebarkan secara daring kepada pengguna situs web Cookpad di Indonesia. Sebanyak 406 data responden terkumpul, dengan 331 data responden yang valid. Hasil survei dianalisis menggunakan metode Structural Equation Modiling dengan bantuan IBM SPSS AMOS. Hasil penelitian menunjukkan bahwa functional deprivation, interactivity, dan social identification berpengaruh sebagai faktor pendorong dan inertia terbukti sebagai faktor penghambat bagi keputusan pengguna situs web mobile untuk beralih memakai aplikasi mobile.

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With the advancement in technology world, a lot of newer and better technology are introduced. However, there are many cases where users don 39 t want to adopt the new and better technology, instead they keep using the old technology. This problem of users 39 inertia, not wanting to switch to new technology, is now being faced by PT Cookpad Digital Indonesia Cookpad Indonesia . Only few Cookpad mobile web users that want to switch to use Cookpad mobile application.

The purpose of this research is to identify the factors, enablers and inhibitors, that influence Cookpad mobile website users to switch to use Cookpad mobile application. Two factor theory, which states that there are enablers and inhibitors that work independently to influence behavior, is used as theoretical framework for this research.

Quantitative data using Likert scale was collected through questionnaire survey targeting Cookpad Indonesia users. 406 questionnaires were collected, with 331 of them are valid. IBM SPSS AMOS was used to analyze survey result using Structural Equation Modeling method.

Functional deprivation, interactivity, and social identification were identified as enablers, while inertia was identified as inhibitors for users 39 intention to switch from mobile website to mobile application."

"Jaringan Mobile IPv6 mendukung perpindahan mobile node dari titik akses jaringan satu ke titik akses lain tanpa harus memutuskan koneksi. Pada jaringan mobile, perpindahan ini disebut handover yang dibedakan atas vertical handover dan horizontal handover. Untuk mengetahui performa jaringan dengan kedua jenis handover tersebut, dapat diukur beberapa parameter QoS seperti throughput, transfer time, dan delay. Dalam skripsi ini, aplikasi yang digunakan berupa File Transfer Protocol (FTP). Hasil pengukuran membuktikan bahwa throughput mengalami penurunan sebesar 4,14% pada horizontal handover dan mengalami penurunan sebesar 26,25% pada vertical handover; transfer time bertambah sebesar 8,34% pada horizontal handover dan bertambah sebesar 41,49% pada vertical handover; delay bertambah sebesar 8,22% pada horizontal handover dan bertambah sebesar 41,05% pada vertical handover. Secara keseluruhan performa jaringan mobile IPv6 skenario horizontal handover lebih baik daripada vertical handover.

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Mobile IPv6 network supports mobile nodes movement from one location to another within the network without having to disconnect. In mobile networking, the movement is called handover which is divided into vertical handover and horizontal handover. To determine the network performance with both types of handovers, we can measure several QoS parameters such as throughput, delay, and transfer time. In this final paper, application that is used is the File Transfer Protocol (FTP).

Measurement results prove that the throughput decreased by 4.14 % in horizontal handover and decreased by 26.25 % in vertical handover; the transfer time increased by 8.34 percent in horizontal handover and increased by 41.49 % in vertical handover; the delay increased by 8.22 % in horizontal handover and increased by 41.05% in vertical handover. Overall, network performance of mobile IPv6 on horizontal handover scenario is better than the vertical handover."