A. Skousen, D. Miller, Using a distributed single address space operating system to support modern cluster computing, in: Proc. 32nd Hawaii Int'l Conf. System Sci., 1999, pp.1-10. Home/Search Document Details and Download
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REDUCTION OF SOFTWARE DEVELOPMENT COSTS UNDER SOMBRERO, A.. - Of The Requirements (Correct)
....4 DBS Clients . 121 16. Multithreaded Database Server . 122 17. 2 DBS Servers, 2 Datasets, 4 DBS Clients . 123 Introduction The premise of this thesis is that the architecture of Sombrero, a 64 bit single address space operating system [17] 18] 19] [21], reduces the complexity of application software and hence the cost of software development. This thesis compares and discusses the development of a sample application under Sombrero, a single address space operating system and Windows 2000, an industrial grade process oriented operating system. ....
Skousen, A, & Miller, D. (1999, January). Using a Distributed Single Address Space Operating System to Support Modern Cluster Computing. Proceedings of 32nd Hawaii International Conference on System Sciences, HICSS-32.
Reduction of Software Development Costs - Under The Sombrero (2002) Self-citation (Skousen Miller) (Correct)
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Skousen, A., and Miller, D., "Using a Distributed Single Address Space Operating System to Support Modern Cluster Computing", Proceedings of 32 Hawaii International Conference on System Sciences, HICSS-32, January 1999.
Using a Single Address Space Operating System for Distributed .. - Skousen, Miller (1999) (1 citation) Self-citation (Skousen Miller) (Correct)
....There have been a number of SASOS designs with and without additional protection hardware support. Those without additional hardware include Opal [2] 7] Mungi [8] Arius [9] and Grasshopper [10] Those with modified protection hardware include AS 400 [11] Monads [12] and Sombrero [13] See [14] [15] for comparisons between the features of hardware supported SASOSs and those built on stock RISC processors and between Sombrero and other hardware supported SASOSs. 3. Sombrero design overview 3.1. Basic Abstractions Table 1 lists the basic Sombrero abstractions. 3.2. Hardware design ....
....surrogates make the network s multiple computers appear as a single virtual NUMA multiprocessor. Additional information on Sombrero distributed system design can be found in [13] 21] 22] Sombrero support for distributed parallel computation and distributed system fault tolerance can be found in [15]. A more complete treatment of the Hardware Layer System and User Modules FPU Interrupt management MMU including RPLB Other CPU registers Name Service, Linker User 1 User 2 Protection Service Video driver Interrupt Vector Policy Figure 2. Sketch of Completely Peer Level Single ....
Skousen, A, and Miller, D., "Using a Distributed Single Address Space Operating System to Support Modern Cluster Computing", Proceedings of 32 nd Hawaii International Conference on System Sciences, HICSS-32, January 1999.
Operating System Structure and Processor Architecture for a .. - Alan Skousen Donald (1998) (2 citations) Self-citation (Skousen Miller) (Correct)
....support an emulated RPLB. The prototype is expected to be operational by December 1998. Additional information on prototype design, comparisons between features of Sombrero and other SASOSs with and without changed hardware support can be found in [10] an extended version of this paper) 11] and [12], and at http: www.eas.asu.edu sasos. 4 CONCLUSIONS SASOSs increase the available choices for structuring the operating system and applications, for sharing, protecting and storing data, and for communication between programs. Economic and technological tradeoffs will increasingly favor single ....
A. Skousen and D. Miller, "Using a Distributed Single Address Space Operating System to Support Modern Cluster Computing", CSE Dept., ASU, TR-98-007, August 1998,
Modeling Distributed Data Representation and its Effect on - Parallel Data Accesses (Correct)
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A. Skousen, D. Miller, Using a distributed single address space operating system to support modern cluster computing, in: Proc. 32nd Hawaii Int'l Conf. System Sci., 1999, pp.1-10.
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