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Dive into the research topics where Michael J. Heideman is active.

Publication


Featured researches published by Michael J. Heideman.


Archive | 1997

Dual XPCS for disaster recovery

Ralph E. Sipple; Thomas P. Cooper; Dennis R. Konrad; Michael J. Heideman


Archive | 1997

Dual XPCS for disaster recovery in multi-host computer complexes

Michael J. Heideman; Thomas P. Cooper


Archive | 2003

Method for distributing the processing among multiple synchronization paths in a computer system utilizing separate servers for redundancy

Michael J. Heideman; Dennis R. Konrad; David A. Novak


Archive | 2006

System and method for performing input/output operations on a data processing platform that supports multiple memory page sizes

Carl R. Crandall; Michael J. Heideman; Michael C. Otto; John T. Rusterholz


Archive | 2003

Method for shortening the resynchronization time following failure in a computer system utilizing separate servers for redundancy

Michael J. Heideman; Dennis R. Konrad; David A. Novak


Archive | 2003

Clustered computer system utilizing separate servers for redundancy in which the host computers are unaware of the usage of separate servers

Michael J. Heideman; Dennis R. Konrad; David A. Novak; Carl R. Crandall


Archive | 2003

Method for allowing a clustered computer systems manager to use disparate hardware on each of the separate servers utilized for redundancy

Michael J. Heideman; Dennis R. Konrad; David A. Novak


Archive | 2003

Cluster lock server: ability to support multiple standard and proprietary locking protocols

Michael J. Heideman; Thomas P. Cooper; Ronald Q. Smith


Archive | 2003

Software control using the controller as a component to achieve resiliency in a computer system utilizing separate servers for redundancy

Michael J. Heideman; Dennis R. Konrad; David A. Novak


Archive | 2001

System and method for facilitating use of commodity I/O components in a legacy hardware system

Carl R. Crandall; Thomas N. DeVries; Craig B. Johnson; Joseph E. Kessler; Michael C. Otto; Haeng D. Park; Michael J. Heideman

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