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".
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The original paper is in English. Non-English content has been machine-translated and may contain typographical errors or mistranslations. Copyrights notice
Cet article discute et clarifie l'efficacité de la mise en œuvre basée sur les données du système de gestion de protocole pour accéder au réseau TINA (Te Telecommunications Information Networking Architecture) et à Internet. TINA est une architecture de réseau qui assure des services et une gestion de réseau de manière omniprésente pour les utilisateurs et les réseaux. De nombreux projets ACTS (Advanced Communication Technologies and Services) liés à TINA ont été organisés en Europe. Au Japon, l'essai TINA (TTT) visant à réaliser une gestion de réseau ATM et des services basés sur les architectures TINA a été réalisé par NTT et plusieurs fabricants d'avril 1997 à avril 1999. Dans ces études et essais, beaucoup d'efforts sont consacrés au développement de logiciels basés sur l'architecture de service et l'architecture de réseau sont normalisées dans TINA-C (TINA Consortium). Afin de réaliser l'environnement TINA de manière universelle du côté des clients et du réseau, nous devons réfléchir à la manière de déployer l'environnement TINA du côté de l'utilisateur et à la manière d'utiliser la capacité de transmission d'accès aussi efficacement que possible. La technologie récente peut facilement réaliser le téléchargement d'applications et d'environnements du côté réseau vers le côté utilisateur en utilisant, par exemple, JAVA. Lors de l'accès au réseau, il existe plusieurs goulots d'étranglement possibles dans l'échange d'informations côté client, tels que la capacité de traitement du PC, la capacité de gestion du protocole d'accès, la bande passante du câblage intra-maison. Les auteurs, parallèlement à l'étude de l'architecture logicielle de TINA, ont étudié les exigences polyvalentes pour la plate-forme matérielle du réseau TINA. Dans ces études, nous avons précisé que les auteurs de processeurs axés sur les données et orientés flux ont étudié et développé une fiabilité élevée, une capacité élevée de multitraitement et de traitement de l'information multimédia. Sur la base de ces études, cet article montre d'abord que le gestionnaire de protocole basé sur Von Neumann est inefficace en cas de multitraitement grâce à des études mathématiques et d'émulation. Ensuite, nous montrons que notre gestion de protocole basée sur les données peut réaliser efficacement la gestion de protocole d'accès par étude d'émulation. Ensuite, nous décrivons le résultat de la première étape de mise en œuvre de la gestion du protocole TCP/IP basée sur les données. Ce résultat prouve que notre hub TCP/IP basé sur un processeur basé sur les données est applicable non seulement au réseau TINA/CORBA mais aussi à l'accès Internet normal. Enfin, nous montrons une configuration possible de réseau dans les locaux du client qui résout les goulots d'étranglement pour accéder au réseau TINA via un accès ATM.
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Hiroshi ISHII, Hiroaki NISHIKAWA, Yuji INOUE, "Data-Driven Implementation of Highly Efficient TCP/IP Handler to Access the TINA Network" in IEICE TRANSACTIONS on Communications,
vol. E83-B, no. 6, pp. 1355-1362, June 2000, doi: .
Abstract: This paper discusses and clarifies effectiveness of data-driven implementation of protocol handling system to access TINA (Telecommunications Information Networking Architecture) network and internet. TINA is a networking architecture that achieves networking services and management ubiquitously for users and networks. Many TINA related ACTS (Advanced Communication Technologies and Services) projects have been organized in Europe. In Japan, The TINA Trial (TTT) to achieve ATM network management and services based on TINA architectures was done by NTT and several manufactures from April 1997 to April 1999. In these studies and trials, much effort is devoted to development of software based on service architecture and network architecture being standardized in TINA-C (TINA Consortium). In order to achieve TINA environment universally in customers and network sides, we have to consider how to deploy TINA environment onto user side and how to use access transmission capacity as efficiently as possible. Recent technology can easily achieve application and environment downloading from the network side to user side by use of e. g. , JAVA. In accessing the network, there are several possible bottlenecks in information exchange in customer side such as PC processing capability, access protocol handling capability, intra-house wiring bandwidth. Authors, in parallel with TINA software architecture study, have been studying versatile requirements for hardware platform of TINA network. In those studies, we have clarified that the stream-oriented data-driven processor authors have been studying and developing have high reliability, high multiprocessing and multimedia information processing capability. Based on these studies, this paper first shows Von Neumann-based protocol handler is ineffective in case of multiprocessing through mathematical and emulation studies. Then, we show our data-driven protocol handling can effectively realize access protocol handling by emulation study. Then, we describe a result of first step of implementation of data-driven TCP/IP protocol handling. This result proves our TCP/IP hub based on data-driven processor is applicable not only for TINA/CORBA network but normal internet access. Finally, we show a possible customer premises network configuration which resolves bottleneck to access TINA network through ATM access.
URL: https://global.ieice.org/en_transactions/communications/10.1587/e83-b_6_1355/_p
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@ARTICLE{e83-b_6_1355,
author={Hiroshi ISHII, Hiroaki NISHIKAWA, Yuji INOUE, },
journal={IEICE TRANSACTIONS on Communications},
title={Data-Driven Implementation of Highly Efficient TCP/IP Handler to Access the TINA Network},
year={2000},
volume={E83-B},
number={6},
pages={1355-1362},
abstract={This paper discusses and clarifies effectiveness of data-driven implementation of protocol handling system to access TINA (Telecommunications Information Networking Architecture) network and internet. TINA is a networking architecture that achieves networking services and management ubiquitously for users and networks. Many TINA related ACTS (Advanced Communication Technologies and Services) projects have been organized in Europe. In Japan, The TINA Trial (TTT) to achieve ATM network management and services based on TINA architectures was done by NTT and several manufactures from April 1997 to April 1999. In these studies and trials, much effort is devoted to development of software based on service architecture and network architecture being standardized in TINA-C (TINA Consortium). In order to achieve TINA environment universally in customers and network sides, we have to consider how to deploy TINA environment onto user side and how to use access transmission capacity as efficiently as possible. Recent technology can easily achieve application and environment downloading from the network side to user side by use of e. g. , JAVA. In accessing the network, there are several possible bottlenecks in information exchange in customer side such as PC processing capability, access protocol handling capability, intra-house wiring bandwidth. Authors, in parallel with TINA software architecture study, have been studying versatile requirements for hardware platform of TINA network. In those studies, we have clarified that the stream-oriented data-driven processor authors have been studying and developing have high reliability, high multiprocessing and multimedia information processing capability. Based on these studies, this paper first shows Von Neumann-based protocol handler is ineffective in case of multiprocessing through mathematical and emulation studies. Then, we show our data-driven protocol handling can effectively realize access protocol handling by emulation study. Then, we describe a result of first step of implementation of data-driven TCP/IP protocol handling. This result proves our TCP/IP hub based on data-driven processor is applicable not only for TINA/CORBA network but normal internet access. Finally, we show a possible customer premises network configuration which resolves bottleneck to access TINA network through ATM access.},
keywords={},
doi={},
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month={June},}
Copier
TY - JOUR
TI - Data-Driven Implementation of Highly Efficient TCP/IP Handler to Access the TINA Network
T2 - IEICE TRANSACTIONS on Communications
SP - 1355
EP - 1362
AU - Hiroshi ISHII
AU - Hiroaki NISHIKAWA
AU - Yuji INOUE
PY - 2000
DO -
JO - IEICE TRANSACTIONS on Communications
SN -
VL - E83-B
IS - 6
JA - IEICE TRANSACTIONS on Communications
Y1 - June 2000
AB - This paper discusses and clarifies effectiveness of data-driven implementation of protocol handling system to access TINA (Telecommunications Information Networking Architecture) network and internet. TINA is a networking architecture that achieves networking services and management ubiquitously for users and networks. Many TINA related ACTS (Advanced Communication Technologies and Services) projects have been organized in Europe. In Japan, The TINA Trial (TTT) to achieve ATM network management and services based on TINA architectures was done by NTT and several manufactures from April 1997 to April 1999. In these studies and trials, much effort is devoted to development of software based on service architecture and network architecture being standardized in TINA-C (TINA Consortium). In order to achieve TINA environment universally in customers and network sides, we have to consider how to deploy TINA environment onto user side and how to use access transmission capacity as efficiently as possible. Recent technology can easily achieve application and environment downloading from the network side to user side by use of e. g. , JAVA. In accessing the network, there are several possible bottlenecks in information exchange in customer side such as PC processing capability, access protocol handling capability, intra-house wiring bandwidth. Authors, in parallel with TINA software architecture study, have been studying versatile requirements for hardware platform of TINA network. In those studies, we have clarified that the stream-oriented data-driven processor authors have been studying and developing have high reliability, high multiprocessing and multimedia information processing capability. Based on these studies, this paper first shows Von Neumann-based protocol handler is ineffective in case of multiprocessing through mathematical and emulation studies. Then, we show our data-driven protocol handling can effectively realize access protocol handling by emulation study. Then, we describe a result of first step of implementation of data-driven TCP/IP protocol handling. This result proves our TCP/IP hub based on data-driven processor is applicable not only for TINA/CORBA network but normal internet access. Finally, we show a possible customer premises network configuration which resolves bottleneck to access TINA network through ATM access.
ER -