SDLC
SNA
IPX/SPX
TCP/IP
X.25
Cannot connect computers that use different hardware
Are one of the least used network architectures today
Can use middleware to provide a standard way of communicating between software from more than one vendor
Assign the responsibility for the presentation logic to the server
Were the earliest type of network architectures
Data communication layer
Resident layer
Application layer
Network layer
Physical layer
DSL and ADSL
Asymmetric and symmetric
Microsoft and IBM
Digital and analog
Local area and wide area
Routing
Addressing
Interfacing
Broadcasting
Packetizing
Agreement
Standard
Protocol
Regulations
Policy
Anonymous FTP
Data access logic
Fat client
Application architecture
Response status architecture
Simple Mail Transfer Protocol
X.400
CMC
Post Office Protocol
Telnet
Assigns a permanent network layer address to a client computer in a network
Makes network management more complicated in dial-up networks
Has only one standard, bootp
Is always performed for servers only
Can solve many updating headaches for network managers who have large, growing, changing networks
CPU
Interface
Memory
Keyboard
Port
EAP
SSID
WEP
MAC address filtering
SWEP
A front-end processor
Serverware
Middleware
Centerware
Programmer
Shielding wires
Adding fluorescent lights
Adding repeaters to a circuit
Adding amplifiers to a circuit
Shorting a circuit
Broadcast message
DNS request packet
SNA packet
IPX message
X.25 packet
802.11a
802.11b
802.11g
802.11n
802.15
Coaxial cable
Microwave
Radio
Twisted pair
Fiber optic
Transponder
Multiplexer
Inverse multiplexer
Codec
Intelligent terminal
100%
0%
50%
75%
98%
A receiver that detects an error in a message simply asks the sender to retransmit the message until it is received without error
The common carrier Automatically Returns Queries to the subscriber upon receipt of such queries
A sender is using a data link protocol called Asynchronous Repeating reQuest
A fiber optic cable meets the American Registered Quality, a certification standard for use in high-quality data communication transmission lines
A sender is using a parity scheme called Array Resource Quality
Linking loader
Routing table
Configuration listing
Bus header assignment list
File allocation table
802.11a
802.11b
802.15
802.3
802.5
Turnaround time
Propagation delay
Dispersion
Insulation
Attenuation
75%
0%
Exactly 100%
50%
> 99%
A large central network that connects other networks in a distance spanning exactly 5 miles.
A group of personal computers or terminals located in the same general area and connected by a common cable (communication circuit) so they can exchange information.
A network spanning a geographical area that usually encompasses a city or county area (3 to 30 miles).
A network spanning a large geographical area (up to 1000s of miles).
A network spanning exactly 10 miles with common carrier circuits.
A high speed central network, built with privately owned media, which connects other networks in a distance spanning up to several miles.
A group of personal computers or terminals located in the same general area and connected by a common cable (communication circuit) so they can exchange information.
A network that spans a geographical area that usually encompasses a city or county area (3 to 30 miles) and that typically uses common carrier circuits.
A network spanning a large geographical area (up to 1000s of miles).
A network spanning exactly 543.56 miles with private media.
Presentation Layer
Transport Layer
Physical Layer
Session Layer
Application Layer
Simplify cost accounting for networks
Ensure that hardware and software produced by different vendors can work together
Make it more difficult to develop hardware and software that link different networks
Ensure that all network components of a particular network can be provided by only one vendor
Lock customers into buying network components from one vendor
Fiber optic cable
Coaxial cable
Twisted pair
Unshielded twisted pair
Shielded twisted pair
Developed the IPX/SPX network layer protocol
Assigns data link layer addresses
Approves which network layer addresses (usually, approved or assigned in groups or classes) can be used by an organization for its computers that will connect to the Internet
Developed X.25 network layer protocol
Refers to Interchange Computer Addressing Networks and Nodes
Circuitous, flat, and direct routing
Connectionless, static, and connection-oriented
Subordinate, master, and insubordinate routing
Host, client, and client-server routing
Centralized, static routing, and dynamic routing
100Base-T
10GbE
1000Base-T (1GbE)
10Base-T
Securenet
Connects backbone networks and MANS.
Spans hundreds or thousands of miles
Provides data transmission speeds from 56Kbps to 10Gbps.
Connects a group of computers in a small geographic area such as room, floor, building or campus.
Uses lease lines from IXCs like ATT, MCI, Sprint.
Presentation Layer
Transport Layer
Physical Layer
Session Layer
Application Layer
Presentation logic
Application logic
Data access logic
Data storage
Application storage
Web browser
Web server
Telnet package
Uniform Resource Locator package
Router package
ASCII
ISDN
MAU
ATM
FDM
Operates by statistically time slicing the signal
Operates by dividing the signal into different frequencies
Uses a codec that divides signals into different channels
Operates by time slicing the signal
Operates by light dividing the signal
Token passing
CSMA/CD
Polling
Roll call polling
Hub polling
IPv6 group
Subnet
Data link group
TCP group
Application net
The price of fiber optic cable
Security over floppy disks in a user environment
The ability for a user to use multimedia equipment in a LAN
Controlling access to a media by more than one computer in a LAN
The control over coax cable installed by a cable service provider
Deciding when to transmit messages over the media
Formatting the message by indicating where messages start and end, and which part is the address
Detecting and correcting any errors that have occurred in the transmission of the message
Specifying the type of connection, and the electrical signals, radio waves, or light pulses that pass through it
Controlling the physical layer by determining when to transmit
Physical
Application
Transport
Network
Data link
Multimedia Internet Mail Enterprise
Multiple Internet Media Extension
Multipurpose Internet Mail Extension
Media Internet Mail Extension
Multimedia Internet Mime Extension
Coaxial cable
Unshielded twisted pair
Shielded twisted pair
Fiber optic cable
Infrared
Is the least commonly used network protocol for LANs because it cannot be combined with Ethernet
Performs packetizing, as well as routing and addressing functions
Is not very efficient and is prone to errors
Is compatible with only one type of data link protocol, SDLC
Refers to Telephone Control Procedures/Inter-exchange Procedures
Routing table
Configuration listing
Linking loader
Bus header assignment list
File allocation table
Is always used by token ring protocol LANs
Has all computers connected to each other in point-to-point connections
Is limited to short distances since devices like a hub or repeater cannot be used with this type of topology
Permits every message to be received by every computer on the bus, even when those messages are intended for other computers
Has a central control device, such as a mainframe
Mail transfer agent
Mail user agent
Microsoft Outlook
Web server
SMTP
Quiz Review Timeline (Updated): Mar 17, 2022 +
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