Abstract: A method for switching routing in a low-earth-orbit satellite network, being adapted to a user terminal (UT), includes the following. Routing information is generated by the UT. The routing information is installed into a first routing table of a first satellite. The routing information is installed into a second routing table of a second satellite by the UT. The routing information of the first routing table is updated to relay information by the UT. The relay information corresponds to the second satellite. Handover from the first satellite to the second satellite is performed by the UT.

Abstract: A multi-access edge computing device configured to be connected to first and second networks with different radio access technologies comprises a routing module, a comparison module and a control module. The control module performs steps when determining a user device connected to the first network intends to switch to the second network, wherein the steps comprise: according to identity information of the user device, looking up a target address in a comparison table in the comparison module, notifying the routing module to temporarily store a data packet corresponding to the user device and the first network, notifying the user device to release an original used address on the first network interface and then assigning the target address identical to the original used address to the second network interface of the user device, and transmitting the temporarily stored data packet to the second network interface of the user device.

Abstract: A multi-access edge computing device configured to be connected to first and second networks with different radio access technologies comprises a routing module, a comparison module and a control module. The control module performs steps when determining a user device connected to the first network intends to switch to the second network, wherein the steps comprise: according to identity information of the user device, looking up a target address in a comparison table in the comparison module, notifying the routing module to temporarily store a data packet corresponding to the user device and the first network, notifying the user device to release an original used address on the first network interface and then assigning the target address identical to the original used address to the second network interface of the user device, and transmitting the temporarily stored data packet to the second network interface of the user device.

Abstract: A Network-on-Chip (NoC) link with an upstream bypassable narrowing serialization adapter and a downstream bypassable widening serialization adapter, which are able to heal a link, without losing throughput, by using one or a small number of sideband signals to bypass individual known-bad wires. The serialization adapters are normally bypassed. To avoid sending information on broken wires, bypassing is disabled so that information is serialized to only a portion of the link. Serialization can be applied to any portion of a link down to as little as one bit wire.

Abstract: A Network-on-Chip (NoC) link with an upstream bypassable narrowing serialization adapter and a downstream bypassable widening serialization adapter. The serialization adapters are normally bypassed. To avoid sending information on broken wires, bypassing is disabled so that information is serialized to only a portion of the link. Serialization can be applied to any portion of a link down to as little as one bit wire.

Abstract: A Network-on-Chip (NoC) link with an upstream bypassable narrowing serialization adapter and a downstream bypassable widening serialization adapter. The serialization adapters are normally bypassed. To avoid sending information on broken wires, bypassing is disabled so that information is serialized to only a portion of the link. Serialization can be applied to any portion of a link down to as little as one bit wire.