The original paper is in English. Non-English content has been machine-translated and may contain typographical errors or mistranslations. ex. Some numerals are expressed as "XNUMX".
Copyrights notice
The original paper is in English. Non-English content has been machine-translated and may contain typographical errors or mistranslations. Copyrights notice
Radio perisian berjanji untuk membawa fleksibiliti dan kebolehkonfigurasian yang tiada tandingan kepada sistem wayarles, dengan potensi komersial yang besar. Memandangkan dekad yang akan datang, SDR dijangka oleh ramai untuk muncul sebagai reka bentuk yang dominan dalam pasaran wayarles komersial. Walau bagaimanapun, isu praktikal penting yang berkaitan dengan keselamatan dan kawal selia wujud yang, jika tidak ditangani dengan sewajarnya, boleh mengancam untuk mengakibatkan halangan kawal selia menghalang, atau sekurang-kurangnya melengahkan, penggunaannya--pengawal selia boleh difahami teragak-agak untuk membenarkan operasi telefon bimbit yang pelepasan radio boleh ditentukan oleh pengguna akhir memuat turun dan menggunakan perisian yang tidak terbukti daripada sumber sewenang-wenangnya selepas pembelian. Dalam artikel ini kami menerangkan Seni Bina Pengurusan Konfigurasi Semula--pendekatan teknologi pragmatik, dibangunkan dalam rangka kerja penyelidikan Mobile VCE, yang menawarkan penyelesaian kepada masalah ini dan masalah SDR lain yang berkaitan. Pendekatan RMA sepenuhnya mengiktiraf dan membina interaksi yang diperlukan antara terminal pengguna dan rangkaian untuk membenarkan pengesahan penuh peranti pengguna yang dikonfigurasikan semula sebelum kebenaran operasi masa nyata. Seni bina sedemikian membolehkan tanggungjawab untuk pengesahan diwakilkan dan diberikan oleh pengawal selia kebangsaan kepada, sebagai contoh, pengendali rangkaian mudah alih. Keupayaan sedemikian boleh, seterusnya, memudahkan penciptaan dan pertumbuhan pasaran terbuka dalam penyediaan perisian yang boleh dimuat turun, yang dengan sendirinya menjanjikan untuk menggalakkan pembangunan pesat keupayaan, aplikasi dan inovasi baharu. Model perniagaan baharu dan aliran hasil mungkin dijangka akan terhasil. Artikel ini menerangkan konsep teknikal asas yang dikaitkan dengan RMA, menerangkan fungsi utama yang berada dalam terminal dan rangkaian serta perhubungan antaranya. RMA kini sedang dinilai sebagai sebahagian daripada kerja keselamatan dan seni bina Forum SDR. Ia berjanji untuk menyediakan penyelesaian realistik yang boleh mempercepatkan penggunaan komersial yang berjaya dan pelancaran teknologi SDR untuk manfaat industri, merentas keseluruhan rantaian nilai.
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Salinan
Klaus MOESSNER, Stephen HOPE, Pete COOK, Walter TUTTLEBEE, Rahim TAFAZOLLI, "The RMA--A Framework for Reconfiguration of SDR Equipment" in IEICE TRANSACTIONS on Communications,
vol. E85-B, no. 12, pp. 2573-2580, December 2002, doi: .
Abstract: Software radio promises to bring unparalleled flexibility and reconfigurability to wireless systems, with enormous commercial potential. As the next decade progresses SDR is expected by many to emerge as the dominant design in the commercial wireless marketplace. However, significant practical issues associated with security and regulation exist which, if not adequately addressed, could threaten to result in regulatory hurdles precluding, or at least delaying, its deployment--a regulator could be understandably hesitant about authorising the operation of a handset whose radio emissions can be determined by an end user downloading and using unproven software from an arbitrary source post-purchase. In this article we describe the Reconfiguration Management Architecture--a pragmatic technological approach, developed within the framework of Mobile VCE research, that offers solutions to this and other associated SDR problems. The RMA approach fully acknowledges and builds upon the necessary interaction between the user terminal and the network to allow full validation of a reconfigured user device prior to realtime operational authorisation. Such an architecture allows responsibility for validation to be delegated and assigned by a national regulator to, for example, a mobile network operator. Such a capability can, in turn, facilitate the creation and growth of an open market in downloadable software provision, which itself promises to encourage rapid development of new capabilities, applications and innovation. New business models and revenue streams may be expected to result. This article describes the basic technical concepts associated with the RMA, explaining the key functionalities residing within the terminal and the network and their interrelationships. The RMA is presently being evaluated as part of the SDR Forum's security and architecture work. It promises to provide realistic solutions that could accelerate the successful commercial deployment and rollout of SDR technology to the benefit of the industry, across the whole value chain.
URL: https://global.ieice.org/en_transactions/communications/10.1587/e85-b_12_2573/_p
Salinan
@ARTICLE{e85-b_12_2573,
author={Klaus MOESSNER, Stephen HOPE, Pete COOK, Walter TUTTLEBEE, Rahim TAFAZOLLI, },
journal={IEICE TRANSACTIONS on Communications},
title={The RMA--A Framework for Reconfiguration of SDR Equipment},
year={2002},
volume={E85-B},
number={12},
pages={2573-2580},
abstract={Software radio promises to bring unparalleled flexibility and reconfigurability to wireless systems, with enormous commercial potential. As the next decade progresses SDR is expected by many to emerge as the dominant design in the commercial wireless marketplace. However, significant practical issues associated with security and regulation exist which, if not adequately addressed, could threaten to result in regulatory hurdles precluding, or at least delaying, its deployment--a regulator could be understandably hesitant about authorising the operation of a handset whose radio emissions can be determined by an end user downloading and using unproven software from an arbitrary source post-purchase. In this article we describe the Reconfiguration Management Architecture--a pragmatic technological approach, developed within the framework of Mobile VCE research, that offers solutions to this and other associated SDR problems. The RMA approach fully acknowledges and builds upon the necessary interaction between the user terminal and the network to allow full validation of a reconfigured user device prior to realtime operational authorisation. Such an architecture allows responsibility for validation to be delegated and assigned by a national regulator to, for example, a mobile network operator. Such a capability can, in turn, facilitate the creation and growth of an open market in downloadable software provision, which itself promises to encourage rapid development of new capabilities, applications and innovation. New business models and revenue streams may be expected to result. This article describes the basic technical concepts associated with the RMA, explaining the key functionalities residing within the terminal and the network and their interrelationships. The RMA is presently being evaluated as part of the SDR Forum's security and architecture work. It promises to provide realistic solutions that could accelerate the successful commercial deployment and rollout of SDR technology to the benefit of the industry, across the whole value chain.},
keywords={},
doi={},
ISSN={},
month={December},}
Salinan
TY - JOUR
TI - The RMA--A Framework for Reconfiguration of SDR Equipment
T2 - IEICE TRANSACTIONS on Communications
SP - 2573
EP - 2580
AU - Klaus MOESSNER
AU - Stephen HOPE
AU - Pete COOK
AU - Walter TUTTLEBEE
AU - Rahim TAFAZOLLI
PY - 2002
DO -
JO - IEICE TRANSACTIONS on Communications
SN -
VL - E85-B
IS - 12
JA - IEICE TRANSACTIONS on Communications
Y1 - December 2002
AB - Software radio promises to bring unparalleled flexibility and reconfigurability to wireless systems, with enormous commercial potential. As the next decade progresses SDR is expected by many to emerge as the dominant design in the commercial wireless marketplace. However, significant practical issues associated with security and regulation exist which, if not adequately addressed, could threaten to result in regulatory hurdles precluding, or at least delaying, its deployment--a regulator could be understandably hesitant about authorising the operation of a handset whose radio emissions can be determined by an end user downloading and using unproven software from an arbitrary source post-purchase. In this article we describe the Reconfiguration Management Architecture--a pragmatic technological approach, developed within the framework of Mobile VCE research, that offers solutions to this and other associated SDR problems. The RMA approach fully acknowledges and builds upon the necessary interaction between the user terminal and the network to allow full validation of a reconfigured user device prior to realtime operational authorisation. Such an architecture allows responsibility for validation to be delegated and assigned by a national regulator to, for example, a mobile network operator. Such a capability can, in turn, facilitate the creation and growth of an open market in downloadable software provision, which itself promises to encourage rapid development of new capabilities, applications and innovation. New business models and revenue streams may be expected to result. This article describes the basic technical concepts associated with the RMA, explaining the key functionalities residing within the terminal and the network and their interrelationships. The RMA is presently being evaluated as part of the SDR Forum's security and architecture work. It promises to provide realistic solutions that could accelerate the successful commercial deployment and rollout of SDR technology to the benefit of the industry, across the whole value chain.
ER -