CORBA based Core Middleware Architecture Supporting Seamless Interoperability between Standard Home Network Middlewares

Joo Yong Oh; Jun Ho Park; Gi Hoon Jung; Soon Ju Kang

doi:10.1109/TCE.2003.1233776

CORBA based Core Middleware Architecture Supporting Seamless Interoperability between Standard Home Network Middlewares

Joo Yong Oh, Jun Ho Park, Gi Hoon Jung, Soon Ju Kang

Kyungpook National University

Research output: Contribution to journal › Article › peer-review

19 Scopus citations

Abstract

The current paper presents a CORBA based core middleware architecture for supporting seamless interoperability in an IEEE1394-based home network. To support CORBA on top of an IEEE139-based home network, a CORBA programming platform is designed and implemented without any loss of the real-time properties of the IEEE1394 protocol. To customize the real-time CORBA properties using the IEEE1394 protocol, first, a specially designed device driver for the IEEE1394 adaptor is developed based on an RT-Linux kernel. On top of the device driver, an IEEE1394 ORB is also designed and implemented to support CORBA. The proposed ORB consists of two components. One is the IEEE 1394 asynchronous ORB according to the GIOP specification of CORBA to support interoperability with other ORBs, such as IIOP, and the other is the IEEE1394 isochronous ORB to retain the real-time properties of the IEEE1394 protocol. The performance of the proposed CORBA based core middleware platform is verified based on a prototype home network test-bed.

Original language	English
Pages (from-to)	581-586
Number of pages	6
Journal	IEEE Transactions on Consumer Electronics
Volume	49
Issue number	3
DOIs	https://doi.org/10.1109/TCE.2003.1233776
State	Published - Aug 2003

Keywords

CORBA
IEEE1394
Interoperability
Middleware
RTLinux

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10.1109/TCE.2003.1233776

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title = "CORBA based Core Middleware Architecture Supporting Seamless Interoperability between Standard Home Network Middlewares",

abstract = "The current paper presents a CORBA based core middleware architecture for supporting seamless interoperability in an IEEE1394-based home network. To support CORBA on top of an IEEE139-based home network, a CORBA programming platform is designed and implemented without any loss of the real-time properties of the IEEE1394 protocol. To customize the real-time CORBA properties using the IEEE1394 protocol, first, a specially designed device driver for the IEEE1394 adaptor is developed based on an RT-Linux kernel. On top of the device driver, an IEEE1394 ORB is also designed and implemented to support CORBA. The proposed ORB consists of two components. One is the IEEE 1394 asynchronous ORB according to the GIOP specification of CORBA to support interoperability with other ORBs, such as IIOP, and the other is the IEEE1394 isochronous ORB to retain the real-time properties of the IEEE1394 protocol. The performance of the proposed CORBA based core middleware platform is verified based on a prototype home network test-bed.",

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author = "Oh, \{Joo Yong\} and Park, \{Jun Ho\} and Jung, \{Gi Hoon\} and Kang, \{Soon Ju\}",

year = "2003",

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language = "English",

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AU - Park, Jun Ho

AU - Jung, Gi Hoon

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N2 - The current paper presents a CORBA based core middleware architecture for supporting seamless interoperability in an IEEE1394-based home network. To support CORBA on top of an IEEE139-based home network, a CORBA programming platform is designed and implemented without any loss of the real-time properties of the IEEE1394 protocol. To customize the real-time CORBA properties using the IEEE1394 protocol, first, a specially designed device driver for the IEEE1394 adaptor is developed based on an RT-Linux kernel. On top of the device driver, an IEEE1394 ORB is also designed and implemented to support CORBA. The proposed ORB consists of two components. One is the IEEE 1394 asynchronous ORB according to the GIOP specification of CORBA to support interoperability with other ORBs, such as IIOP, and the other is the IEEE1394 isochronous ORB to retain the real-time properties of the IEEE1394 protocol. The performance of the proposed CORBA based core middleware platform is verified based on a prototype home network test-bed.

AB - The current paper presents a CORBA based core middleware architecture for supporting seamless interoperability in an IEEE1394-based home network. To support CORBA on top of an IEEE139-based home network, a CORBA programming platform is designed and implemented without any loss of the real-time properties of the IEEE1394 protocol. To customize the real-time CORBA properties using the IEEE1394 protocol, first, a specially designed device driver for the IEEE1394 adaptor is developed based on an RT-Linux kernel. On top of the device driver, an IEEE1394 ORB is also designed and implemented to support CORBA. The proposed ORB consists of two components. One is the IEEE 1394 asynchronous ORB according to the GIOP specification of CORBA to support interoperability with other ORBs, such as IIOP, and the other is the IEEE1394 isochronous ORB to retain the real-time properties of the IEEE1394 protocol. The performance of the proposed CORBA based core middleware platform is verified based on a prototype home network test-bed.

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KW - IEEE1394

KW - Interoperability

KW - Middleware

KW - RTLinux

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JO - IEEE Transactions on Consumer Electronics

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CORBA based Core Middleware Architecture Supporting Seamless Interoperability between Standard Home Network Middlewares

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