The first endpoint node takes no action if no RST packet is received.
In one approach, upon receiving a TCP RST packet, a first endpoint node challenges the second endpoint node in the then-current connection using an acknowledgement message.
In one approach, upon receiving a TCP RST packet (1, 102), an endpoint node determines whether the TCP segment contains valid authentication information (1, 104).
If the connection is genuinely closed, the second endpoint node responds with a RST packet carrying an expected next sequence value.
A logical connection is established between the first end node and the second end node prior to transmitting data between the end nodes.
A protection label path is formed between a base node and an end node (102-110) wherein the protection path avoids an intermediate node between the base node and the end node.
End nodes receiving a fault notification message determine if the message indicates a disruption in a node that is critical to the end node receiving the message.
The TE-LSP preferably spans multiple domains of the network such that the tail-end node resides in a domain that is different (remote) from the domain of the head-end node.
In a third embodiment, a dynamic ATM end system address (AESA) is associated both with a first end node of the network and with a first connection end point at the first end node.
One endpoint is connected directly to a digital telephone network, whereas the other endpoint uses a conventional telephone connection.
Also an ending node in the first row is connected to the first node in the first row and an ending node in the first column is connected to the first node in the first column.
The equipment mainly comprises an access network edge node equipment.
The edge node (22) acquires the host address information about the IPv6 (12) from the edge node (21) when communication from the IPv6 host (11) to the IPv6 host (12) is started.
A first status message may be forwarded from the first edge node (or router) to the first core node (or router).
In the invented method, packets are sent between two edge nodes, wherein a first edge node removes redundant headers and replaces them by a new header, defined for the transmission of data packets between the edge nodes.
The updated first status message may be propagated to the second edge node (or ingress router).
This is achieved by propagating a timing reference through the network from the sending node to the end nodes, each end node adjusting that phase of its local frequency generator to this timing reference.
The present invention is related to an intermediate node, an end node, and method for avoiding latency in a packet-switched network.
Packet mangling may involve spoofing the connection request at each end node; a proxy-to-proxy communication protocol specifies a way to forward an original address, port, and original transport protocol information end to end.
The new access node, e.g., base station decrypts the state information and then uses it to support communications with the end node.
In a second phase, the system initiates all listeners in the dependency chain in an essentially progressive order from source node, to intermediate node, and end-node, etc.
Upon receipt of the connection layer signaling at the first end node, the first end node uses the AESA to through connect the ATM switch in the physical layer to the first connection endpoint.
An edge node (21) accommodating an IPv6 host (12) holds the host address information about the IPv6 host (12).
Status information may be obtained at the first edge node (or egress router).
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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