Abstract: One embodiment provides a forwarding device, comprising a plurality of components, including one or more line cards and a supervisor card. An ingress line card receives a content object with a name. In response to determining a distributed storage technique, a selected line card stores the content object in a location which is a cache of the selected line card. The selected line card creates a first entry in a table of the selected line card, wherein the first entry indicates the content object name and the location in which the content object is stored. The selected line card transmits a first notification message to other components, wherein the first notification message indicates the content object name and the location indicated in the first entry. A respective other component creates a second entry in a table for the respective other component, wherein the second entry matches the first entry.

Abstract: One embodiment provides a forwarding device, comprising a plurality of components, including one or more line cards and a supervisor card. An ingress line card receives a content object with a name. In response to determining a distributed storage technique, a selected line card stores the content object in a location which is a cache of the selected line card. The selected line card creates a first entry in a table of the selected line card, wherein the first entry indicates the content object name and the location in which the content object is stored. The selected line card transmits a first notification message to other components, wherein the first notification message indicates the content object name and the location indicated in the first entry. A respective other component creates a second entry in a table for the respective other component, wherein the second entry matches the first entry.

Abstract: One embodiment provides a forwarding device, comprising a plurality of components, including one or more line cards and a supervisor card. An ingress line card receives a content object with a name. In response to determining a distributed storage technique, a selected line card stores the content object in a location which is a cache of the selected line card. The selected line card creates a first entry in a table of the selected line card, wherein the first entry indicates the content object name and the location in which the content object is stored. The selected line card transmits a first notification message to other components, wherein the first notification message indicates the content object name and the location indicated in the first entry. A respective other component creates a second entry in a table for the respective other component, wherein the second entry matches the first entry.

Abstract: One embodiment provides a forwarding device, comprising a plurality of components, including one or more line cards and a supervisor card. An ingress line card receives a content object with a name. In response to determining a distributed storage technique, a selected line card stores the content object in a location which is a cache of the selected line card. The selected line card creates a first entry in a table of the selected line card, wherein the first entry indicates the content object name and the location in which the content object is stored. The selected line card transmits a first notification message to other components, wherein the first notification message indicates the content object name and the location indicated in the first entry. A respective other component creates a second entry in a table for the respective other component, wherein the second entry matches the first entry.

Abstract: A system is provided for forwarding packets with hierarchically structured variable-length identifiers (HSVLIs) over Ethernet. The system receives an Ethernet-encapsulated registration message from a content server, which includes a packet containing an HSVLI. A destination MAC of the registration message is an Ethernet group MAC address. The system then creates an entry in a forwarding information base corresponding to the HSVLI indicating a MAC address of the content server and a port on which the registration message is received. The system receives an interest packet from a client which includes the HSVLI. The packet has the Ethernet group MAC address as its destination MAC address and the client's MAC address as its source MAC address. The system forwards the interest packet to the content server, which has the content server's MAC address as its destination MAC address and a local switch's MAC address as its source MAC address.

Abstract: A system is provided for forwarding packets with hierarchically structured variable-length identifiers (HSVLIs) over Ethernet. The system receives an Ethernet-encapsulated registration message from a content server, which includes a packet containing an HSVLI. A destination MAC of the registration message is an Ethernet group MAC address. The system then creates an entry in a forwarding information base corresponding to the HSVLI indicating a MAC address of the content server and a port on which the registration message is received. The system receives an interest packet from a client which includes the HSVLI. The packet has the Ethernet group MAC address as its destination MAC address and the client's MAC address as its source MAC address. The system forwards the interest packet to the content server, which has the content server's MAC address as its destination MAC address and a local switch's MAC address as its source MAC address.