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https://notesformsc.org/computer-networks/network-layer-understanding-packet-delivery-and-routing/
Network layer supervises the handling of packets by underlying physical networks. We call it delivery of packets to destination. Delivery of packets to final destination is done it two ways. Direct – when the destination is in the same physical network or delivery between last router and destination.
https://electronicspost.com/network-layer-services/
May 12, 2016 · In-order Packet Delivery : This service guarantees that packets arrive at the destination in the order that they were sent. Guaranteed Minimal Bandwidth : This network layer service emulates the behaviour of a transmission link of a specified bit rate (for example, 1 Mbps) between sending and receiving hosts. As long as the sending host transmits bits (as part of packets) at a rate below the …Author: Jhasketan Garud
http://www.highteck.net/EN/Network/OSI_Network_Layer.html
Packet Examination. As an intermediary device, a router processes the packet at the Network layer. However, packets that arrive at a router's interfaces are encapsulated as a Data Link layer (Layer 2) PDU. As show in the figure, the router first discards the Layer 2 encapsulation so that the packet …
https://www.ques10.com/p/5405/difference-between-network-layer-delivery-and-tr-1/
Network Layer Transport Layer; The main function of this layer is to deliver packets from source to destination across multiple networks. Transport layer is responsible for source to destination delivery of the entire message. The relationship of the network layer to …
https://www.plixer.com/blog/network-layers-explained/
Layer 3 also determines the best paths for data delivery. Data Link and Physical Layers. Layer 2 (Data Link) receives packets from Layer 3. Whereas Layer 4 performs logical addressing (IPv4, IPv6), Layer 2 performs physical addressing. It adds sender and receiver MAC addresses to the data packet to form a data unit called a frame.
https://www.quora.com/Does-TCP-always-deliver-packets-in-order
Bytes are delivered in the order transmitted, guaranteed, if it's possible to deliver the bytes at all. To do this, bytes are sent in packets. The packets themselves are NOT guaranteed to be delivered to the receiving host in order. There's a whole section of the protocol devoted to out-of-order reassembly.
https://quizlet.com/364588440/ccna-chapter-6-flash-cards/
*The best-effort delivery process guarantees that all packets that are sent are received. *Upper-layer connection-oriented protocols keep track of the data received and can request retransmission from the upper-level protocols on the sending host.
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