OpenVMS software is a Hewlett-Packard product. The best place to download OpenVMS would be the official "Hewlett-Packard" website at their Download section.
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Volume Shadowing in OpenVMS is a form of host-based Raid level 1. Essentially two or more identical disk volumes are "mirrored" or "shadowed" resulting in a single "shadow set" volume. Any data written to one disk volume is also automatically written to the others. Shadowing within an OpenVMS Cluster is unique in that the various component volumes of the shadow set can be located on different OpenVMS hosts and even in separate geographical locations. The disk volumes which are members of the shadow set can be single direct-attached disks, RAID-0 stripesets on attached storage controllers or even virtual disk volumes on SAN storage arrays. Additionally, OpenVMS supports booting from shadowed system disks for even greater availability.
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PerfectDisk is a used for defragmentation utilization on all Windows and HP OpenVMS softwares. It has editions that are available for home PC's and for large servers.
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This varies widely from one OS to another.
As with many other things it is commonly whatever the market will bear, as in general a computer without an operating system won't do much useful work.
However there are opensource OSs (e.g. Linux, OpenVMS) that can be obtained free or at very low cost.
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cciu fsum.exe serves as an important filename extension denoting an executable file (a program) in the DOS, OpenVMS, Microsoft Windows, Symbian, and OS/2 operating systems. cciu fsum.exe is located in your system directory C:\windows\system32. This executable file is not a known spyware, adware, or Trojan file. cciu fsum.exe can be used in Microsoft Windows operating system.
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The samba software package implements the netbios protocol which is used by Microsoft Windows Lan Manager under TCP/IP to share files. Samba is open software and available free for non-windows platforms such as linux, unix and OpenVMS. Properly configuring samba makes Unix folders appear as shared folders on a Windows system.
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PHP is supported under OpenVMS Alpha 7.3-2 and later (and perhaps earlier as well). There are a few flakes in the package, though, that make it difficult to use properly for some applications, such as running MediaWiki software. PHP comes with the Compaq (now HP) Secure Web Server package, which includes Apache ported to VMS. See the Related Link "HP: CSWB for VMS" for more information.
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The file extension .opt
is commonly associated with various applications, but it is primarily used for configuration or options files. One notable program that uses this extension is the OpenVMS operating system, where .opt
files may contain options for system configuration. Additionally, some software applications use .opt
files to store user preferences or settings. Always check the specific software documentation for precise usage.
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When I worked with DEC/Compaq/HP OpenVMS systems, I wrote a generic routine to read the magnetic tape header information when an operator loaded a tape to be read for a production job. Each tape provider would put a unique label in the header. My routine would return that label which would then be compared to what a known good tape label would be. If it matched, the job proceeded. If not, the operator was given an OpCom message that they had to reply to.
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cdvd.exe plays as an important filename extension denoting an executable file (a program) in the DOS, OpenVMS, Microsoft Windows, Symbian, and OS/2 operating systems. It is used to make the computer and some certain programs always run properly. To solve cdvd error, simply perform the below steps:
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You mean an Operating System.
Examples include Windows 7, Apple OS X, NeXTSTEP, iOS, Ubuntu, Solaris, Android. Chromium OS, Windows CE, VxWorks, GNU, Mach, NetWare, Plan 9, Palm OS, Domain/OS, VAX VMS, OpenVMS, EXEC-8, VM, Atari TOS, AmigaOS, TRSDOS, UCSD p-System, ISIS-II, CP/M, RSX-11, RT-11, HT-11, DMS, Berkeley Timesharing System, COS, NOS, Multics, z/OS, 360 TOS, 360 DOS, CTSS, BESYS, IBSYS.
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Stability is difficult to measure in absolutes. A good measurement as to the stability and reliability of an operating system is the record of the highest "uptimes." Uptimes are the length of time a system has been running without the need for a reboot. Note that other factors, such as natural disasters or power outages may have a bearing on uptime not related to stability.
The absolute highest uptime recorded is 18 years, by an OpenVMS server. A nicely updated competition of uptimes can be found in the "Related links" below. A rough summary of uptimes, from highest to lowest, is:
1. Linux
2. FreeBSD
3. Windows
4. Mac OS X
5. Sun / Solaris
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As long as one downloads the proper linux i.e. for 64-bit or 32-bit then it will run any system
Of course there could be an exception, but anything that will run a modern windows os will run linux
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The linux operating system is available for almost any hardware platform. Not only is it available for any platform that runs Microsoft windows. It is available also for any hardware that runs OpenVMS, (VAX, Alpha, Itanium), for the Apple computer, IBM power platform and IBM Mainframe.
Since the full source of the system software is openly available, anyone interested and capable can modify it to run on any system.
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No. Linux, Unix, Windows, and Mac OS, OpenVMS, Z/os, IBM i are all examples of operating systems.
Operating system software is what you see when you turn on your computer and wait for the computer to go through its Initial Program Loading (IPL) process reading software from a designated device, and going through the process of setting things up so it can process user requests.
Application software would be a programs that are used to perform tasks and jobs requested by a user. Sometimes these do turn themselves on at startup automatically - like antivirus software.
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Examples of the software services which Hewlett-Pakcard ( HP ) provide are : Hp Insight Management Software Services , Linux Operating System Services , UNIX Operating System Services and OpenVMS Operating System Services. They also provide order services such as : Prior Version & Mature Product Services.
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The only real high end operating system runs on the IBM mainframe system now named IBM system Z. The actual system software is called Z/OS. It is used in banks and large corporations and has been around in various incarnations since the 1960's. The IBM system Z also runs Linux.
Also high end are:
The IBM power platform runs the IBM I system (a descendant of the IBM system/38 and AS/400), a corporate branch workhorse. It also run IBM AIX (a version of original unix) as well as Linux.
The HP OpenVMS system, known for its security features, stability and long uptime runs on the Intel Itanium platform which also runs a HP-UX (a version of unix) and Linux.
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In general the only difference between commands, or instructions, and data is the context in which each appears. If the CPU is fetching the contents of memory to get the next instruction, then it assumes that the Program Counter register points to commands. If the CPU is executing an instruction that needs to fetch data from memory, the data at the address specified by the instruction are fetched, assuming that the address points to data.
This is what allows a program to be loaded into memory in the first place; the part of the operation system responsible for this operation treats the program as data, loading it into memory as instructed in the file. Then the OS branches to a specified place within that memory and begins fetching instructions there.
This blurring between instructions and data has also been used in the past to allow a program to modify itself as it executes. This is usually considered poor practice; some operating systems, such as HP's OpenVMS, even set up memory page protections to keep this from happening.
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There is no correct answer without qualifying which multiuser systems are being discussed. All modern operating systems have inherited traits and abilities from other older multiuser systems. There are multiple multiuser operating systems currently in use. IBM has their mainframe system (Z/os) as well as IBM i, both multiuser systems are unique from each other and from other systems. IBM also has AIX, a descendant of unix. Current unix systems go back to the original proprietary AT&T unix implementation in the 1970's and 1960's. Unix itself was modeled after a multiuser system called Multics. Linux was modeled after unix but written independently of it. Microsoft Windows NT was designed by Dave Cutler who brought his experience in developing OpenVMS with him. All other Microsoft Window implementations follow from that.
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If your talking about the operating system of a PC then it depends. Some computers come with the preinstalled OS itself. Usually computers have the Windows OS and there are different versions of Windows as well. XP, Vista and seven are the latest and most commonly used windows OS at the moment worldwide. Apple computers come with the preinstalled MAC leapord OS and unlike other computers those computers cant be booted with any other OS other than the MAC OS itself.
Then there are the machines that are not personal computers:
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Yes, IBM released OS2, I don't know if it still exists as a commercially viable product. Intel released iRMX which was an incredible "real time" operating system that was great for process control, but again I don't know if it's still available. QNX is an excellent operating system for distributed processing and is currently available. I'm sure there are may other operating systems that specialize in their own niche.
There are many operating systems beside the ones mentioned. Many are no longer marketed but may still be in use as the hardware is still working and doing its job.
Digital Equipment Corporation (now part of HP) used to sell the PDP-8 and PDP 12 (they ran tss-8, ps/8 and os/8), PDP-10 and PDP-20 (ran TOPS-10 and TOPS-20), PDP-11 (ran DOS-11, RT-11, RSTS). I believe the PDP-11 is still being used to manage some nuclear plants and there is much discussion as to whether they should leave it or switch to a modern system. They are also still selling (by another company) OpenVMS which used to run on VAX hardware, then ALPHA hardware and is now available on an Intel Itanium. The OpenVMS system is one of the first systems to actually be part of a network, and part of the internet when it was called arpanet. It also has the reputation of being one of the most secure systems around and the longest up time between software crashes.
IBM has their mainframe that first came out in the 1960's running a system called OS/360, then OS/370 and now called system Z. It is a popular secure workhorse at large banking and financial institutions. The mainframe also runs a version of linux. IBM also has the power systems which runs AIX (a version of the real unix), IBM i, and also a version of linux.
There are many other companies that are no longer around and their software systems have been abandoned or absorbed and incorporated into modern systems.
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YES, Windows, Linux, etc...
you have to first get the CD for the OS you wish to install...then restart your PC and alternate between F9,F11, and delete...this will take you to a screen where you can edit your BIOS...find the boot sequence and change the first one to boot from CD...insert the CD you wish to install and restart your PC...after awhile it should load up the CD and allow you to install the new OS
(you can even dual boot if you defrag, learn to split your Hard Drive into partitions, and then get a program such as grub or lilo boot loader).original
It would depend on the operating system. Proprietary systems such as Microsoft windows, Z/OS, IBM i, OpenVMS, AIX as well as other licensed UNIX implementations can only be installed and run on the machines for which they were intended and licensed. Anything else will not work because of the differences in the hardware and may also be in violation of the End-User-License.
Open source systems such as Linux do not have this problem. It is already available for may hardware platforms and the source code is freely available for anyone interested in implementing it on other machines.
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There are several reasons:
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Disk operating system DOS is a computer operating system using line instruction. For a computer system use disk drive as secondary memory. A Windows system is a computer operating system with Graphic User Interface GUI instead of line instruction.
There is no difference between them other than what the vendor or creator wants it to be. A disk operating system is a system based on being run from a disk drive. Typically disk operating systems were single user and single task systems. Predecessors to DOS used cards, magnetic or paper tape as as input, output or main storage device. Successors that relinquished the DOS title had multiprocessing, multiuser, realtime or windowing capabilities and were given other names such as OS/360, RT-11, Windows, multics, unix, linux and more.
All modern systems are disk based, unless they use solid state drives (SSD), so all are disk operating systems. Microsoft windows as well as unix, linux, OpenVMS all have a windows interface so they can all be windows operating systems but only microsoft makes that claim.
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There are a few different operation systems that hp laptops can use such as any of the windows programs, as well as Linux, OpenVMS, and Tru64 unix. The most popular and well used would be the latest Windows.
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Helps to organize related files together. Folders are called directories in some operating systems (e.g. MSDOS), but the analogy to a paper file folder was seen as helpful to understanding when graphical OSs were created.
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An operating system is a generic term for software that interfaces and buffers between the users and user application programs and the computer hardware which includes memory, disk drives, etc.
It can be as simple as the old(er) named Disk Operating System (MSDOS, PCDOS, DRDOS, DOS-11, DOS/360, etc) and Tape operating system (TOS) which had no restrictions on what a running program could do but loaded programs into memory, start them, and did respond to requests by programs for system functions such as finding, reading and writing files.
It can be as complex as a multiuser, multiprogramming, multiprocessing system where it manages memory, CPU(s), device assignment, security, communications and other functions as in Z/OS. IBM I, OpenVMS, Unix implementations, Linux, or Windows.
It is software. You can install and uninstall operating systems as you like, without changing any hardware inside your computer.
The operating system is the system your using such as Microsoft's Windows versions (Windows XP, Windows vista, Windows 7, etc.), Apples Mac OS X snow leopard, Linux distributions.
The OS is a system software which provides services for application software. The OS controls Hardware and software like MS word, Photoshop and wordpad.
It is the software of your system that allows you to do pretty much everything. Run programs, go onto the Internet or even look at pictures.
The Operating system is a software consisting of programs and data that runs on computers and manages the hardware resources and also provides a platform for various application software.
An operative system is software serving as a foundation for processes on your computer. The operating system undertakes memory management and important security and stability enhancing tasks that is required for other software to run correctly. Computer hardware often differ in design and function and part of the operative systems's job is to minimize the design work needed by the other layers software to support each type of hardware.
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Microsoft Office is not an operating system, it is an office suite that is often, although not exclusively, run on a computer using the Microsoft Windows operating system.
Other operating systems are Mac OS and Linux.
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Hardware is the physical computer equipment including its box or case, everything in the case and accessories (devices) attached to it: The motherboard, fans, wires, memory, hard drive; graphic, sound and other cards; the monitor, keyboard, mouse, scanners, printers,
Software is the name that evolved for everything in the computer that is not hardware. It includes programs including the operating system, utilities, application programs, games, libraries and related data.
Software is installed and stored in the computer on a storage device such a hard drive. It can also be modified, updated, or deleted from there.
Software is loaded into memory where it is executed by the rest of the computer hardware to accomplish the function it was designed to do.
Software is the programs on the computer that tells the hardware what to do. It includes the Operating Systems (Windows, unix, OpenVMS, aix, OS X, IBM i, Z/os, linux), and programs for computers (Microsoft Office, Internet Explorer, VLC Media Player and Calculator).
software is used to communicate between hardware and user.
Media are the things that carry and hold data and software outside of the computer: diskette, external hard drives, CD, DVD, SD card, USB card, paper.
The computer program you receive on a CD is not hardware, it's software.
As a human analogy, hardware is like your physical brain and software is the thoughts in your brain.
Hardware is all of the physical elements that make up a computer system. Software is the non-tangible computer programs inside of the hardware.
hardware: a part of computer that is tangible (can be touch).
monitor, CPU, AVR, mouse, keyboard, headset, wires, etc.
soft ware: a part of a computer that is not tangible.
programs, files, data, etc...
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Ah, what a lovely question! The main difference between a standalone computer and one connected via a LAN is that a standalone computer works independently, like a lone tree in a field, while a LAN-connected computer can communicate and share resources with other computers on the network, like a beautiful garden where all the flowers work together to thrive. It's all about that sense of connection and collaboration that makes a LAN-connected computer a part of something bigger and more wonderful.
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2K
86-DOS
A/UX
Acados
ACP (Airline Control Program)
AdaOS
ADMIRAL
Adrenaline
aerolitheOS
Aimos
AIOS
AIX
AIX/370
AIX/ESA
Allegro
AllianceOS
Alto OS
Amiga OS
Amoeba
Amstrad
AMX RTOS
AngelOS
AOS/VS
Aperios
Apollo Domain/OS
ApolloOS
Apostle
Archimedes OS
AROS
ARTOS
Asbestos
Athena
AtheOS
AtomsNet
Atomthreads
AuroraOS
B-Free
Bada
BAL
Banyan VINES
Basic Executive System
BeIA
BeOS
BKY
BlueEyedOS
BOS
BOS1810
BoxOS
BPMK
bpmk
BRiX
BS600
BS2000
BSDi
BugOS
Calmira
CCP (Computer Control Program)
CDOS
Cefarix
C Executive
Chaos
Chimera
Chippewa OS
Choices
Chorus
Cinder OS
Cisco IOS
Clicker32
CMW+ (SCO)
COBRA
Coherent
CONSENSYS
ConvexOS
Cos
Cosy
Counterpoise
CP/K
CP/M
CP/NET
CP/Z
CPF (Control Program Facility)
Cromix
Cronus
CSOC
CTOS
CTSS
CX/SX
Cyber (CDC)
Cygnus
DAC
Darwin
Data General
DC/OSx
DCP
Degenerate OS
Delitalk
Deming OS
DEMOS
DesktopBSD
DESKWORK
DG/UX
DIGITAL UNIX
dingOS
DK/DOS
DLD
DNIX
Domain OS
DOS
DOS2
DOS 50
Dosket
dr'ex
DR-DOS
Drops
Drywell OS
DS-OS
DTOS
DVIX
DYNIX Unix (Sequent)
ECL-3211
eComStation
eCos
EduOS
EGOS
ekkoBSD
Elate
ELKS
Elysium
EOS
EP/IX
EPOC
ERaMS
ERIKA
EROS
ESER
ESIX
ESKO
Eumel
EuNIX
Exopc
ExOS
Express
Famos
FDOS
Fiasco
Flamethrower
FlashOS
FlexOS
FLP-80 DOS
Flux
Flux-Fluke-Flask
FMS
Forth
FreeBSD
FreeDOS
FreeDOWS
FreeVMS
Frenzy
FullPliant
FunatixOS
FxOS
GazOS
GCOS
GECOS
GeekOS
Gemini Nucleus
Genera
GEORGE
GEOS
GM OS
GNU Hurd
GNUstep
Go
Goah
Gould OS
Grasshopper
GUIDE
Haïku
HA-MSP
Hactar
Harmony
Helios
HES
Hive
HOPE
HP-87 OS
HP-UX
HT-11
Hurd
Hurricane
HydrixOS
i5/OS
IBM PC-DOS
IBSYS
Icaros Desktop
ICL Unix
Immunix
Inferno
INMOS
INTEGRITY RTOS
Iridium OS
IRIX
iRMX
IRTS
ISC (Interactive)
ISIS
ISSL
ITRON
ITS
JAMB
JavaOS
Jbed
JeniOS
Jeo-OS
Jibbed
JOS
JTMOS
JUNOS
JxOS
KAOS
Katix
Kea
Kerberos
KeyKOS
KOS
KRONOS
KROS
KRUD
Kylin
L4
L13Plus
LainOS
LAN Manager
LDOS
LegOS
leJOS
Linux
Lisa OS
LTSS
LynxOS
Möbius
Mach
Mac OS 8
Mac OS 9
Mac OS X
MANOS
MaRTE OS
Maruti
Masix
Maverick OS
MBOS
MCP (Master Control Program)
MDOS
MenuetOS
Merlin
Micriµm
MICRODOS
MicroVMS
MikeOS
Minima
Minix
Minux
Miranda
Miray µnOS
MITE 80/IOS
MK++
ML
ModulOS
Monitor
MOPS
MorphOS
MOS
MOSIX
MPE/iX
MPE OS
MRT1700
MS-DOS
MSOS
MT809
Multics
Mungi
MUTOS
muVinix
MVS
NachOS
NCR Unix
NEC DOS
NECUX
Nemesis
NeOS
NetBSD
Netware
NewDeal
NEWDOS
NewOS
NEWS-OS
Newton OS
NexentaOS
NeXTStep
NextworksOS
Nexus
Nimbus
Node OS
NOS
NOS/BE
NOS/VE
Nova
Novell DOS
NS/GDOS
NSK
NTDIOS
Nucleus
Oaesis
Oasis
Oberon
Objex
Odin
Omega 4
OnCore
On Time RTOS-32
Opal
OpenBeOS
OpenBSD
OpenDarwin
OpenRavenscar
OpenServer
OpenVision
OpenVMS
OppcOS
OS-2
OS-9
OS-C
OS/2
OS/2 Warp
OS/9
OS/360
OS/390
OS/400
OS/ES
OS/M
OS4
osCAN
OSE
OSF/1
Osx
OZONE
PAKOS
Palm OS
PAPL
Paramecium
ParixOS
Paros
PaulOS
P BASIC
PC-BSD
PC-DOS
PC/M-System
PDOS
PEACE
Pebble
Pegasos
PETROS
Phantom OS
Phos
PIOS
PizziOS
Plan 9
Plex86
PM_SZ_OS
PocketPC 2003
PowerMAX
PowerOS
PowerSX
PowerUX
ProDOS
Prologue
Proolix
ProOSEK
PSOS
pSOSystem
PSU
PTS DOS
PublicOS
PURE
QDOS
QNX
Quadros
RadiOS
RBASIC
RCOSjava
RDOS
ReactOS
REAL-32
Realogy Real Time Architekt
REBOL-IOS
ReWin
REX-80/86
REXX/OS
RHODOS
RISC OS
RMOS
RMS 68k
Roadrunner
Rome
ROME
RSTS/E
RSX-11
RT-11
RTEL
RTEMS
RT Mach NTT
rtmk
RTMX
RTOS-32
RTOS-UH
RTS-80
RTX
RTXDOS
RxDOS
S.Ha.R.K
Sanos
SCO OpenServer
SCOPE
ScorchOS
ScottsNewOS
Scout
SCP
SCP (System Control Program)
SCP-IBE
Self-R
SeOS
Sequent
SEVMS VAX
Shark
SharpOS
ShawnOS
SIBO
Sinclair
Sinix
SINTRAN III
SkyOS
Slikware
sMultiTA
SOBS
Solaris
Solar_OS
Solbourne UNIX
SOS
SP6800
Spice
Spice/MT
SPIN
Spinix
SPOX
Spring
Squeak
SSP (System Support Program)
STAR-OS
STARCOS
Starplex II OS
Sting
StreamOS
Subsump
SUMO
SunMOS
SunOS
SunriseOS
SuperDOS
SVM
SVR
Syllable
Symbian OS
SymbOS
Symobi
Symphony OS
Synapse
System 6 (Mac OS)
System 7 (Mac OS)
System V Release
TABOS
Tabos
TalOS
TAOS
TENEX
THE
Thix
ThreadX
ThrillOS
TI-99 4A
TinyOS
TIS APL
TNIX
TOPS-10
TOPS-20
Topsy
Tornado
Torsion
TOS
TPF (Transaction Processing Facility)
TriangleOS
Tripos
TRON
TRS-DOS
Tru64 UNIX
TSX-32
TUD:OS
TUNES
TurboDOS
UberOS
UCSD-p
UDOS
Ultrix
UMDS
UMN
UNI/OS
Unicos
UNICOS/lc
Uni FLEX
Unisys U5000
Unix System
UnixWare
Unununium
USIX
UTS
UXP/V
V2 OS
Vapour
VERSAdos
Visopsys
Visual Network OS
VM/ESA
VM/VSE
VME
VMS
VRTX/8002
VRTX/OS
VSE
VSOS
VSTa
VTOS
VxWorks
WEGA
WildMagnolia
Windows 7
Windows 95
Windows 98
Windows 98 SE
Windows 2000
Windows Automotive
Windows CE
Windows ME
Windows NT
Windows Server 2003 R2
Windows Server 2008
Windows Server 2008 R2
Windows Vista
Windows XP
WinMac
WIZRD
x-kernel
XAOS
Xenix
Xinu
xMach
XOS
XTS
Yamit
Yaxic
Yoctix
z-VM
z/OS
Z9001-OS
ZealOS
Zeta
Zeus Zilog
zeVenOS
ZMOS
ZotOS
ZRTS 8000
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