Hasil Pencarian  ::  Simpan CSV :: Kembali

"This book presents an investigative approach to globalization-driving technologies that efficiently deliver ubiquitous, last-mile, broadband internet access to emerging markets and rural areas. Research has shown that ubiquitous internet access boosts socio-economic growth through innovations in science and technology, and has a positive effect on the lives of individuals. Last-mile internet access in developing countries is not only intended to provide areas with stable, efficient, and cost-effective broadband capabilities, but also to encourage the use of connectivity for human capacity development."

"This book discusses the challenges in the convergence of technologies as the Internet of Things (IoT) evolves. These include sensing, computing, information processing, networking, and controlling intelligent technologies. The contributors first provide a survey of various assessment and evaluation approaches available for successful convergence. They then go on to cover several operational ideas to apply. The contributors then discuss the challenges involved bridging gaps in computation and the communication process, hidden networks, intelligent decision making, human-to-machine perception and large-scale IoT environments. The contributors aim to provide the reader an overview of trends in IoT in terms of performability and traffic modeling and efforts that can be spent in assessing the graceful degradation in IoT paradigms.- Provides a survey of IoT assessment and evaluation approaches;- Covers new and innovative operational ideas that apply to the IoT industry and the industries it affects;- Includes chapters from researchers and industry leaders in IoT from around the world."

"Kemudahan manusia dalam mengakses informasi kapan dan dimana saja adalah tujuan diciptakannya Internet of Things (IoT). Banyak teknologi yang dapat menyokong implementasi IoT berjalan mulus, salah satunya Low Power Wide Area Network (LPWAN). Bertujuan mengirim informasi dalam jarak jauh dan konsumsi energi rendah, LPWAN didukung oleh teknologi physical layer sebagai platform modulasi radio untuk Internet of Things contohnya seperti LoRa. Berbagai data yang diterima oleh sensor node, maka diperlukan sebuah protokol penjadwalan sebelum melakukan transmisi ke base station atau sink node. Dalam riset ini, model penjadwalan yang akan digunakan adalah First Come First Served pada Cluster Head (CH-FCFS) dengan desain topologi jaringan star of stars. Model diimplementasikan ke dalam dua jaringan dengan 25 sensor nodes dan 1 cluster head; 50 sensor nodes dan 2 cluster head. Pengujian sistem model ini menggunakan simulator CupCarbon U-One 4.2. Hasil analisa jaringan pertama dan kedua memiliki keberhasilan pengiriman data sebesar 100% hingga ke sink node. Konsumsi energi 5 tahun untuk sensor node, cluster head S100, dan cluster head S200 adalah 22.732,2 Joule, 1.121.280 Joule, dan 1.121.280 Joule. Konsumsi energi 10 tahun untuk sensor node, cluster head S100, dan cluster head S200 adalah 45.464,4 Joule, 2.242.560 Joule, dan 2.242.560 Joule. Pengaruh dari penggunaan model scheduling dan penyesuaian penggunaan sensor berbasis baterai dijelaskan lebih rinci sesuai komunikasi model konsumsi energi pada simulasi.

---

The ease with which humans access information anytime and anywhere is the purpose of the creation of the Internet of Things (IoT). Many technologies can support the implementation of IoT running smoothly, one of which is the Low Power Wide Area Network (LPWAN). Aiming at sending information over long distances and low energy consumption, LPWAN is supported by physical layer technology as a radio modulation platform for the Internet of Things for example like LoRa. Various data received by the sensor node, it requires a scheduling protocol before transmitting to the base station or sink node. In this research, the scheduling model that will be used is First Come First Served on Cluster Head (CH-FCFS) with a star of stars network topology design. The model is implemented in two networks with 25 sensor nodes and 1 cluster head; 50 sensor nodes and 2 cluster heads. The system testing of this model uses the CupCarbon U-One 4.2 simulator. The results of the first and second network analysis have the success of sending data by 100% to the sink node. The 5 year energy consumption for sensor nodes, S100 cluster head, and S200 cluster head are 22,732.2 Joules, 1,121,280 Joules, and 1,121,280 Joules. The 10 year energy consumption for sensor nodes, S100 cluster head, and S200 cluster head is 45,464.4 Joules, 2,242,560 Joules, and 2,242,560 Joules. The impact of the use of a scheduling model and adjustments to the use of battery based sensors are explained in more detail according to the communication model of energy consumption in simulations."

"Kafe internet merupkan sebuah jenis usaha yang baru tumbuh di Indonesia danamat pesat perkembangannya. Jumlahnya yang kian bertambahterutama di Rota-kotabesar membuat persaingan antar kate internet tersebut semakin tinggi. Untuk itu pihakpengelola berusaha untuk meningkatkan kualitas kate internet mereka dari berbagaisegi, antara lain dari segi "ruang kerja" atau workstation kate internet mereka.Peningkatan kualitas tersebut dapat dilakukan dengan cara mengevaluasi workstationkafe internet tersebut melalui sebuah metode yang disebut workstation evaiuation.Melalui workstation evaluation, kelebihan dan kekurangan yang terdapat dalam sebuahworkstation dapat terungkap dan dengan demikian dapat dicari berbagai care untukmempertahankan keiebihan serta memperbaiki kekurangan yang ada. Dengandemikian, kualitas workstationtersebut dapat ditingkatkan."

"Internet adalah bagian penting dari kehidupan modern dan para peneliti melakukan upaya untuk meningkatkan kinerjanya. Salah satu fokus para peneliti adalah pada bidang topologi internet, yang mempelajari struktur jaringan internet. Penelitian topologi internet mayoritas dilakukan pada tingkat autonomous system (AS). AS adalah jaringan yang dikelola secara independen dan saling terhubung untuk membentuk internet. Internet tingkat AS berada pada tingkat makro, sehingga permasalahan pada tingkat ini dapat berdampak global. Titik berat penyelesaian masalah dalam penelitian ini adalah pada usaha memperoleh peta logis topologi internet Indonesia yang berupa relasi antar AS dalam representasi AS-graph sebagai studi kasus, untuk kemudian menjadi dasar perumusan metodologi pemetaan topologi internet regional pada tingkat AS. Penelitian juga melakukan implementasi metodologi pemetaan topologi internet regional tersebut dengan rentang waktu tertentu, untuk dapat menghasilkan analisis evolusi dari topologi internet Indonesia berdasarkan topological graph metrics. Penelitian ini menyajikan metodologi untuk memetakan topologi internet pada tingkat AS di wilayah regional spesifik, yang membedakannya dari penelitian-penelitian sebelumnya. Metodologi ini didasarkan pada proses pemetaan topologi internet tingkat AS, dengan studi kasus yang berfokus pada wilayah regional Indonesia. Evaluasi penelitian, baik dengan menguji aplikasinya terhadap satu negara terpilih ataupun dengan meminta penilaian dari para ahli, menunjukkan bahwa hasil penelitian dapat diterima. Penelitian memberikan kontribusi pada bidang keilmuan topologi internet dengan mengusulkan metodologi komprehensif pemetaan topologi internet, khususnya pada tingkat AS dan wilayah regional terbatas. Selain itu, penelitian ini juga memberikan hasil pemetaan topologi internet Indonesia beserta evolusinya berdasarkan topological graph metrics, sebagai kontribusi bagi penelitian topologi internet yang secara khusus berfokus pada sebuah negara ataupun sebuah area regional tertentu. Hasil pemetaan topologi internet Indonesia beserta hasil analisis evolusinya, diharapkan dapat berguna bagi para peneliti di bidang topologi internet, ataupun bagi pemangku kepentingan dari tata kelola internet Indonesia

---

The internet is an important part of modern life and researchers are making efforts to improve its performance. One focus of researchers is in the field of internet topology, which studies the structure of internet networks. The majority of internet topology research is carried out at the autonomous system (AS) level. AS is an independently managed network that is interconnected to form the internet. The AS level of the internet is at the macro level, so problems at this level can have a global impact. The focus of problem solving in this research is on efforts to obtain a logical map of Indonesia's internet topology in the form of relations between AS in the AS-graph representation as a case study, to then become the basis for formulating a regional internet topology mapping methodology at the AS level. This research also implemented the regional internet topology mapping methodology over a certain time span, to be able to produce an evolutionary analysis of Indonesia's internet topology based on topological graph metrics. This research presents a methodology for mapping internet topology at the AS level in specific regional areas, which differentiates it from previous studies. This methodology is based on an AS level internet topology mapping process, with case studies that focus on regional areas of Indonesia. Research evaluation, either by testing its application to a selected country or by asking for assessments from experts, shows that the research results are acceptable. This research contributes to the scientific field of internet topology by proposing a comprehensive methodology for internet topology mapping, particularly at the AS level and limited regional areas. Apart from that, this research also provides the results of mapping Indonesia's internet topology and its evolution based on topological graph metrics, as a contribution to internet topology research which specifically focuses on a country or a particular regional area. It is hoped that the results of Indonesia's internet topology mapping along with the results of its evolution analysis will be useful for researchers in the field of internet topology, or for stakeholders in Indonesia's internet governance."