Application Layer
Session Layer, this layer helps out with the task to carry information from one node (workstation) to another node (workstation). A session has to be made before we can transport information to another computer.
The layer that supports functions such as Directory Services is the Application Layer. This layer provides services directly to user applications, facilitating functions like authentication, resource management, and data storage. Directory Services, such as LDAP (Lightweight Directory Access Protocol), operate within this layer to manage and provide access to directory information.
The Session and Presentation layers are the fifth and sixth layers of the OSI model. The Session layer manages the establishment, maintenance, and termination of communication sessions between applications, ensuring that data exchange occurs in an organized manner. It handles session control, synchronization, and dialog management. The Presentation layer, on the other hand, is responsible for translating data between the application and network formats, including data encoding, encryption, and compression, ensuring that the data is properly formatted for the application layer. A suitable diagram would show the OSI model layers, highlighting the Session and Presentation layers, with arrows indicating their functions—session management for the Session layer and data translation/formatting for the Presentation layer.
network session layer Session Layer (Layer 5) The session layer permits two parties to hold ongoing communications called a session across a network.
The session layer (layer 5)
application presentation session **transport network The transport layer of the osi model
The Session layer
session setup, maintenance, and tear down. checkpoint controls
It is called Transport layer.
Transport Layer This is not correct, it's the session layer of the OSI model SSL was created with the TCP/IP model in mind, not the OSI model. While it is technically true SSL or TLS is in the Session Layer of the OSI, it should be referred to in conjunction with the TCP/IP Model. In this case, it resides above the Transport Layer, providing security for it, hence the name of SSL's successor Transport Layer Security (TLS). Note: TLS 1.0 is SSL 3.1 FYI, please take note the ITU X.800 recommendation states there are no security services provided in the session layer.
All people seem to need data processing, or Please do not through sausage pizza away Application, presentation, session, transport, network, data link, and physical. or Physical, data link, network, transport, session, presentation, and Application.
Session layer