Scientific Programming

Scientific Programming / 1994 / Article
Special Issue

Operating system Support for Massively Parallel Computer Architectures

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Volume 3 |Article ID 348173 |

Henning Schmidt, "Using Naming Strategies to Make Massively Parallel Systems Work", Scientific Programming, vol. 3, Article ID 348173, 12 pages, 1994.

Using Naming Strategies to Make Massively Parallel Systems Work

Received05 Apr 1994
Accepted05 May 1994


To handle massively parallel systems and make them usable, an adaptive, application-oriented operating system is required. The application orientedness is represented by the family concept of parallel operating systems. Incremental loading of operating system services supports the family character by automatically extending the system's active object structure when it is necessary. This way, also the switching between different operating system family members may be realized. A new active object will be incrementally loaded if its invocation fails because it does not yet exist. This is noticed during object binding while using the naming services. The use of the naming system is exploited and extended to get a flexible and configurable mechanism for triggering incremental loading. This mechanism is built by the freely definable naming strategies and exceptions that result again in a family, namely a family of naming services.

Copyright © 1994 Hindawi Publishing Corporation. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

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