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Abstract: In order to implement abstractions like threads or address spaces, operating system kernels need to maintain the corresponding metadata. This metadata is usually stored in kernel memory, i.e. in a region of physical memory that is reserved for kernel use. As the amount of available kernel memory is limited, its allocation must be controlled carefully; otherwise, applications can run a denial-of-service attack against the kernel by consuming all of its resources. (Update)
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BibTeX entry: (Update)
@misc{ haeberlen-managing,
author = "Andreas Haeberlen",
title = "Managing Kernel Memory Resources from User Level",
url = "citeseer.ist.psu.edu/article/haeberlen03managing.html" }
Citations (may not include all citations):400 safety and performance in the SPIN operating system (context) - Bershad, Savage et al. - 1995
224 Resource containers: A new facility for resource management .. - Banga, Druschel et al. - 1999 DBLP
168 Making paths explicit in the Scout operating system - Mosberger, Peterson - 1996 ACM DBLP
164 distributed system (context) - Cheriton - 1988
152 Operating system support for database management (context) - Stonebraker - 1981 ACM DBLP
100 Using continuations to implement thread management and commu.. - Draves, Bershad et al. - 1991 ACM DBLP
99 Application-controlled physical memory using external page-c.. - Harty, Cheriton - 1992 ACM DBLP
98 Improving IPC by kernel design - Liedtke - 1993 ACM DBLP
92 Working with persistent objects: To swizzle or not to swizzl.. - Moss - 1992 DBLP
89 SPIN: An extensible microkernel for application-specific ope.. - Bershad, Chambers et al. - 1994
83 An architectural overview of QNX (context) - Hildebrand - 1992 ACM DBLP
69 Defending against denial of service attacks in Scout - Spatscheck, Peterson - 1999 ACM DBLP
67 Page placement algorithms for large real-indexed caches - Kessler, Hill - 1992 ACM DBLP
61 IA-32 Intel Architecture Software Developer's Manual (context) - Corporation
58 Grasshopper: An orthogonally persistent operating system - Dearle, di Bona et al. - 1994 DBLP
48 Extending the Mach external pager interface to accommodate u.. - McNamee, Armstrong - 1990
39 EROS: A fast capability system - Shapiro, Smith et al. - 1999 DBLP
34 Tools for the development of application-specific virtual me.. - Krueger, Loftesness et al. - 1993 ACM DBLP
32 Self-paging in the Nemesis operating system - Hand - 1999 ACM DBLP
28 Toward real microkernels - Liedtke - 1996 ACM
28 Virtual memory primitives for user programs - Appel, Li - 1991 ACM DBLP
26 AVM: Application-level virtual memory - Engler, Gupta et al. - 1995
26 kernel construction (context) - Liedtke - 1995
25 A persistent system in real use: Experiences of the first 13.. - Liedtke - 1993
24 Virtual services: A new abstraction for server consolidation - Reumann, Mehra et al. - 2000
21 Interface and execution models in the Fluke kernel - Ford, Hibler et al. - 1999 ACM DBLP
18 Machine-independent virtual memory management for paged unip.. - Rashid, Jr et al. - 1988 ACM DBLP
18 The slab allocator: An object-caching kernel memory allocato.. - Bonwick - 1994 DBLP
16 A caching model of operating system kernel functionality - Cheriton, Duda - 1994 ACM DBLP
13 User-level checkpointing through exportable kernel state - Tullmann, Lepreau et al. - 1996 ACM
12 The SawMill multiserver approach - Gefflaut, Jaeger et al. - 2000 ACM DBLP
9 Lazy process switching - Liedtke, Wenske - 2001 ACM
9 Watson Research Center (context) - Team, in et al. - 2002
9 Flexible access control using IPC redirection (context) - Jaeger, Elphinstone et al. - 1999 ACM DBLP
8 Logged virtual memory - Cheriton, Duda - 1995 ACM DBLP
6 kernel-based systems (context) - Hrtig, Hohmuth et al. - 1997
6 Synchronous IPC over transparent monitors - Jaeger, Tidswell et al. - 2000 ACM DBLP
6 Diversity in database reference behaviour (context) - Kearns, DeFazio - 1989
6 experimental kernel reference manual (context) - Ka - 2002
6 Preventing denial-of-service attacks on a -kernel for WebOS.. (context) - Liedtke, Islam et al. - 1997
5 Transparent orthogonal checkpointing through user-level page.. - Skoglund, Ceelen et al. - 2000 ACM DBLP
5 Operating system support for persistent systems: Past - Dearle, Hulse - 2000
4 Page replacement in Linux (context) - van Riel - 2001
4 Calypso: A portable translation layer (context) - Szmajda - 2001
4 State caching in the EROS kernel - Shapiro, Farber et al. - 1996 DBLP
4 The SawMill framework for virtual memory diversity - Aron, Park et al. - 2001 ACM
3 How to schedule unlimited memory pinning of untrusted proces.. - Liedtke, Uhlig et al. - 1999 ACM DBLP
2 and Diane Tang (context) - Endo, Gwertzman et al. - 1994
1 Implementation of an orthogonally persistent L4 -kernel bas.. (context) - Ceelen - 2002
1 User level management of L4 kernel memory - Haeberlen - 2001
1 Architektur von Rechensystemen (context) - Liedtke, chiefs - 1992
1 Lightweight recoverable virtual memory (context) - Satyanarayanan, Mashburn et al. - 1994
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