The transport layer provides flow control and sequencing.
The difference between datalink layer flow control and transport layer flow control is the need to keep the different layers of data separate in the flow control option.
Data Link layer control the flow in OSI Model
Flow Control
Which_osi_model_layer_is_responsible_for_regulating_the_flow_of_information_from_source_to_destinationreliably_nad_accurately
Transport layer
There are three features that allow TCP to reliably and accurately track the transmission of data from source to destination. They are flow control, session establishment, and numbering and sequencing.
It handles Error Recovery, flow control (synchronization) and seqencing (which terminals are send and which are receiving).It is Considered the "Media access control layer"and is where MAC Addressing is defined.Answer:Data Link Layer
error control and recovery flow control ppp(point to point protocol transfering from physical layer to network entities
The network layer is responsible for addressing nodes in a logical way. It is also responsible for making decisions on routing a packet from one network to another. In a broadcast network, routing is not needed. A transmission from any attached station is received by all other attached stations. Other functions,such as sequencing, flow control, error control, can be done at layer 2. The MAC sublayer is responsible for addressing across the LAN. With the Data link layer and its sublayers (MAC & LLC), no network layer is needed.
In the OSI model, flow control is primarily managed by the Transport layer (Layer 4). This layer ensures that data is transmitted at a rate that matches the receiving device's capability to process it, preventing overflow and data loss. It employs techniques such as buffering, windowing, and acknowledgment mechanisms to regulate the flow of data between sender and receiver.
Transport