#Packetstream against tos software#

Its basic idea is coloring buffer slots white, gray, or black to convey global buffer status locally. On the basis of similar insight, an efficient deadlock avoidance design is proposed for wormhole networks. This design allows VC depths to be shallower than the largest packet. When one flit's injection will consume the critical slot, this packet stops injecting flits and changes the waiting flit into a head flit. For example, combined with dynamic packet fragmentation, a packet can inject flits with one free normal slot. The insight of “ leaving one slot empty ” enables other design choices. It is an important extension to packet-size bubble theory. In Networks-On-Chip, 2015 7.9.1 DiscussionįBFC efficiently addresses the limitations of existing designs.

#Packetstream against tos software#

In this case collaboration is possible in the device software to prevent inter-network collisions.

However, devices are now being produced, in laptop and notebook computers for example, that include both Wi-Fi and Bluetooth, sometimes even in the same chipset. The methods mentioned above for reducing interference presume no coordination between the two different types of collocated wireless networks. Increasing bit rate for a constant packet length will also result in a shorter transmitted frame and less exposure to interference. Although reducing frame size increases the percentage of overhead bits in the transmission, when interference is heavy the overall effect may be higher throughput than if fragmentation was not used. By fragmenting data packets and sending more, but shorter transmission frames, each transmission will have a lower probability of collision with a Bluetooth packet. One method that the Wi-Fi network can employ to improve throughput is packet fragmentation. The two interference-avoiding methods described above are applicable primarily for action by the Bluetooth network. Alan Bensky, in Short-range Wireless Communication(Third Edition), 2019 12.2.2.3 Packet fragmentation