| Nama Pengarang | : | Zhang X, Shu X, Li H, Yang G, Li Q, Gao YT, Zheng W |
| Nama Majalah/Jurnal | : | Medika: Jurnal Kedokteran Indonesia |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 10 |
| Abstraksi Narasi | : | Deskripsi abstrak ringkas tidak tersedia untuk artikel ini. |
| Nama Pengarang | : | Niewoehner D, Rice K, Cote C, dkk |
| Nama Majalah/Jurnal | : | Medika: Jurnal Kedokteran Indonesia |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 10 |
| Abstraksi Narasi | : | Deskripsi abstrak ringkas tidak tersedia untuk artikel ini. |
| Nama Pengarang | : | Imam Subekti |
| Nama Majalah/Jurnal | : | Medika: Jurnal Kedokteran Indonesia |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 39-41 |
| Abstraksi Narasi | : | Deskripsi abstrak ringkas tidak tersedia untuk artikel ini. |
| Nama Pengarang | : | Gerald Munch |
| Nama Majalah/Jurnal | : | Medika: Jurnal Kedokteran Indonesia |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 42-44 |
| Abstraksi Narasi | : | Deskripsi abstrak ringkas tidak tersedia untuk artikel ini. |
| Nama Pengarang | : | - |
| Nama Majalah/Jurnal | : | IEEE Communications Magazine |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 146-154 |
| Abstraksi Narasi | : | Now that the local market is open to competition, incumbent local exchange carriers as well as competitive LECs must not only follow the technology curve, but find a way to ride the wave of network convergence and offer innovative value-added services if they want to maintain their market share. Over the past decade, the intelligent network has been used to support value-added services. New APIs are being designed for the creation of value-added services spanning multiple domains (wireline/wireless, voice/data, public/enterprise). These APIs will not only ease the development of value-added services, but will also open service creation to third parties. |
| Nama Pengarang | : | - |
| Nama Majalah/Jurnal | : | IEEE Communications Magazine |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 122-126 |
| Abstraksi Narasi | : | Mobile wireless communication systems for the fourth generation are being explored. The key is broadband and high-quality communications support multimedia services, and the use of milimeter or centimeter-wave band and ARQ is being considered to realize such communications. In this article we propose a new ARQ scheme which is combined with SR and GBN, and confirm that this new scheme is proper for broadband communication systems. We implemented our ARQ function with hardware and evaluated the ARQ performance: throughput, cell loss rate, and cell transfer delay on a pseudo Rayleigh fading channel. In addition, we evaluated ARQ performance on an actual 40 GHz band radio channel. Through the evaluation, we found it necessary to design an ARQ scheme in accordance with system requirements, and our combined ARQ satisfies this required condition. |
| Nama Pengarang | : | - |
| Nama Majalah/Jurnal | : | IEEE Communications Magazine |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 73-78 |
| Abstraksi Narasi | : | Optical networks are growing at unprecedented rates to accommodate the explosion in data traffic brought on by new Internet and enterprise applications. Coupled with this growth has been the introduction of client devices (e.g.,routers, storage devices, and content servers) at the network edge operating at optical line rates. These two trends are changing the fundamental way in which optical transport networks are being architected, deployed, and managed. Emerging intelligent optical networks address the traffic scaling challenge. Additionally, when combined with modern service management technologies, these networks open exciting opportunities for delivering new customized optical services directly to end-users, allowing carriers to fully exploit the economics of optical transport. This article presents a network framework for delivering optical services. |
| Nama Pengarang | : | - |
| Nama Majalah/Jurnal | : | IEEE Communications Magazine |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 88-93 |
| Abstraksi Narasi | : | This article presents an experimental study on adopting and integrating the existing IP protocols and mechanisms into an optical network control plane. Although there has been much research effort on the conceptual and functional requirements for the control of optical networks, this article focuses on the design and implementation of an optical control plane. The proposed control plane implements the key functions such as routing, signaling, protection/restoration, and quality of service. |
| Nama Pengarang | : | - |
| Nama Majalah/Jurnal | : | IEEE Communications Magazine |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 156-162 |
| Abstraksi Narasi | : | The explosive growth of both the wireless industry and the Internet is creating a huge market opportunity for wireless data access. Limited Internet access, at very low speeds, is already available as an enhancement to some existing celular systems. However, those systems were designed with the purpose of providing voice services and-- at most--short messaging, but not fast data transfers. In fact, as show in this article, traditional wireless technologies are not very well suited to meet the demanding requirements of providing very high data rates with the ubiquity, mobility, and portability characteristic of cellular systems. Increased use of antenna arrays appears to be the only means of enabling the types of data rates and capacities needed for wireless Internet and multimedia services. While the deployment of base station arrays is becoming universal, it is really the simultaneous deployment of base station and terminal arrays that can unleash unprecedented levels of performance by opening up multiple spatial signaling dimensions. |
| Nama Pengarang | : | - |
| Nama Majalah/Jurnal | : | IEEE Communications Magazine |
| Volume / Nomor Edisi | : | - |
| Nomor Halaman | : | 134-138 |
| Abstraksi Narasi | : | This article provides an overview of a fixed low-frequency broadband wireless access system for point-to-multipoint voice and data applications. Operating frequency bands are from 2 to 11 GHz, and the base station can use multiple sectors and will be capable of supporting smart antenna technology. The product system requirements, design of the radio subsystem specification, as well as an analysis of microwave transmission related to current radio technologies are presented. Examples of BWA technology are provided courtesy of Harris Corporation. |
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