Modern Operating Systems by Herbert Bos ...
Modern_Operating_Systems_by_Herbert_Bos_and_Andrew_S._Tanenbaum_4th_Ed.pdf-M ODERN O PERATING S YSTEMS
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Modern Operating Systems by Herbert Bos and Andrew...
Modern_Operating_Systems_by_Herbert_Bos_and_Andrew_S._Tanenbaum_4th_Ed.pdf-M ODERN O PERATING S YSTEMS
Modern Operating Systems by Herbert...
Modern_Operating_Systems_by_Herbert_Bos_and_Andrew_S._Tanenbaum_4th_Ed.pdf-M ODERN O PERATING S YSTEMS
Page 1113
1082
INDEX
Guest operating system, 72, 477, 505
Guest physical address, 488
Guest virtual address, 488
Guest-induced page fault, 487
GUI (
see
Graphical User Interface)
GUID partition table, 378
H
Hacker, 597
HAL (
see
Hardware Abstraction Layer)
Handheld computer operating system, 36
Handle, 92, 868, 897–898
Hard fault, 936
Hard link, 281
Hard miss, 204
Hard real-time system, 38, 164
Hardening, 600
Hardware abstraction layer, 878–882, 880
Hardware issues for power management, 418–419
Hardware support, nested page tables, 488
Hardware-independent encapsulation, 507
Head skew, 376
Header file, 74
Headless workstation, 546
Heap, 755
Heap feng shui, 653
Heap spraying, 642
Heterogeneous multicore chip 529–530
Hibernation, 964
Hiding the hardware, 1005
Hierarchical directory structure, 276–277
Hierarchical file system, 276–277
High-level format of disk, 379
High-resolution timer, Linux, 747
Hint, 1016
History of disks, 49
History of memory, 48
History of operating systems, 6–20
Android, 803–807
fifth generation, 19–20
first generation, 7–8
fourth generation, 15–19
Linux, 714–722
MINIX, 719–720
second generation, 8–9
third generation, 9–14
Windows, 857–865
History of protection hardware, 58
History of virtual memory, 50
History of virtualization, 473–474
History of VMware, 498–499
Hive, 875
Hoare, C.A.R, 137
Honeypot, 697
Host, 461, 571
Host operating system, 72, 477, 508
Host physical address, 488
Hosted hypervisor, 478
Huge page, Linux, 763
Hungarian notation, 408
Hybrid thread, 112–113
Hydra, 610
Hyper-V, 474, 879
Hypercall, 477, 483
Hypercube, multicomputer, 547
Hyperlink, 576
Hyperthreading, 23–24
Hypervisor, 472, 475, 879
hosted, 478
type 1, 70–72, 477–478
type 2, 70, 477–478, 481
Hypervisor rootkit, 680
Hypervisor-induced page fault, 487
Hypervisors vs. microkernels, 483–485
I
I-node, 58, 286–287, 325, 784
I-node table, 788
I-space, 227
I/O, interrupt driven
I/O API calls in Windows, 945–948
I/O completion port, 948
I/O device, 28–31, 338
I/O hardware, 337–351
I/O in Linux, 767–775
I/O in Windows, 943–952
I/O manager, 888
I/O MMU, 491
I/O port, 341
I/O port space, 30, 341
I/O request packet, 902, 950
I/O scheduler, Linux, 773
I/O software, 351–355
user-space, 367–369


Page 1114
INDEX
1083
I/O software layers, 356–369
I/O system calls in Linux, 770–771
I/O system layers, 368
I/O using DMA, 355
I/O virtualization, 490–493
I/O-bound process, 152
IAAS (
see
Infrastructure As A Service)
IAT (
see
Import Address Table)
IBinder, Android, 821
IBM AS/400, 609
IBM PC, 15
IC (
see
Integrated Circuit)
Icon, 405
IDE (
see
Integrated Drive Electronics)
Ideal processor, Windows, 925
Idempotent operation, 296
Identity theft, 661
IDL (
see
Interface Definition Language)
IDS (
see
Intrusion Detection System)
IF (
see
Interrupt Flag)
IIOP (
see
Internet InterOrb Protocol)
Immediate file, 958
Impersonation, 968
Implementation, RPC, 557
Implementation issues, paging, 233–240
segmentation, 243–252
Implementation of an operating system,
993–1010
Implementation of I/O in Linux, 771–774
Implementation of I/O in Windows, 948–952
Implementation of memory management in
Linux, 758–764
Implementation of memory management in
Windows, 933–942
Implementation of processes, 94–95
Implementation of processes in Linux,
740–746
Implementation of processes in Windows,
919–927
Implementation of security in Linux, 801–802
Implementation of security in Windows,
970–975
Implementation of the file system in Linux,
784–792
Implementation of the NT file system in
Windows, 954–964
Implementation of the object manager in
Windows, 894–896
Implementing directories, 288–291
Implementing files, 282–287
Implicit intent, Android, 837
Import address table, 906
Imprecise interrupt, 350–351
IN instruction, 341
Incremental dump, 307
Indirect block, 324, 789–790
Indirection, 1007
Indium tin oxide, 415
Industry standard architecture, 32
Infrastructure as a service, 496
Init, 91, 809
InitializeAcl, 970
InitializeSecurityDescriptor, 970
InitOnceExecuteOnce, 919, 977
Inode, 784
Input software, 394–399
Input/Output, 45
Insider attacks, 657–660
Instruction backup, 235–236
Integer overflow attack, 654
Integrated circuit, 10
Integrated drive electronics, 369
Integrity checker, 691
Integrity level, 969
Integrity star property, 615
Integrity-level SID, 971
Intent, Android, 836–837
Intent resolution, 837
Interconnection network, omega, 523–524
perfect shuffle, 523
Interconnection technology, 546
Interface definition language, 582
Interfaces to Linux, 724–725
Interfacing for device drivers, 362–363
Interleaved memory, 525
Internal fragmentation, 226
Internet, 571–572
Internet interorb protocol, 583
Internet protocol, 574, 770
Interpretation, 700–701
Interpreter, 475
Interprocess communication, 40, 119–149
Windows, 916–917
Interrupt, 30, 347–351
imprecise, 350–351
precise, 349–351
Interrupt controller, 31
Interrupt flag, 482
Interrupt handler, 356–357
Interrupt remapping, 491–492


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