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Protocol Matching

Matching
 
 
Match the protocols with the level of the OSI model that they work at. Some answers will be used more than once.
a.
Application
e.
Network
b.
Presentation
f.
Data Link
c.
Session
g.
Physical
d.
Transport
h.
More than one level of the OSI model
 

 1. 

FTP
 

 2. 

TCP
 

 3. 

UDP
 

 4. 

IP
 

 5. 

DNS
 

 6. 

NLSP
 

 7. 

ARP
 

 8. 

TELNET
 

 9. 

NDIS
 

 10. 

ODI
 
 
Match the Protocol from the TCP/IP suite to its job/description.
a.
IP
i.
FTP
b.
TCP
j.
SMTP
c.
UDP
k.
TELNET
d.
ARP
l.
NFS
e.
ICMP
m.
RIP
f.
DHCP
n.
OSPF
g.
DNS
o.
RPC
h.
WINS
p.
XDR
 

 11. 

Provides terminal emulation so PCs and workstations can act as dumb terminals.
 

 12. 

connection oriented protocol that works at the transport layer of the OSI model to provide full-duplex end to end connections. Can accept packets of any size from upper layers of the OSI model and repackage them. Can also carry on a variety of "conversations" through the use of port numbers.
 

 13. 

This protocol helps connectionless protocols, such as IP, identify errors in transmission. It detects errors in internetworking, traffic congestion, and/or path failures and communicates these errors with upper layer protocols.
 

 14. 

Allows the sharing of files between networked hosts.
 

 15. 

connectionless protocol that provides datagram services. Routes packets through internets. Performs the assembly and disassembly of packets required by the the size limitations of the Data Link and Physical layers.
 

 16. 

Resolves IP addresses to fully qualified domain names
 

 17. 

Resolves IP addresses to NetBIOS names.
 

 18. 

Provides the dynamic assignment of IP addresses, subnet masks, default gateway, DNS server addresses, and WINS server addresses to clients on a network.
 

 19. 

Used to support encoding of machine independent format. Example: A programmer might write code that works on more than one kind of computer. This protocol, part of the NFS family, supports the encoding of that code.
 

 20. 

Determines whether a function call can be handled locally by the computer making the request, or must be sent out the network. Acts along the line as a redirector. Part of the NFS family.
 



 
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