Format and code conversion services typically operate at the presentation layer of the OSI (Open Systems Interconnection) model.
The presentation layer is the sixth layer in the OSI model and is responsible for ensuring that data exchanged between systems is in a format that both the sender and the receiver can understand. This layer is concerned with data translation, encryption, decryption, compression, and other transformations to ensure compatibility between different systems.
Format and code conversion services at the presentation layer may involve:
1. Data Encryption/Decryption: Encrypting data for secure transmission and decrypting it at the receiving end to ensure confidentiality and integrity.
2. Data Compression/Decompression: Compressing data to reduce transmission overhead and decompressing it at the receiving end to restore the original data.
3. Character Encoding/Decoding: Converting characters from one character encoding scheme to another, such as ASCII to Unicode or UTF-8, to ensure compatibility between systems using different character sets.
4. Data Translation: Converting data between different formats or representations, such as converting between text and binary formats, or between different file formats.
5. Protocol Conversion: Translating data between different network protocols to enable communication between systems using different protocols.
Overall, the presentation layer plays a crucial role in ensuring interoperability and compatibility between heterogeneous systems by handling format and code conversion services.
The Seven layers of the OSI model are: Application Presentation Session Transport Network Data-Link Physical I think the answer to your question is the Application 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.
it comes in the first layer, or popularly known as the physical layer. must not be confused to be in datalink layer.
Layer 2 - The Data Link Layer Layer 2 of the OSI model provides error-detection capability
Hubs and repeaters operate at the Physical Layer of the OSI Model. The Physical Layer is the first layer of the OSI Model.
Application Layer
application layer
application layer
application
DNS is an application layer protocol. The application layer of the OSI model is the layer closest to the user and provides network services to the applications of the user. Examples of protocols that operate at the application layer are: DNS, FTP, TFTP, SNMP, TELNET, RLOGIN, SMTP, MIME, NFS, FINGER, BOOTP and SMB.
The Seven layers of the OSI model are: Application Presentation Session Transport Network Data-Link Physical I think the answer to your question is the Application layer.
Jh
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.
A network consists of multiple computers communicating with one another over a shared network medium. Topology refers to the shape of a network, or the network's layout. In this unit, you have learnt about the various topologies and its structure. The OSI model is a seven-layer model for communications and computer network protocol design. In this unit, you have learnt about the OSI model and the functions of the various layers.
application presentation session **transport network The transport layer of the osi model
The layer of the OSI model provides connectivity and path selection between two end systems where routing occurs in the network layer. The layer of the OSI model provides network services to processes in electronic mail and file transfer programs is application.
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.