A method for local re-use in a wireless network, the wireless network being a time-slotted multi-hop wireless network, the wireless network comprising a source node, a plurality of relay nodes and a plurality of out-of-network nodes, each of the plurality of out-of-network nodes being one hop away from the source node, the wireless network being configured to use a spatial pipelining factor, SPF, wherein SPF is a number of slots and the source node injects a new data signal into the wireless network every SPF slots, the method comprising: transmitting from the source node, in an N th timeslot, a first data signal over a first frequency allocation, wherein a first subset of nodes is configured to receive the first data signal, and wherein each of the first subset of nodes is one of the plurality of relay nodes and is one hop away from the source node; transmitting from the source node, in an M th timeslot, a local information signal over a second frequency allocation, wherein M is greater than N, wherein M is less than (N+SPF), wherein at least one of a second subset of nodes is configured to receive the local information signal, wherein the second subset of nodes comprises at least one of the plurality of out-of-network nodes, and wherein the first data signal is a scheduled transmission that is broadcast network-wide and the local information signal is an unscheduled transmission that reuses network resources; and transmitting from the source node, in an (N+SPF) th timeslot, a second data signal over a third frequency allocation, wherein at least one of the first subset of nodes is configured to receive the second data signal, and wherein one of the plurality of relay nodes is configured to retransmit the first data signal over the third frequency allocation; wherein each of the plurality of relay nodes is aligned with timeslots of the wireless network such that one or more data signals from the source node can be received, and wherein each of the plurality of out-of-network nodes has not been allowed to align with the timeslots of the wireless network such that the one or more data signals from the source node cannot be received. transmitting from the source node, in an N th timeslot, a first data signal over a first frequency allocation, wherein a first subset of nodes is configured to receive the first data signal, and wherein each of the first subset of nodes is one of the plurality of relay nodes and is one hop away from the source node; transmitting from the source node, in an M th timeslot, a local information signal over a second frequency allocation, wherein M is greater than N, wherein M is less than (N+SPF), wherein at least one of a second subset of nodes is configured to receive the local information signal, wherein the second subset of nodes comprises at least one of the plurality of out-of-network nodes, and wherein the first data signal is a scheduled transmission that is broadcast network-wide and the local information signal is an unscheduled transmission that reuses network resources; and transmitting from the source node, in an (N+SPF) th timeslot, a second data signal over a third frequency allocation, wherein at least one of the first subset of nodes is configured to receive the second data signal, and wherein one of the plurality of relay nodes is configured to retransmit the first data signal over the third frequency allocation; wherein each of the plurality of relay nodes is aligned with timeslots of the wireless network such that one or more data signals from the source node can be received, and wherein each of the plurality of out-of-network nodes has not been allowed to align with the timeslots of the wireless network such that the one or more data signals from the source node cannot be received.