Layer 4 of the ASAI protocol stock. Not used. However, if it exists in an implementation, it passes data, unchanged, to the next layer.
Layer 4 of the OSI Reference Model, responsible for providing end-to-end control and information exchange.
The OSI layer (layer 4) responsible for reliable end-to-end data transfer between two end systems.
In the OSI model, the network processing entity responsible for the end-to-end control of transmitted data and the optimized use of network resources; works in conjunction with the underlying network, data, link and physical layers.
Layer Four of the OSI reference model that is responsible for maintaining reliable end-to-end communications across the network.
The fourth of seven layers of the ISO/OSI model. The transport layer defines protocols for message structure, and supervises the validity of the transmission by performing some error checking.
Layer 4 in the the OSI model. The Transport Layer is responsible for end-to-end transport between end users. This layer performs buffering, ordering, flow control, and error checking to make sure that data is received in the correct sequence and without error. TCP and UDP are examples of Transport Layer protocols. Also see OSI model.
The fourth layer of the OSI reference model. This is responsible for error checking, correction, and some message flow control.
Layer 4 in the OSI model; defines protocols governing message structure and some error checking.
Communications protocol layer that performs error correction and the controls the direction of data flow (receive/transmit).
Layer 4 of the OSI model. Provides reliable, sequenced transfer of data between endpoints.
Layer 4 in the Open Systems Interconnect (OSI) 7-Layer Network Layer Reference Model. Transpor Protocol 4 (TP4), Transmission Control Protocol (TCP) and User Datagram Protocol (UDP) reside at this layer. Connection-oriented service provides reliable and transparent transfer of data between cooperating session entities.
(n.) In the ISO/OSI model of network standards, the fourth layer, which controls the transfer of data between session layer entities.
The network layer that handles error recognition and recovery. When necessary, it repackages long messages into small packets for transmission and, at the receiving end, rebuilds packets into the original message. The receiving transport layer also sends receipt acknowledgments.
Layer four of the OSI Reference Model. It provides reliable data transfer, sequencing, and flow control, and ensures errorfree, end-to-end delivery.
Layer 4 of the seven-layer OSI model. The transport layer is responsible for ensuring that data is delivered reliably between nodes. Also, if more than one packet is in process at any one time, the transport layer sequences the packets to ensure the packets get rebuilt in the correct order.
The transport layer is layer 4 of the 0SI model, which provides reliable, transparent transfer of data between endpoints. The transport layer is responsible for generating the end user's address and for the integrity of the receipt of message blocks. Among the most complex of protocols.
A networking layer that maintains end-to-end reliability through data flow control and error recovery methods. Net8 uses Oracle protocol supports for the transport layer.
(Couche Transport) : In the Open Systems Interconnection ( OSI) model, the network processing entity responsible, in conjunction with the underlying network, data link and physical layers, for the end-to-end control of transmitted data and the optimized use of network resources.
The OSI layer that is responsible for reliable end-to-end data transfer between end systems.
In the OSI protocol layering model, the transport layer (layer 4) is the layer above the network layer. Protocols for this layer describe methods for maintaining reliable end-to-end communication across a network. See also network layer, OSI.
Layer 4 of the OSI model, providing reliable, transparent transfer of data between endpoints.
Layer 4 of the OSI reference model, responsible for reliable end-to-end data transfer between end systems. Manages the transfer of data from a source program to a destination program.
n. The fourth of seven layers in the International Organization for Standardization's Open Systems Interconnection (OSI) model for standardizing computer-to-computer communications. The transport layer is one level above the network layer and is responsible for both quality of service and accurate delivery of information. Among the tasks performed on this layer are error detection and correction. See also ISO/OSI model.
Transport Layer is a layer in the Transport Control Protocol / Internet Protocol (TCP/IP) reference model that controls the flow of information between the application layer and the physical layer.
In computing and telecommunications, the transport layer is the second highest layer in the four and five layer TCP/IP reference models, where it responds to service requests from the application layer and issues service requests to the network layer. It is also the name of layer four of the seven layer OSI model, where it responds to service requests from the session layer and issues service requests to the network layer. The definitions of the transport layer are slightly different in these two models.