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<h2 id="n">N</h2>
<p>Return to <a href="as4glos.htm#as4glos">Glossary</a>.</p>
<dl>
<dt id="x2031981" class="bold">
<a name="x2031981"></a>n-1</dt>
<dd>The immediately preceding release
of the operating system.</dd>
<dt id="x2191614" class="bold">
<a name="x2191614"></a>NAK character</dt>
<dd>See <a href="rzaatn.htm#x2031106">negative acknowledgment character</a>.</dd>
<dt id="x2030976" class="bold">
<a name="x2030976"></a>named constant</dt>
<dd>In RPG, a name representing
a specific value that does not change during the running of the program.</dd>
<dt id="x2030981" class="bold">
<a name="x2030981"></a>named mutex</dt>
<dd>A mutual exclusion lock
that has a text name associated with it for identification and debugging purposes.</dd>
<dt id="x2030986" class="bold">
<a name="x2030986"></a>name pattern</dt>
<dd>In CoOperative Development
Environment/400, a set of criteria used to display a list of VM files, MVS&trade; data
set names, or i5/OS&trade; objects.</dd>
<dt id="x2031005" class="bold">
<a name="x2031005"></a>namespace</dt>
<dd>Space reserved by a file
system to contain the names of its objects.</dd>
<dt id="x2031013" class="bold">
<a name="x2031013"></a>naming authority</dt>
<dd>In OSI, an organization
that assigns OSI names and addresses--such as abstract syntax names, application
context names, network entity titles, and NSAP addresses--to ensure that they
are unique.</dd>
<dt id="x2031018" class="bold">
<a name="x2031018"></a>NaN</dt>
<dd>See <a href="rzaatn.htm#x2031708">not-a-number</a>.</dd>
<dt id="x2245519" class="bold">
<a name="x2245519"></a>NAT</dt>
<dd>See <a href="rzaatn.htm#x2031199">network
address translation</a>.</dd>
<dt id="x2210171" class="bold">
<a name="x2210171"></a>NAT conversation</dt>
<dd>A relationship between
any of the following IP addresses and port numbers: (1) private source IP
address and source port number (without NAT), (2) public (NAT) source IP address
and public (NAT) source port number, (3) destination IP address and port number
(an external network).</dd>
<dt id="x2045210" class="bold">
<a name="x2045210"></a>national language</dt>
<dd>See <a href="rzaatl.htm#x2028254">language load identification</a>.</dd>
<dt id="x2031026" class="bold">
<a name="x2031026"></a>national language dependent function (NLDF)</dt>
<dd>Any function of a hardware or software product that must be altered
to suit a country, region, or language. Examples include date and time formats,
monetary values, keyboards, measurement systems, and character data functions
(such as sorting). See also <a href="rzaatn.htm#x2031031">national language support</a>, <a href="rzaatn.htm#x2031035">national language version</a>.</dd>
<dt id="x2031031" class="bold">
<a name="x2031031"></a>national language support (NLS)</dt>
<dd>The ability for a user to communicate with hardware and software products
in a language of choice to obtain results that are culturally acceptable.
See also <a href="rzaatl.htm#x2028979">localized</a>, <a href="rzaatn.htm#x2031026">national
language dependent function</a>.</dd>
<dt id="x2031035" class="bold">
<a name="x2031035"></a>national language version (NLV)</dt>
<dd>(1) For the secondary language, the textual data for all licensed programs. See
also <a href="rzaatl.htm#x2028979">localized</a>, <a href="rzaatn.htm#x2031026">national language
dependent function</a>.</dd>
<dd>(2) For the primary language, the running
code and textual data for each licensed program ordered.</dd>
<dt id="x2031043" class="bold">
<a name="x2031043"></a>native character set</dt>
<dd>In COBOL, the
default character set associated with the computer specified in the OBJECT-COMPUTER
paragraph.</dd>
<dt id="x2031048" class="bold">
<a name="x2031048"></a>native collating sequence</dt>
<dd>In COBOL,
the default collating sequence associated with the computer specified in the
OBJECT-COMPUTER paragraph.</dd>
<dt id="x2031053" class="bold">
<a name="x2031053"></a>natural language</dt>
<dd>Human language,
as opposed to the artificial languages used in computer programming.</dd>
<dt id="x2031058" class="bold">
<a name="x2031058"></a>natural language processing</dt>
<dd>Processing
that accepts natural language input and produces natural language output.
For example, a natural language information retrieval system accepts ordinary
text files as input and may identify keywords for information retrieval.</dd>
<dt id="x2009411" class="bold">
<a name="x2009411"></a>NAU</dt>
<dd>See <a href="rzaatn.htm#x2003238">network
addressable unit</a>.</dd>
<dt id="x2031065" class="bold">
<a name="x2031065"></a>NAUN</dt>
<dd>See <a href="rzaatn.htm#x2031081">nearest
active upstream neighbor</a>.</dd>
<dt id="x2031073" class="bold">
<a name="x2031073"></a>NDM</dt>
<dd>See <a href="rzaatn.htm#x2031688">normal
disconnected mode</a>.</dd>
<dt id="x2031081" class="bold">
<a name="x2031081"></a>nearest active upstream neighbor (NAUN)</dt>
<dd>In the IBM&reg; Token-Ring Network, the station sending data directly to another
station in the ring.</dd>
<dt id="x2031086" class="bold">
<a name="x2031086"></a>negate</dt>
<dd>To make ineffective or not
valid.</dd>
<dt id="x2031091" class="bold">
<a name="x2031091"></a>negated combined condition</dt>
<dd>In COBOL,
the NOT logical operator immediately followed by a combined condition in parentheses.</dd>
<dt id="x2031096" class="bold">
<a name="x2031096"></a>negated condition</dt>
<dd>A condition that
is made opposite (either true or false), by the NOT logical operator.</dd>
<dt id="x2031101" class="bold">
<a name="x2031101"></a>negated simple condition</dt>
<dd>In COBOL,
the NOT logical operator immediately followed by a simple condition.</dd>
<dt id="x2031106" class="bold">
<a name="x2031106"></a>negative acknowledgment character (NAK character)</dt>
<dd>The binary synchronous communication (BSC) transmission control
character that indicates that the device is not ready or that an error occurred.</dd>
<dt id="x2031111" class="bold">
<a name="x2031111"></a>negative response (NR)</dt>
<dd>In SNA, a
response indicating that a request did not arrive successfully or was not
processed successfully by the receiver. See also <a href="rzaatp.htm#x2034168">positive
response</a>.</dd>
<dt id="x2031116" class="bold">
<a name="x2031116"></a>negotiated release</dt>
<dd>In OSI, a service
provided by the session layer that enables an application entity that has
received a release indication to refuse the release and continue the session
connection.</dd>
<dt id="x2031121" class="bold">
<a name="x2031121"></a>negotiation</dt>
<dd>A two-phase process by
which an initiating key server communicates with a responding key server.
If the negotiations are successful, the key servers establish a dynamic virtual
private network (VPN) connection that is between the two agreed-on endpoints.
This approach, which is directed by the Internet Key Exchange (IKE) protocols,
maintains the secrecy of your keys.</dd>
<dt id="x2031126" class="bold">
<a name="x2031126"></a>nest</dt>
<dd>To incorporate a structure or
structures into a structure of the same kind; for example, one call instruction
(nested call) within another call instruction (nesting call) or one subroutine
(nested subroutine) within another subroutine (nesting subroutine).</dd>
<dt id="x2031131" class="bold">
<a name="x2031131"></a>nested call</dt>
<dd>A call to a program incorporated
within another call to a program within the same job.</dd>
<dt id="x2031136" class="bold">
<a name="x2031136"></a>nested command</dt>
<dd>A command or group
of commands whose processing is conditioned on the evaluation of a preceding
or associated command. Nesting is a structured form of branching. In CL programs,
the nested command is merged into an associated command. If the nested command
is a DO command, the entire do group is nested.</dd>
<dt id="x2031141" class="bold">
<a name="x2031141"></a>nested DO group</dt>
<dd>A DO group that is
contained within another DO group.</dd>
<dt id="x2031146" class="bold">
<a name="x2031146"></a>nested exception</dt>
<dd>An exception that
occurs while another exception is being handled.</dd>
<dt id="x2031151" class="bold">
<a name="x2031151"></a>NetBIOS (Network Basic Input/Output System)</dt>
<dd>A standard interface to networks, and personal computers that is used
on local area networks to provide message, print-server, and file-server functions.
Application programs that use NetBIOS do not need to handle the details of
LAN data link control (DLC) protocols.</dd>
<dt id="x2031156" class="bold">
<a name="x2031156"></a>Net.Data&reg;</dt>
<dd>A program that allows
you to create interactive Web applications by using macros to add logic, variables,
program calls, and report writing to HTML.</dd>
<dt id="x2031161" class="bold">
<a name="x2031161"></a>netgroup</dt>
<dd>A network-wide group of
hosts and users. A netgroup can be used to restrict access to shared information
on Network File Systems (NFS) and to restrict remote access.</dd>
<dt id="x2060982" class="bold">
<a name="x2060982"></a>net ID</dt>
<dd>See <a href="rzaatn.htm#x2009165">network identifier</a>.</dd>
<dt id="x2009419" class="bold">
<a name="x2009419"></a>NETID</dt>
<dd>See <a href="rzaatn.htm#x2009165">network identifier</a>.</dd>
<dt id="x2031168" class="bold">
<a name="x2031168"></a>netname</dt>
<dd>A shared resource on a server.
When a netname is assigned to a resource, the user must refer to it by its
netname and specify the server where the resource is located.</dd>
<dt id="x2031173" class="bold">
<a name="x2031173"></a>NetView&reg;</dt>
<dd>Pertaining to an IBM licensed program
that is used to monitor a network, manage it, and diagnose its problems.
The NetView licensed program can be used to provide network management services
for OSI Communications Subsystem.</dd>
<dt id="x2031181" class="bold">
<a name="x2031181"></a>NetWare Enhanced Integration</dt>
<dd>An IBM licensed
program that allows users to integrate file and print services, user profile
management, and network operations.</dd>
<dt id="x2031186" class="bold">
<a name="x2031186"></a>NetWare Link Service Protocol (NLSP)</dt>
<dd>An Internetwork Packet Exchange (IPX) link state used by IPX routers to share
their routing information with other devices on a network. NLSP replaces the
Routing Information Protocol (RIP) and the Service Advertising Protocol (SAP).
NLSP provides better performance, scalability, reliability, and management
of network traffic than the router RIP or SAP.</dd>
<dt id="x2031191" class="bold">
<a name="x2031191"></a>network</dt>
<dd>In data communications, a
configuration in which two or more locations are physically connected for
the purpose of exchanging data.</dd>
<dt id="x2003233" class="bold">
<a name="x2003233"></a>network address</dt>
<dd>In OSI, an address
that identifies a particular node. A network address can consist of (a) a
network entity title only, (b) an NSAP address only, or (c) both a network
entity title and an NSAP address.</dd>
<dt id="x2003238" class="bold">
<a name="x2003238"></a>network addressable unit (NAU)</dt>
<dd>In
SNA networking, any device on the network that has a network address, including
logical units, physical units, and system service control points. See also <a href="rzaath.htm#x2024153">half-session</a>.</dd>
<dt id="x2031199" class="bold">
<a name="x2031199"></a>network address translation (NAT)</dt>
<dd>(1) The conversion of a network address that is assigned to a logical unit in
one network into an address in an adjacent network. See also <a href="rzaats.htm#x2047505">static network address translation</a>.</dd>
<dd>(2) In a firewall, the conversion
of secure Internet Protocol (IP) addresses to external registered addresses.
This enables communications with external networks but masks the IP addresses
that are used inside the firewall.</dd>
<dt id="x2031207" class="bold">
<a name="x2031207"></a>network administrator</dt>
<dd>A person who
defines the network configuration and other network-related information. This
person controls how an enterprise or system uses its network resources.</dd>
<dt id="x2031212" class="bold">
<a name="x2031212"></a>network architecture</dt>
<dd>The logical
structure and operating principles of a computer network. The operating principles
of a network include those of services, functions, and protocols.</dd>
<dt id="x2031217" class="bold">
<a name="x2031217"></a>network attribute</dt>
<dd>Control information
about the communications environment. System name and default local location
name are examples of network attributes. See also <a href="rzaats.htm#x2040849">system
value</a>.</dd>
<dt id="x2242727" class="bold">
<a name="x2242727"></a>network authentication service</dt>
<dd>The i5/OS implementation of the Kerberos V5 standard protocol that enables the iSeries&trade; server and several iSeries services (such as IBM iSeries Access for Windows&reg;) to use for authentication a Kerberos ticket as an optional replacement
for a user name and password.</dd>
<dt id="x2190437" class="bold">
<a name="x2190437"></a>Network Basic Input/Output System</dt>
<dd>See <a href="rzaatn.htm#x2031151">NetBIOS</a>.</dd>
<dt id="x2031222" class="bold">
<a name="x2031222"></a>network class</dt>
<dd>The type of TCP/IP
network, such as Class A, Class B, or Class C.</dd>
<dt id="x2031227" class="bold">
<a name="x2031227"></a>network computing</dt>
<dd>The use of a scalable
distributed computing infrastructure that encompasses the key elements of
networking technologies. Examples are systems and network management; the
Internet and intranets; clients and servers; application programs, databases;
transaction processing; and various operating systems and communication protocols.</dd>
<dt id="x2031252" class="bold">
<a name="x2031252"></a>network driver</dt>
<dd>A program that allows
two or more computers or work stations to interoperate over a communications
network. The computers or work stations may be heterogeneous or homogeneous
devices. Services provided by a network driver can include file sharing, remote
database access, electronic mail, remote print services, time services, security
services, data conversion, remote function call, and work station emulation.</dd>
<dt id="x2031257" class="bold">
<a name="x2031257"></a>network driver for Microsoft&reg; Windows</dt>
<dd>In iSeries Access, a program that integrates iSeries Access functions with the standard user interface in the Microsoft Windows program. The Windows network driver allows a Windows user
to redirect print files to an iSeries server (using the virtual print function),
manage these redirected printer files (using Windows Print Manager), and use remote iSeries server files (using the shared folders function).</dd>
<dt id="x2031262" class="bold">
<a name="x2031262"></a>network entity</dt>
<dd>In OSI, a component,
such as the OSI Communications Subsystem network layer, that provides network
services for an open system.</dd>
<dt id="x2031267" class="bold">
<a name="x2031267"></a>network entity title</dt>
<dd>In OSI, a title
that identifies the network entity on a given node. Because a node can have
only one network entity, the network entity title uniquely identifies a given
node. Network entity titles are represented in the same format as NSAP addresses.</dd>
<dt id="x2031272" class="bold">
<a name="x2031272"></a>network entity title nickname</dt>
<dd>In
OSI, a nickname that identifies a network entity title.</dd>
<dt id="x2031277" class="bold">
<a name="x2031277"></a>network file</dt>
<dd>In object distribution,
a file (either a physical file or a save file) sent by one user to one or
more other users. A network file is placed on the recipient's message queue
when it arrives at the destination system.</dd>
<dt id="x2031282" class="bold">
<a name="x2031282"></a>Network File System (NFS)</dt>
<dd>A protocol,
developed by Sun Microsystems, Incorporated, that allows a computer to access
files over a network as if they were on its local disks.</dd>
<dt id="x2031287" class="bold">
<a name="x2031287"></a>network group</dt>
<dd>In Backup Recovery
and Media Services, a cluster of systems sharing a common media inventory.
Available tapes are eligible for use by any system in the network group. Each
system in the network group receives updates to the media inventory, regardless
of which network member makes the change.</dd>
<dt id="x2031292" class="bold">
<a name="x2031292"></a>network ID</dt>
<dd>See <a href="rzaatn.htm#x2009165">network identifier</a>.</dd>
<dt id="x2009165" class="bold">
<a name="x2009165"></a>network identifier ( NETID network ID, net ID)</dt>
<dd>In TCP/IP, that part of the IP address that defines a network.
The length of the network ID depends on the type of network class (A, B, or
C).</dd>
<dt id="x2031299" class="bold">
<a name="x2031299"></a>Network Information Service (NIS)</dt>
<dd>A set of protocols, developed by Sun Microsystems, that are used to provide
directory services for network information.</dd>
<dt id="x2031314" class="bold">
<a name="x2031314"></a>network interface (NWI)</dt>
<dd>The physical
interface that allows a user to connect to the integrated services digital
network (ISDN).</dd>
<dt id="x2031304" class="bold">
<a name="x2031304"></a>network interface controller (NIC)</dt>
<dd>Hardware that provides the interface control between system main storage and
external high-speed link (HSL) ports.</dd>
<dt id="x2031309" class="bold">
<a name="x2031309"></a>network interface description</dt>
<dd>An i5/OS communications object that represents the physical interface to the
integrated services digital network (ISDN). The network interface description
must be configured in addition to the line, controller, and device descriptions.
The system-recognized identifier for the object type is *NWID.</dd>
<dt id="x2031319" class="bold">
<a name="x2031319"></a>network job</dt>
<dd>In object distribution,
a batch input stream sent by one user to one or more users in the network
as defined in the system distribution directory.</dd>
<dt id="x2031324" class="bold">
<a name="x2031324"></a>network job entry (NJE)</dt>
<dd>In object
distribution, an entry in the network job table that specifies the system
action required for incoming network jobs sent by a particular user or group
of users. Each entry is identified by the user ID of the originating user
or group.</dd>
<dt id="x2031329" class="bold">
<a name="x2031329"></a>network job table</dt>
<dd>In object distribution,
a table containing entries that control the system action required for incoming
network jobs.</dd>
<dt id="x2031334" class="bold">
<a name="x2031334"></a>network layer</dt>
<dd>In OSI architecture,
the layer that provides services to establish a path between open systems
with a predictable quality of service.</dd>
<dt id="x2031339" class="bold">
<a name="x2031339"></a>network-layer protocol data unit (NPDU)</dt>
<dd>In OSI, a protocol data unit in the network layer. (I)</dd>
<dt id="x2031344" class="bold">
<a name="x2031344"></a>network-layer service access point</dt>
<dd>In OSI, a service access point in the network layer. (I)</dd>
<dt id="x2031349" class="bold">
<a name="x2031349"></a>network-layer service data unit (NSDU)</dt>
<dd>In OSI, a unit of data transferred between the transport layer and the
network layer.</dd>
<dt id="x2031354" class="bold">
<a name="x2031354"></a>network management</dt>
<dd>(1) In OSI, systems
management that involves processing and exchanging management information
over two or more nodes. Network management provides the ability to manage
one or more nodes from another node.</dd>
<dd>(2) The process of planning,
organizing, and controlling a communications-oriented system.</dd>
<dt id="x2031362" class="bold">
<a name="x2031362"></a>network management association</dt>
<dd>In
OSI, an ACSE association between two systems management application entities
(SMAEs)--one representing a managing process, the other representing an agent
process. After network management associations are established, a manager
can send operator commands to its agents and an agent can send event reports
to its managers.</dd>
<dt id="x2031367" class="bold">
<a name="x2031367"></a>network management domain</dt>
<dd>In OSI,
a manager and the agents that it manages. An agent can participate in more
than one network management domain. In OSI Communications Subsystem, the agent
at a local node is always part of the management domain of the manager at
that local node.</dd>
<dt id="x2031372" class="bold">
<a name="x2031372"></a>network mask</dt>
<dd>A number that is the
same as an Internet Protocol (IP) address. A network mask identifies which
part of an address is to be used for an operation, such as making a TCP/IP
connection.</dd>
<dt id="x2031377" class="bold">
<a name="x2031377"></a>network message</dt>
<dd>In object distribution,
a message sent by one user to one or more users enrolled in the system distribution
directory with the Send Network Message (SNDNETMSG) command.</dd>
<dt id="x2031382" class="bold">
<a name="x2031382"></a>network mode</dt>
<dd>See <a href="rzaatn.htm#x2031413">network QOS mode</a>.</dd>
<dt id="x2031387" class="bold">
<a name="x2031387"></a>Network News Transfer Protocol (NNTP)</dt>
<dd>A protocol that is used to post messages in, distribute messages to,
and retrieve messages from newsgroups and to transfer articles between news
servers.</dd>
<dt id="x2003258" class="bold">
<a name="x2003258"></a>network node</dt>
<dd>A node that can define
the paths or routes, control route selection, and handle directory services
for the APPN function.</dd>
<dt id="x2079215" class="bold">
<a name="x2079215"></a>network node control point (NNCP)</dt>
<dd>A control point that provides session and routing services to adjacent end
nodes.</dd>
<dt id="x2003263" class="bold">
<a name="x2003263"></a>network node server</dt>
<dd>A network node
that is directly connected to an end node or a low-entry networking end node,
and has been assigned to service the end node session requests.</dd>
<dt id="x2031398" class="bold">
<a name="x2031398"></a>network operator</dt>
<dd>A person who controls
the day to day operation of all or part of a network.</dd>
<dt id="x2031403" class="bold">
<a name="x2031403"></a>network path</dt>
<dd>In iSeries Access, the
system, path, or library, and the name of the server network driver, network
printer, or data queue that the user is accessing. For example, the network
path used to access a printer through the network driver is: //system/library/printer.</dd>
<dt id="x2031408" class="bold">
<a name="x2031408"></a>network protocol</dt>
<dd>A communications
protocol from the Network Layer of the Open Systems Interconnect (OSI) network
architecture, such as the Internet Protocol (IP).</dd>
<dt id="x2031413" class="bold">
<a name="x2031413"></a>network QOS mode (network mode)</dt>
<dd>In the OSI Communications Subsystem licensed program, a set of X.25 connection-mode
quality-of-service (QOS) values that determine the type of connection established
between two nodes. Synonymous with network mode.</dd>
<dt id="x2031418" class="bold">
<a name="x2031418"></a>network resource</dt>
<dd>In OSI, a general
term for resources available to the network, such as lines and line sets.</dd>
<dt id="x2031423" class="bold">
<a name="x2031423"></a>network routing facility (NRF)</dt>
<dd>An i5/OS function that runs with the Network Routing Facility licensed program
to allow the path for data to go from a display station to a server application.</dd>
<dt id="x2061344" class="bold">
<a name="x2061344"></a>Network Routing Facility</dt>
<dd>A licensed
program that runs under the control of the Network Control Program and uses
a System/370&trade; backbone network. The network routing facility provides primary
logical unit support and a path for data between a display station and an
application without using the System/370 host system.</dd>
<dt id="x2031431" class="bold">
<a name="x2031431"></a>network server description (NWSD)</dt>
<dd>An object that contains a description of the characteristics of a file server
I/O processor that is attached to the system. In iSeries, the system-recognized
identifier for the object type is *NWSD.</dd>
<dt id="x2031436" class="bold">
<a name="x2031436"></a>network termination (NT)</dt>
<dd>In ISDN,
equipment that provides the function necessary for the operation of the access
protocols by the network.</dd>
<dt id="x2031441" class="bold">
<a name="x2031441"></a>network termination 1 (NT1)</dt>
<dd>In ISDN,
an end point for the network's transmission line. Network termination 1 is
responsible for the physical layer characteristics (of the OSI reference model),
such as ending the line transmission, monitoring performance, and timing.</dd>
<dt id="x2031446" class="bold">
<a name="x2031446"></a>network termination 2 (NT2)</dt>
<dd>In ISDN,
an end point for the network's transmission line. Network termination 2 is
responsible for the network layer, the data link layer, and the remaining
functions of the physical layer (not included in network termination 1) of
the OSI reference model. Examples include communications controllers and public
branch exchanges (PBXs).</dd>
<dt id="x2031451" class="bold">
<a name="x2031451"></a>Network Time Protocol</dt>
<dd>A clock synchronization
protocol commonly used on an internet.</dd>
<dt id="x2031456" class="bold">
<a name="x2031456"></a>network topology database</dt>
<dd>(1) In Managed
System Services, a set of database files that contain topology information
and general system information for nodes throughout the network.</dd>
<dd>(2) The representation of the current topology of the intermediate routing portion
of the APPN network. The network topology database contains entries for network
nodes and the transmission groups interconnecting them. Each entry describes
the current characteristics of the node or transmission group that it represents.
The topology database is used to determine the preferred session route between
two end nodes for a given class of service.</dd>
<dt id="x2031465" class="bold">
<a name="x2031465"></a>network user identification (NUI)</dt>
<dd>(1) In X.25, network-specific information that is used by the network to uniquely
identify the data terminal equipment (DTE) originating a switched virtual
call.</dd>
<dd>(2) For directory shadowing, a unique value associated with
each user in the Enterprise Address Book (EAB). For example, this value could
be a user ID and address, a social security number, or an employee number.</dd>
<dt id="x2031473" class="bold">
<a name="x2031473"></a>network virtual terminal (NVT)</dt>
<dd>A
Telnet service that provides a default common interface to remote terminals.
The client application negotiates NVT support and, as a result, the Telnet
server maps 5250 functions to virtual terminal characters.</dd>
<dt id="x2031478" class="bold">
<a name="x2031478"></a>neutral color</dt>
<dd>In the GDDM&reg; function, one
of the colors selected to display graphics primitives; for example, white
on a display or black on a printer. See also <a href="rzaatb.htm#x2015009">background
color</a>.</dd>
<dt id="x2031483" class="bold">
<a name="x2031483"></a>next operable sentence</dt>
<dd>In COBOL,
the next sentence to which control will be transferred after the running of
the current statement is complete.</dd>
<dt id="x2031488" class="bold">
<a name="x2031488"></a>next record</dt>
<dd>The record that logically
follows the current record of a file.</dd>
<dt id="x2031493" class="bold">
<a name="x2031493"></a>next system</dt>
<dd>A node in the SNADS network
that is physically connected to the local system, and through which distribution
items can be routed.</dd>
<dt id="x2031498" class="bold">
<a name="x2031498"></a>next system queue</dt>
<dd>In SNADS, a queue
that is used to hold distribution items that are being routed to a next system.</dd>
<dt id="x2031503" class="bold">
<a name="x2031503"></a>next system table</dt>
<dd>In SNADS, a table
identifying all the systems physically connected to the local system.</dd>
<dt id="x2031508" class="bold">
<a name="x2031508"></a>NFS</dt>
<dd>See <a href="rzaatn.htm#x2031282">Network
File System</a>.</dd>
<dt id="x2031512" class="bold">
<a name="x2031512"></a>NIC</dt>
<dd>See <a href="rzaatn.htm#x2031304">network
interface controller</a>.</dd>
<dt id="x2003278" class="bold">
<a name="x2003278"></a>nickname</dt>
<dd>In the OSI Communications
Subsystem licensed program, a 1- to 8-character name that identifies an object
or entity in an OSI network. Nicknames are provided by OSI Communications
Subsystem to enable users to use simple names instead of the often long, multipart,
sometimes binary-coded identifiers required by OSI protocols.</dd>
<dt id="x2031519" class="bold">
<a name="x2031519"></a>NIS</dt>
<dd>See <a href="rzaatn.htm#x2031299">Network
Information Service</a>.</dd>
<dt id="x2061441" class="bold">
<a name="x2061441"></a>NJE</dt>
<dd>See <a href="rzaatn.htm#x2031324">network
job entry</a>.</dd>
<dt id="x2247062" class="bold">
<a name="x2247062"></a>NLDF</dt>
<dd>See <a href="rzaatn.htm#x2031026">national
language dependent function</a>.</dd>
<dt id="x2031523" class="bold">
<a name="x2031523"></a>NLS</dt>
<dd>See <a href="rzaatn.htm#x2031031">national
language support</a>.</dd>
<dt id="x2031527" class="bold">
<a name="x2031527"></a>NLS-enabled</dt>
<dd>Any product that is internationalized
and localized.</dd>
<dt id="x2031532" class="bold">
<a name="x2031532"></a>NLSP</dt>
<dd>See <a href="rzaatn.htm#x2031186">NetWare
Link Service Protocol</a>.</dd>
<dt id="x2031536" class="bold">
<a name="x2031536"></a>NLV</dt>
<dd>See <a href="rzaatn.htm#x2031035">national
language version</a>.</dd>
<dt id="x2061465" class="bold">
<a name="x2061465"></a>NNCP</dt>
<dd>See <a href="rzaatn.htm#x2079215">network
node control point</a>.</dd>
<dt id="x2031540" class="bold">
<a name="x2031540"></a>NNTP</dt>
<dd>See <a href="rzaatn.htm#x2031387">Network
News Transfer Protocol</a>.</dd>
<dt id="x2003286" class="bold">
<a name="x2003286"></a>node</dt>
<dd>(1) One of the points in a topology
view or topology diagram. A node usually corresponds to a machine, but depending
on the type of view, might also correspond to a facility, base product, solution
element, or solution artifact.</dd>
<dd>(2) In X.25, a point where packets
are received, stored, and forwarded to another location (or data terminal
equipment) according to a routing method defined for the network.</dd>
<dd>(3) In networking, a point capable of sending and receiving data. A node can be
a device, such as printer or workstation, a system, or a storage location
on a disk. See also <a href="rzaatp.htm#x2034090">port</a>.</dd>
<dd>(4) In hardware,
a uniprocessor or symmetric multiprocessor (SMP) computer that is part of
a clustered system or a massively parallel processing (MPP) system. For example,
RS/6000(R) SP(TM) is an MPP system that consists of nodes connected by a high-speed
network.</dd>
<dd>(5) A location in a communications network that provides
host-processing services.</dd>
<dt id="x2031568" class="bold">
<a name="x2031568"></a>node list</dt>
<dd>A system object that contains
a list of SNA nodes identified by an APPN network ID and control point name.
The system-recognized identifier for the object type is *NODL.</dd>
<dt id="x2031573" class="bold">
<a name="x2031573"></a>node name</dt>
<dd>The name assigned to a
node during network definition.</dd>
<dt id="x2210202" class="bold">
<a name="x2210202"></a>node-to-node communication</dt>
<dd>Internal
communication between clustered nodes uses the virtual Ethernet as the private
network (or interconnect) that carries the heartbeat. The cluster service
on each node uses a heartbeat to keep track of the current state of the nodes
within the cluster. The cluster service uses the heartbeat to: (1) Determine
when a failover to another node should occur, (2) Synchronize the cluster
databases on each node, (3) Verify node failures during a cluster configuration
change. The private network uses the single network virtual Ethernet model.</dd>
<dt id="x2031578" class="bold">
<a name="x2031578"></a>node type</dt>
<dd>The designation of a node
according to the protocols it supports or the role it plays in a network.
Examples of Advanced Peer-to-Peer Networking&reg; (APPN) node
types are network node and end node.</dd>
<dt id="x2031583" class="bold">
<a name="x2031583"></a>nonadjacent destination node</dt>
<dd>In the
OSI Communications Subsystem licensed program, a destination node that is
connected to a different subnetwork from the local node. To communicate with
a nonadjacent destination node requires the use of a relay node. See also <a href="rzaata.htm#x2013221">adjacent destination node</a>.</dd>
<dt id="x2031588" class="bold">
<a name="x2031588"></a>nonce</dt>
<dd>A random, unique text string
that is encrypted along with data and then is used to detect attacks against
the system that sends the encrypted data. A nonce is used especially for authentication
and ensures that encrypted data is different each time that it is encrypted.</dd>
<dt id="x2031593" class="bold">
<a name="x2031593"></a>noncontiguous item</dt>
<dd>In COBOL, a data
item in the Working-Storage and Linkage Sections of the Data Division that
bears no relationship to other data items.</dd>
<dt id="x2031598" class="bold">
<a name="x2031598"></a>nondevelopment group</dt>
<dd>In the Application
Development Manager feature of the Application Development ToolSet licensed
program, a group in the project hierarchy where part development is not usually
performed.</dd>
<dt id="x2031603" class="bold">
<a name="x2031603"></a>nonexecutable statement</dt>
<dd>In DB2&reg; UDB for iSeries, an SQL statement that can be embedded only in an application program.</dd>
<dt id="x2031608" class="bold">
<a name="x2031608"></a>nonexposed name</dt>
<dd>In DB2 UDB for iSeries, a table name or view name for which a correlation name is specified.</dd>
<dt id="x2061540" class="bold">
<a name="x2061540"></a>nongeneric alert</dt>
<dd>In SNA management
services (SNA/MS), alert information that is encoded such that it conveys
to the receiver the set of screens that should be displayed for the network
operator when the alert is received. The use of nongeneric alerts requires
that the receiver recognize and understand each unique problem for which an
alert is sent. See also <a href="rzaatg.htm#x2023723">generic alert</a>.</dd>
<dt id="x2239523" class="bold">
<a name="x2239523"></a>nonhosted partition</dt>
<dd>A logical partition
that is not dependent on a logical partition for I/O resources.</dd>
<dt id="x2031613" class="bold">
<a name="x2031613"></a>noninteractive transaction</dt>
<dd>The work
done by jobs and tasks, such as batch jobs and system activity, that may have
occurred as a result of an interactive transaction. See also <a href="rzaati.htm#x2207810">interactive transaction</a>.</dd>
<dt id="x2031618" class="bold">
<a name="x2031618"></a>nonlabeled tape</dt>
<dd>A tape that has no
labels. Tape marks are used to indicate the end of the volume and the end
of each data file.</dd>
<dt id="x2031623" class="bold">
<a name="x2031623"></a>nonlibrary user ASP</dt>
<dd>An auxiliary
storage pool that contains journals, journal receivers, and save files. The
libraries for the objects are in the system ASP. See also <a href="rzaatl.htm#x2028485">library user ASP</a>.</dd>
<dt id="x2031628" class="bold">
<a name="x2031628"></a>nonnumeric item</dt>
<dd>In COBOL, a data
item that is alphanumeric, alphabetic, or Boolean.</dd>
<dt id="x2031633" class="bold">
<a name="x2031633"></a>nonnumeric literal</dt>
<dd>In COBOL, a character
string bounded by quotation marks, whose value is itself.</dd>
<dt id="x2031638" class="bold">
<a name="x2031638"></a>nonpaired data</dt>
<dd>In Business Graphics
Utility and the GDDM function, data that is specified such that each X-value
has a set of Y-values associated with it. See also <a href="rzaatp.htm#x2033092">paired data</a>.</dd>
<dt id="x2184272" class="bold">
<a name="x2184272"></a>nonpersistent message</dt>
<dd>A message that
does not survive a restart of the queue manager. See also <a href="rzaatp.htm#x2033588">persistent message</a>.</dd>
<dt id="x2031643" class="bold">
<a name="x2031643"></a>nonproduct object</dt>
<dd>In System Manager,
an application object that has not been packaged as part of a product.</dd>
<dt id="x2031648" class="bold">
<a name="x2031648"></a>nonprogrammable workstation (NWS)</dt>
<dd>A workstation that does not have processing capability and does not allow
the user to change its functions.</dd>
<dt id="x2031653" class="bold">
<a name="x2031653"></a>nonrepudiation</dt>
<dd>Proof that a transaction
occurred, or that message was sent or received. The use of digital certificates
and public key cryptography to "sign" transactions, messages, and documents
supports nonrepudiation.</dd>
<dt id="x2201120" class="bold">
<a name="x2201120"></a>nonresponse mode</dt>
<dd>In IMS&trade;, a mode of terminal
operation that allows asynchronous operations between the terminal operator
and the application program. See also <a href="rzaatr.htm#x2037042">response mode</a>.</dd>
<dt id="x2031658" class="bold">
<a name="x2031658"></a>nonrestricted state</dt>
<dd>The state of
a system meaning any or all subsystems are active, regardless of whether there
are any active jobs or users at the time.</dd>
<dt id="x2031663" class="bold">
<a name="x2031663"></a>nonsecure network</dt>
<dd>A set of nodes
that are not controlled by a single administrative party. See also <a href="rzaats.htm#x2037999">secure network</a>.</dd>
<dt id="x2031668" class="bold">
<a name="x2031668"></a>nonstandard labeled tape</dt>
<dd>A tape that
has labels but does not follow IBM labeling conventions.</dd>
<dt id="x2031673" class="bold">
<a name="x2031673"></a>nonswitched line</dt>
<dd>A connection between
computers or devices that does not have to be made by dialing. The line is
permanently connected and always available. See also <a href="rzaats.htm#x2040369">switched line</a>.</dd>
<dt id="x2031678" class="bold">
<a name="x2031678"></a>no-print border</dt>
<dd>A small area on the
edges of a physical page where data will not print. This no-print border is
a limitation of the printer.</dd>
<dt id="x2061619" class="bold">
<a name="x2061619"></a>no response</dt>
<dd>In SNA, a value in the
form-of-response-requested field of the request header that directs the receiver
of the request not to return any response, regardless of whether or not the
request is received and processed successfully. See also <a href="rzaatd.htm#x2020048">definite response</a>, <a href="rzaate.htm#x2027181">exception response</a>.</dd>
<dt id="x2031683" class="bold">
<a name="x2031683"></a>normal control field</dt>
<dd>For the sort
function, any control field that is specified by an N in column 7 of the field
sequence specification.</dd>
<dt id="x2031688" class="bold">
<a name="x2031688"></a>normal disconnected mode (NDM)</dt>
<dd>A
nonoperational mode of an unbalanced data link in which the secondary station
is logically disconnected from the data link and, therefore, cannot transmit
or receive information.</dd>
<dt id="x2031693" class="bold">
<a name="x2031693"></a>normal installation</dt>
<dd>A process in
which the i5/OS operating system contained on tape is installed in auxiliary storage,
replacing the operating system (if any) that is currently in the system. See
also <a href="rzaata.htm#x2012703">abbreviated installation</a>.</dd>
<dt id="x2031698" class="bold">
<a name="x2031698"></a>normal queue</dt>
<dd>In SNADS, a queue that
contains distribution entries with a service level of data low. See also <a href="rzaatp.htm#x2034681">priority queue</a>.</dd>
<dt id="x2031703" class="bold">
<a name="x2031703"></a>normal response mode (NRM)</dt>
<dd>An operational
mode of an unbalanced data link in which the secondary station starts transmission
only as the result of receiving explicit permission, by polling, from the
primary station. See also <a href="rzaata.htm#x2014251">asynchronous balanced mode</a>.</dd>
<dt id="x2031708" class="bold">
<a name="x2031708"></a>not-a-number (NaN)</dt>
<dd>In binary floating-point
concepts, a value, not interpreted as a mathematical value, that contains
a mask and a sequence of binary digits.</dd>
<dt id="x2031713" class="bold">
<a name="x2031713"></a>notation</dt>
<dd>A system of characters,
symbols, or abbreviated expressions used to express technical facts or qualities.</dd>
<dt id="x2031718" class="bold">
<a name="x2031718"></a>notebook</dt>
<dd>A graphical representation
that resembles a spiral-bound notebook containing pages separated into sections
by tabbed divider-pages. A user can turn the pages of a notebook to move from
one section to another.</dd>
<dt id="x2031723" class="bold">
<a name="x2031723"></a>Notes server</dt>
<dd>Application software
that runs on a machine that is connected to a network. The Notes server provides
the following services to Notes clients and other Notes servers: Storage and
replication of databases. Directory services Mail routing Security</dd>
<dt id="x2031728" class="bold">
<a name="x2031728"></a>not-found indicator</dt>
<dd>An indicator
that is set on when the specified record cannot be found.</dd>
<dt id="x2031733" class="bold">
<a name="x2031733"></a>notification</dt>
<dd>(1) An unscheduled, spontaneously
generated message, issued by an agent when a significant or critical (data)
condition occurs.</dd>
<dd>(2) Information, labeled as a managed object, that
relates to an event that has occurred within the managed object.</dd>
<dt id="x2031746" class="bold">
<a name="x2031746"></a>notify delivery</dt>
<dd>The method of delivering
messages to a message queue in which the work station user is notified that
a message arrived. The signal is a light or an audible alarm.</dd>
<dt id="x2031751" class="bold">
<a name="x2031751"></a>notify message</dt>
<dd>A message that describes
a condition for which a program requires a reply from the calling program,
or for which a reply is automatically sent to the program.</dd>
<dt id="x2031756" class="bold">
<a name="x2031756"></a>notify object</dt>
<dd>A message queue, a
data area, or a database file that contains information identifying the last
successful commitment operation. This information can be used by the programmer
to find a restarting point for an application following an abnormal end to
the system or routing step processing.</dd>
<dt id="x2210227" class="bold">
<a name="x2210227"></a>not ready</dt>
<dd>Pertaining to a status
where all images in the image catalog are not available for use by the virtual
optical device. The status of the individual image catalog entry images in
the image catalog reflects either the last status for the catalog before being
made not ready from ready or the future status for catalogs about to be made
ready. The image catalog can be made not ready by using the LODIMGCLG command
with OPTION(*UNLOAD).</dd>
<dt id="x2031761" class="bold">
<a name="x2031761"></a>NPDU</dt>
<dd>See <a href="rzaatn.htm#x2031339">network-layer
protocol data unit</a>.</dd>
<dt id="x2061685" class="bold">
<a name="x2061685"></a>NR</dt>
<dd>See <a href="rzaatn.htm#x2031111">negative
response</a>.</dd>
<dt id="x2031765" class="bold">
<a name="x2031765"></a>NRF</dt>
<dd>See <a href="rzaatn.htm#x2031423">network
routing facility</a>.</dd>
<dt id="x2188105" class="bold">
<a name="x2188105"></a>NRM</dt>
<dd>See <a href="rzaatn.htm#x2031703">normal
response mode</a>.</dd>
<dt id="x2031782" class="bold">
<a name="x2031782"></a>NSAP address</dt>
<dd>In OSI, an address that
identifies a service access point in the network layer. NSAP addresses must
be unique within the OSI network where they are used. NSAP addresses are assigned
by naming authorities.</dd>
<dt id="x2031787" class="bold">
<a name="x2031787"></a>NSAP nickname</dt>
<dd>In OSI, a nickname
that identifies an NSAP address.</dd>
<dt id="x2031792" class="bold">
<a name="x2031792"></a>NSDU</dt>
<dd>See <a href="rzaatn.htm#x2031349">network-layer
service data unit</a>.</dd>
<dt id="x2031825" class="bold">
<a name="x2031825"></a>NT</dt>
<dd>See <a href="rzaatn.htm#x2031436">network
termination</a>.</dd>
<dt id="x2031833" class="bold">
<a name="x2031833"></a>NT1</dt>
<dd>See <a href="rzaatn.htm#x2031441">network
termination 1</a>.</dd>
<dt id="x2031837" class="bold">
<a name="x2031837"></a>NT2</dt>
<dd>See <a href="rzaatn.htm#x2031446">network
termination 2</a>.</dd>
<dt id="x2031841" class="bold">
<a name="x2031841"></a>NUI</dt>
<dd>See <a href="rzaatn.htm#x2031465">network
user identification</a>.</dd>
<dt id="x2031845" class="bold">
<a name="x2031845"></a>NUI service facility</dt>
<dd>In X.25, a facility
sent by the data terminal equipment (DTE) to the network in call setup packets
that contain a network-assigned identifier, which can be used for billing,
security, or network management purposes. The NUI service facility can also
be used to select specific optional facilities to be associated with a virtual
call.</dd>
<dt id="x2003364" class="bold">
<a name="x2003364"></a>NUL</dt>
<dd>See <a href="rzaatn.htm#x2031870">null
character</a>.</dd>
<dt id="x2031865" class="bold">
<a name="x2031865"></a>null-capable field</dt>
<dd>A field whose
value can be null.</dd>
<dt id="x2031870" class="bold">
<a name="x2031870"></a>null character (NUL)</dt>
<dd>The character
hex 00 used to represent the absence of a displayed or printed character.</dd>
<dt id="x2031875" class="bold">
<a name="x2031875"></a>null clause</dt>
<dd>In REXX, a clause consisting
of only blanks, comments, or both. A null clause is ignored.</dd>
<dt id="x2031880" class="bold">
<a name="x2031880"></a>null record</dt>
<dd>In binary synchronous
communications, a record that contains no data, only the data link control
characters STX ETX.</dd>
<dt id="x2031885" class="bold">
<a name="x2031885"></a>null statement</dt>
<dd>A statement that contains
only the delimiter symbol, but no characters.</dd>
<dt id="x2031890" class="bold">
<a name="x2031890"></a>null string</dt>
<dd>A character or bit string
with a length of zero.</dd>
<dt id="x2003389" class="bold">
<a name="x2003389"></a>null-terminated host variable</dt>
<dd>A varying-length
host variable in which the end of the data is indicated by the presence of
a null terminator.</dd>
<dt id="x2176548" class="bold">
<a name="x2176548"></a>null terminator</dt>
<dd>In C, the value that
indicates the end of a string. For EBCDIC, ASCII, and Unicode UTF-8 strings,
the null terminator is a single-byte value (X'00'). For Unicode UTF-16 and
UCS-2 (wide) strings, the null terminator is a double-byte value (X'0000').</dd>
<dt id="x2003384" class="bold">
<a name="x2003384"></a>null value</dt>
<dd>A parameter position for
which no value is specified.</dd>
<dt id="x2031900" class="bold">
<a name="x2031900"></a>number</dt>
<dd>In REXX, a character string
consisting of one or more decimal digits optionally preceded by a plus or
minus sign, and optionally including a single period that represents a decimal
point. A number can also have a power of 10 suffix in conventional exponential
notation: an E (uppercase or lowercase) followed optionally by a plus or minus
sign then followed by one or more decimal digits defining the power of 10.</dd>
<dt id="x2031905" class="bold">
<a name="x2031905"></a>numeric character</dt>
<dd>Any one of the
digits 0 through 9.</dd>
<dt id="x2031910" class="bold">
<a name="x2031910"></a>numeric constant</dt>
<dd>The actual numeric
value to be used in processing, instead of the name of a field containing
the data. A numeric constant can contain any of the numeric digits 0 through
9, a sign (plus or minus), and a decimal point. See also <a href="rzaatc.htm#x2016521">character constant</a>.</dd>
<dt id="x2031915" class="bold">
<a name="x2031915"></a>numeric digit</dt>
<dd>In REXX, a pattern
that specifies, by column number, how input data is to be parsed.</dd>
<dt id="x2031920" class="bold">
<a name="x2031920"></a>numeric edited item</dt>
<dd>In COBOL, a numeric
item whose PICTURE character-string contains valid editing characters.</dd>
<dt id="x2031925" class="bold">
<a name="x2031925"></a>numeric expression</dt>
<dd>A numeric constant,
a simple numeric variable, a scalar reference to a numeric array, a numeric-valued
function reference, or a sequence of the above, separated by numeric operators
and parentheses.</dd>
<dt id="x2031930" class="bold">
<a name="x2031930"></a>numeric field</dt>
<dd>An area that is reserved
for a particular unit of information and that can contain only the digits
0 through 9. See also <a href="rzaatc.htm#x2016547">character field</a>.</dd>
<dt id="x2031935" class="bold">
<a name="x2031935"></a>numeric item</dt>
<dd>In COBOL, a data item
that must be numeric. If signed, the item can also contain a representation
of an operational sign.</dd>
<dt id="x2031940" class="bold">
<a name="x2031940"></a>numeric operator</dt>
<dd>A symbol representing
an operation to be performed on numeric data, such as + or - to indicate addition
or subtraction.</dd>
<dt id="x2031945" class="bold">
<a name="x2031945"></a>numeric pattern</dt>
<dd>In REXX, a pattern
that specifies, by column number, how input data is to be parsed.</dd>
<dt id="x2031950" class="bold">
<a name="x2031950"></a>numeric variable</dt>
<dd>The name of a numeric
data item whose value is assigned or changed during program processing.</dd>
<dt id="x2131939" class="bold">
<a name="x2131939"></a>N-up</dt>
<dd>The partitioning of a side of
a sheet into a fixed number of equal size partitions. For example, 4-up divides
each side of a sheet into four equal partitions. In enhanced N_UP printing,
the sheet can be divided into 8 partitions, each of which can be anywhere
on a single side of the sheet</dd>
<dt id="x2031955" class="bold">
<a name="x2031955"></a>NVT</dt>
<dd>See <a href="rzaatn.htm#x2031473">network
virtual terminal</a>.</dd>
<dt id="x2031959" class="bold">
<a name="x2031959"></a>n-way</dt>
<dd>Any valid configuration of
processors for a system that is capable of supporting 1 to n processors.</dd>
<dt id="x2031964" class="bold">
<a name="x2031964"></a>n-way processor architecture</dt>
<dd>A processor
architecture that provides expandability for future system growth by allowing
for additional processors. To the user, the additional processors are transparent
because they separately manage the work load by sharing the work evenly among
the n-way processors.</dd>
<dt id="x2031969" class="bold">
<a name="x2031969"></a>NWI</dt>
<dd>See <a href="rzaatn.htm#x2031314">network
interface</a>.</dd>
<dt id="x2031973" class="bold">
<a name="x2031973"></a>NWS</dt>
<dd>See <a href="rzaatn.htm#x2031648">nonprogrammable
workstation</a>.</dd>
<dt id="x2031977" class="bold">
<a name="x2031977"></a>NWSD</dt>
<dd>See <a href="rzaatn.htm#x2031431">network
server description</a>.</dd></dl>
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