C. O'Ryan, F. Kuhns, D. C. Schmidt, and J. Parsons. Applying Patterns to Develop a Pluggable Protocols Framework for ORB Middleware. In L. Rising, editor, Design Patterns in Communications. Cambridge University Press, 2000. Home/Search Document Details and Download
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Evaluating Meta-Programming Mechanisms for ORB Middleware - Wang, Parameswaran.. (2001) (9 citations) Self-citation (Schmidt) (Correct)
....[6] 3. Meta programming mechanisms that enable the context and behavior of ORB middleware to change without affecting the ORB implementation itself. These mechanisms include: # Pluggable protocols, which are objects that implement the transportation mechanisms used internally in an ORB [7]. Pluggable protocols allow application developers to use different transportation mechanisms in an ORB transparently, i.e. without having to modify the ORB s internal implementation. # Bridges, which are software components that connect different ORB domains [3] or other distributed middleware ....
....outlined above can be used to configure new or enhanced functionality into DOC middleware applications with little or no impact on existing software. The material presented in this paper is based on our experience implementing, using, and benchmarking these meta programming mechanisms in TAO [5, 7], which is an open source, CORBA compliant ORB designed to support applications with both stringent QoS and flexibility requirements. Paper organization: The remainder of this paper is structured as follows: Section 2 provides an overview of meta programming; Section 3 describes alternative ....
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C. O'Ryan, F. Kuhns, D. C. Schmidt, and J. Parsons, "Applying Patterns to Develop a Pluggable Protocols Framework for ORB Middleware," in Design Patterns in Communications (L. Rising, ed.), Cambridge University Press, 2000.
Applying a Pattern Language to Develop Extensible ORB Middleware - Schmidt, Cleeland (2000) (6 citations) Self-citation (Schmidt) (Correct)
....executing remotely, a CORBA compliant ORB Core communicates via a version of the General Inter ORB Protocol (GIOP) such as the Internet Inter ORB Protocol (IIOP) that runs atop the TCP transport protocol. In addition, custom Environment Specific Inter ORB protocols (ESIOPs) can also be defined [16]. ORB Interface: An ORB is an abstraction that can be implemented various ways, e.g. one or more processes or a set of libraries. To decouple applications from implementation details, the CORBA specification defines an interface to an ORB. This ORB interface provides standard operations to ....
....control algorithms can preclude its use as a real time protocol [10] Likewise, it may be more efficient to use a shared memory transport mechanism when clients and servants are collocated on the same endsystem. Thus, an ORB Core should be flexible enough to support multiple transport mechanisms [16]. Problem: The CORBA architecture explicitly decouples (1) the connection management tasks performed by an ORB Core 9 from (2) the request processing performed by applicationspecific servants. However, a common way to implement an ORB s internal connection management activities is to use ....
C. O'Ryan, F. Kuhns, D. C. Schmidt, and J. Parsons, "Applying Patterns to Develop a Pluggable Protocols Framework for ORB Middleware," in Design Patterns in Communications (L. Rising, ed.), Cambridge University Press, 2000.
GriT: A CORBA-based GRID Middleware Architecture - Gokhale, Natarajan (2003) (Correct)
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C. O'Ryan, F. Kuhns, D. C. Schmidt, and J. Parsons. Applying Patterns to Develop a Pluggable Protocols Framework for ORB Middleware. In L. Rising, editor, Design Patterns in Communications. Cambridge University Press, 2000.
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