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
Kami telah membangunkan penyesuai Q aktif (AQA) untuk mencapai penyepaduan berbilang protokol pengurusan dan pengubahsuaian dinamik definisi objek terurus (MO). Untuk mencapai pengubahsuaian dinamik, kami memperkenalkan rangka kerja MO baharu, dipanggil dynamic-MO, yang mempunyai keupayaan mengubah suai definisinya sendiri. MO dinamik terdiri daripada meta-data dan beberapa program tingkah laku. Meta-data menyenaraikan atribut MO dinamik dalam format teks dan program tingkah laku menerangkan tindakan MO dinamik dalam bahasa skrip seperti Java, Tcl, dll. Dalam seni bina AQA kami, modul yang mengurus komponen individu dinamik- MO berkomunikasi sesama mereka melalui broker permintaan objek (ORB) untuk mencapai kebolehskalaan sistem dengan prestasi tinggi. Untuk merealisasikan kefungsian MO dinamik, kami mencadangkan antara muka antara modul ini yang bebas daripada definisi MO dinamik dan mekanisme kemas kini program tingkah laku. Kami mentakrifkan antara muka berdasarkan operasi protokol maklumat pengurusan biasa (CMIP) untuk mengelakkan mentakrifkan semula antara muka apabila takrifan MO dinamik diubah suai. Tambahan pula, untuk melaksanakan program tingkah laku yang diubah suai tanpa sebarang pengaruh negatif ke atas kerja program tingkah laku yang lain, kami menggunakan pemuat kelas Java yang mempunyai ruang penamaan khusus pada mesin maya Java (Java VM). Dengan semua ciri ini, AQA kami amat menjanjikan untuk membangunkan sistem pengurusan rangkaian boleh atur cara untuk pengurusan hujung-ke-hujung rangkaian telekomunikasi heterogen.
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Salinan
Motohiro SUZUKI, Hiroyuki MAEOMICHI, Nobuhisa SHIRAISHI, Yoshiaki KIRIHA, "Active Q Adaptor for Programmable End-to-End Network Management Systems" in IEICE TRANSACTIONS on Communications,
vol. E82-B, no. 11, pp. 1761-1769, November 1999, doi: .
Abstract: We have developed an active Q adaptor (AQA) to achieve integration of multiple management protocols and dynamic modification of managed object (MO) definitions. To achieve dynamic modification, we introduce a new MO framework, called dynamic-MO, which has the ability of modifying its own definition. A dynamic-MO is composed of meta-data and some behavior programs. Meta-data lists attributes of a dynamic-MO in a text format and a behavior program describes actions of a dynamic-MO in scripting language such as Java, Tcl, etc. In our AQA architecture, modules which manage individual components of a dynamic-MO communicate among themselves via an object request broker (ORB) in order to achieve system scalability with high performance. To realize the functionality of a dynamic-MO, we propose interfaces among these modules that are independent of dynamic-MO definitions and an update mechanism of behavior programs. We define the interfaces based on the common management information protocol (CMIP) operations to avoid re-defining the interfaces when dynamic-MO definitions are modified. Furthermore, to execute modified behavior programs without any negative influence on the workings of the other behavior programs, we employ a Java class-loader which has its own specific naming-space on a Java virtual machine (Java VM). With all of these features, our AQA is extremely promising for developing programmable network management systems for end-to-end management of heterogeneous telecommunication networks.
URL: https://global.ieice.org/en_transactions/communications/10.1587/e82-b_11_1761/_p
Salinan
@ARTICLE{e82-b_11_1761,
author={Motohiro SUZUKI, Hiroyuki MAEOMICHI, Nobuhisa SHIRAISHI, Yoshiaki KIRIHA, },
journal={IEICE TRANSACTIONS on Communications},
title={Active Q Adaptor for Programmable End-to-End Network Management Systems},
year={1999},
volume={E82-B},
number={11},
pages={1761-1769},
abstract={We have developed an active Q adaptor (AQA) to achieve integration of multiple management protocols and dynamic modification of managed object (MO) definitions. To achieve dynamic modification, we introduce a new MO framework, called dynamic-MO, which has the ability of modifying its own definition. A dynamic-MO is composed of meta-data and some behavior programs. Meta-data lists attributes of a dynamic-MO in a text format and a behavior program describes actions of a dynamic-MO in scripting language such as Java, Tcl, etc. In our AQA architecture, modules which manage individual components of a dynamic-MO communicate among themselves via an object request broker (ORB) in order to achieve system scalability with high performance. To realize the functionality of a dynamic-MO, we propose interfaces among these modules that are independent of dynamic-MO definitions and an update mechanism of behavior programs. We define the interfaces based on the common management information protocol (CMIP) operations to avoid re-defining the interfaces when dynamic-MO definitions are modified. Furthermore, to execute modified behavior programs without any negative influence on the workings of the other behavior programs, we employ a Java class-loader which has its own specific naming-space on a Java virtual machine (Java VM). With all of these features, our AQA is extremely promising for developing programmable network management systems for end-to-end management of heterogeneous telecommunication networks.},
keywords={},
doi={},
ISSN={},
month={November},}
Salinan
TY - JOUR
TI - Active Q Adaptor for Programmable End-to-End Network Management Systems
T2 - IEICE TRANSACTIONS on Communications
SP - 1761
EP - 1769
AU - Motohiro SUZUKI
AU - Hiroyuki MAEOMICHI
AU - Nobuhisa SHIRAISHI
AU - Yoshiaki KIRIHA
PY - 1999
DO -
JO - IEICE TRANSACTIONS on Communications
SN -
VL - E82-B
IS - 11
JA - IEICE TRANSACTIONS on Communications
Y1 - November 1999
AB - We have developed an active Q adaptor (AQA) to achieve integration of multiple management protocols and dynamic modification of managed object (MO) definitions. To achieve dynamic modification, we introduce a new MO framework, called dynamic-MO, which has the ability of modifying its own definition. A dynamic-MO is composed of meta-data and some behavior programs. Meta-data lists attributes of a dynamic-MO in a text format and a behavior program describes actions of a dynamic-MO in scripting language such as Java, Tcl, etc. In our AQA architecture, modules which manage individual components of a dynamic-MO communicate among themselves via an object request broker (ORB) in order to achieve system scalability with high performance. To realize the functionality of a dynamic-MO, we propose interfaces among these modules that are independent of dynamic-MO definitions and an update mechanism of behavior programs. We define the interfaces based on the common management information protocol (CMIP) operations to avoid re-defining the interfaces when dynamic-MO definitions are modified. Furthermore, to execute modified behavior programs without any negative influence on the workings of the other behavior programs, we employ a Java class-loader which has its own specific naming-space on a Java virtual machine (Java VM). With all of these features, our AQA is extremely promising for developing programmable network management systems for end-to-end management of heterogeneous telecommunication networks.
ER -