Independent channel coupled to be shared by multiple physical processing nodes with each node characterized as having its own memory, CPU and operating system image
作者： Martin William Sachs , Marten Jan Halma
DOI:
关键词: Logical address 、 Concatenation 、 Communication channel 、 Node (computer science) 、 Parallel computing 、 Output device 、 Image Identifier 、 Coupling (computer programming) 、 Computer network 、 Identifier 、 Computer science
摘要: A computer system and processing method are provided for coupling multiple physical nodes together, wherein each node is characterized as having its own memory, by either at least one channel which independent of coupled to the or input/output (I/O) processor, again nodes. The and/or I/O processor couple shared device. Sharing practical providing "indirect logical addressing" using address tables within subsystem. associate an image identifier (Image -- ID) (PN concatenation with indexed use in communicating operation parameters across channel.
lens.org 参考文章(16)
David A. Elko, Audrey A. Helffrich, Jeffrey M. Nick, Michael D. Swanson, Brian B. Moore, Joseph A. Williams, John F. Isenberg, In a multiprocessing system having a coupling facility, communicating messages between the processors and the coupling facility in either a synchronous operation or an asynchronous operation ,(1995)
Audrey A. Helffrich, John F. Isenberg, Michael D. Swanson, Brian B. Moore, Jeffrey A. Frey, Joseph A. Williams, Jeffery M. Nick, David A. Elko, Coupling facility for receiving commands from plurality of hosts for activating selected connection paths to I/O devices and maintaining status thereof ,(1994)
Venu Chari, Dennis B. Merkes, Alfred Hodel, Data communications system to system adapter ,(1984)
Charles E. Shapley, Kenneth J. Fredericks, Kenneth J. Oakes, James C. Mazurowski, Assaf Marron, Richard Cwiakala, Leslie W. Wyman, Miriam P. Brown, Marten J. Halma, David W. Hollar, Roger E. Hough, Suzanne M. John, Asynchronous command support for shared channels for a computer complex having multiple operating systems ,(1992)
Karl Helmuth John Hoppe, Robert John Gallagher, Michael Charles Cox, Peter Ignatius Kania, Gary Allen Fisher, Christopher John Bailey, Lynn Marie Dirks, Lawraine Josephine Vallee, William Robert Firm, Richard Cwiakala, Methods and apparatus for dynamically managing input/output (I/O) connectivity ,(1990)
William C. Brantley, Kevin P. McAuliffe, Joseph Weiss, Vern A. Norton, Gregory F. Pfister, Multiprocessing system having nodes containing a processor and an associated memory module with dynamically allocated local/global storage in the memory modules ,(1988)
Christos N. Nikolaou, Nagui Halim, John A. Pershing, Apparatus and method for making of interconnected processors act like a single node in a multinode communication system ,(1991)
Lonnie R. Heidtke, George A. Spix, Fredrich J. Simmons, Steven S. Chen, Gary E. Benzschawel, Distributing system for multi-processor input and output using channel adapters ,(1991)
Kenneth James Fredericks, Kenneth James Oakes, John Cord Rathjen, Suzanne Marie John, Roger Eldred Hough, Joseph Charles Elliott, Leslie Wood Wyman, Robert Edward Galbraith, Frank William Brice, Martin William Sachs, Paul Anthony Malinowski, Marten Jan Halma, David Emmett Stucki, Allan Samuel Meritt, Method and means for sharing I/O resources by a plurality of operating systems ,(1992)
Masatsugu Kametani, Processor having a plurality of CPUS with one CPU being normally connected to common bus ,(1991)