Network Layer
the network layer --> check your question. ^^^^^^^^^^^^^^^^^^^^^^^^^^^ That is totally not the right answer, how about you actually read the book for the course. It is the data link layer that does encapsulation. I agree - its the Data Link Layer which encapsulates the Network layer...NOT the Network Layer.
Rip and BGP is in Application layer Ospf is in Transport Layer
No, At each layer, protocols perform servers unique to that layer. While performing those services, the protocols also interact with protocols in the layers directly above and below. In addition, at the top of the OSI model, Application layer protocols interact with the software you use. At the bottom, Phsyical layer services act on the networking cables and connectors to issue and receive signals.
Application layer protocols: DNS and HTTP Transport layer protocols: UDP for DNS and TCP for HTTP
DoD Four-Layer ModelThe Department of Defense Four-Layer Model was developed in the 1970s for the DARPA Internetwork Project that eventually grew into the Internet. The core Internet protocols adhere to this model, although the OSI Seven Layer Model is justly preferred for new designs. The four layers in the DoD model, from bottom to top, are:The Network Access Layer is responsible for delivering data over the particular hardware media in use. Different protocols are selected from this layer, depending on the type of physical network.The Internet Layer is responsible for delivering data across a series of different physical networks that interconnect a source and destination machine. Routing protocols are most closely associated with this layer, as is the IP Protocol, the Internet's fundamental protocol.The Host-to-Host Layer handles connection rendezvous, flow control, retransmission of lost data, and other generic data flow management. The mutually exclusive TCP and UDP protocols are this layer's most important members.The Process Layer contains protocols that implement user-level functions, such as mail delivery, file transfer and remote login.
connectionless protocols - transport layer
transport layer
none of protocols include a physical layer specification
Identify the networktranspor layer protocols used for windows file sharing when the protocols are installed alone.
true or false.all transport layer protocols are concerned with reliability
NOPE
Layer 5 - Session layer
Rip and BGP is in Application layer Ospf is in Transport Layer
the network layer --> check your question. ^^^^^^^^^^^^^^^^^^^^^^^^^^^ That is totally not the right answer, how about you actually read the book for the course. It is the data link layer that does encapsulation. I agree - its the Data Link Layer which encapsulates the Network layer...NOT the Network Layer.
I'm gonna say they most definitely are NOT all concerned with reliability. UDP is a transport layer protocol that provides connectionless, unreliable data delivery services.
No, At each layer, protocols perform servers unique to that layer. While performing those services, the protocols also interact with protocols in the layers directly above and below. In addition, at the top of the OSI model, Application layer protocols interact with the software you use. At the bottom, Phsyical layer services act on the networking cables and connectors to issue and receive signals.
Routers work with many different kinds of protocols, for different purposes. They work with layer-3 protocols such as IP and IPX, with routing protocols such as RIP, EIGRP, and OSPF, with VLAN-specific protocols, with DHCP, Telnet, and many others more.Routers work with many different kinds of protocols, for different purposes. They work with layer-3 protocols such as IP and IPX, with routing protocols such as RIP, EIGRP, and OSPF, with VLAN-specific protocols, with DHCP, Telnet, and many others more.Routers work with many different kinds of protocols, for different purposes. They work with layer-3 protocols such as IP and IPX, with routing protocols such as RIP, EIGRP, and OSPF, with VLAN-specific protocols, with DHCP, Telnet, and many others more.Routers work with many different kinds of protocols, for different purposes. They work with layer-3 protocols such as IP and IPX, with routing protocols such as RIP, EIGRP, and OSPF, with VLAN-specific protocols, with DHCP, Telnet, and many others more.