J. Liedtke, U. Bartling, U. Beyer, D. Heinrichs, R. Ruland, G. Szalay. Two Years of Experience with a ¯-Kernel Based OS. Operating Systems Review, 2, 1991.  Home/Search   Document Not in Database   Summary   Related Articles   Check

....by kernel concepts. Some naming and binding mechanisms that have been implemented on top of the kernel are described in section 5. 4 Details This section gives a short overview of some details of the support for persistence in Eumel and L3. More details are described in [EUM 79, EUM 79a, Bey 89, Lie 91, Lie 92] 4.1 Tasks, threads and communication The L3 kernel is an abstract machine implementing the data type task. A task consists of ffl at least one thread A thread (like a Mach thread) is a running program; up to 16384 are allowed per machine. All threads, except resident (unpaged) ....

J. Liedtke, U. Bartling, U. Beyer, D. Heinrichs, R. Ruland, G. Szalay. Two Years of Experience with a ¯-Kernel Based OS. Operating Systems Review, 2, 1991.

....message structure, message size and number of clients (see 5.2. 3) our technique supports Mach like long and structured messages, has true ipc semantics and performs significantly faster than LRPC (see table 2) 3 L3 The Workbench L3 is a kernel based operating system built by GMD [Lie 91, Bey 88, Lie 92a] which has been used for 4 years as a production system in business and education. To date, about 500 systems have been shipped to end users. L3 is now in daily use in a variety of industrial and commercial contexts. The L3 kernel is an abstract machine implementing the data type ....

J. Liedtke, U. Bartling, U. Beyer, D. Heinrichs, R. Ruland, G. Szalay. Two Years of Experience with a ¯-Kernel Based OS. Operating Systems Review, April 1991, pp. 51-62.

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