The technology generally relates to systems and methods for transmitting data within a network. In accordance with aspects of the disclosure, nodes of the network may be configured to maintain invertible bloom lookup tables (IBLTs) based on received data packets and receive IBLTs from other nodes based on transmitted data packets. The maintained and received IBLTs can vary in size, as needed, so as to sufficiently identify data packets that have been lost in transmission. In addition, nodes within the network can request lost data packets from upstream nodes within the network.

The present disclosure relates to the field of network communication technologies and discloses a traffic scheduling method, an apparatus, a device, a storage medium, and a program product. The method includes: forwarding a domain name resolution request of a business application to a central domain name system, wherein the domain name resolution request carries a target domain name, and the central domain name system is configured to forward the domain name resolution request to a target egress gateway corresponding to the target domain name; receiving a first target network address and a gateway address of the target egress gateway that are fed back by the central domain name system; performing network address translation on the first target network address to obtain a virtual network address; and performing data transmission based on the virtual network address, the gateway address, and the first target network address.

The present disclosure relates to the field of network communication technologies and discloses a traffic scheduling method, an apparatus, a device, a storage medium, and a program product. The method includes: forwarding a domain name resolution request of a business application to a central domain name system, wherein the domain name resolution request carries a target domain name, and the central domain name system is configured to forward the domain name resolution request to a target egress gateway corresponding to the target domain name; receiving a first target network address and a gateway address of the target egress gateway that are fed back by the central domain name system; performing network address translation on the first target network address to obtain a virtual network address; and performing data transmission based on the virtual network address, the gateway address, and the first target network address.

The technology generally relates to systems and methods for transmitting data within a network. In accordance with aspects of the disclosure, nodes of the network may be configured to maintain invertible bloom lookup tables (IBLTs) based on received data packets and receive IBLTs from other nodes based on transmitted data packets. The IBLTs may be transmitted to downstream nodes in accordance with a frequency that allows for sufficient capacity of packet loss recovery, while also balancing bandwidth and latency requirements of the network.

The technology generally relates to systems and methods for transmitting data within a network. In accordance with aspects of the disclosure, nodes of the network may be configured to maintain invertible bloom lookup tables (IBLTs) based on received data packets and receive IBLTs from other nodes based on transmitted data packets. The IBLTs may be transmitted to downstream nodes in accordance with a frequency that allows for sufficient capacity of packet loss recovery, while also balancing bandwidth and latency requirements of the network.