Real-time Performance Measurements using UDP on Windows and Linux

Performance Measurements of Protocols to Ethernet Real-Time Applications

“…Based in [8], the next standard measurements were determined, where "n" corresponds to the number of repetitions of the experiment. It was verified by the experiments that the "n" values upper than 500 are enough to get a good and believable statistic.…”

“…The first proposes changing in the medium access control and the other proposes implementations over the high-level network protocol such as UDP (User Datagram Protocol) [8]. Normally, TDMA (Time Division Multiple Access), Token Passing and MasterSlave are used to get the bus access control [4].…”

“…The Stack Up Time (SUT) andStack Down Time (SDT) along the stack were gotten by the loopback experiments, its include the preambles of the frames Ethernet. The Network Interface Card processing times (T NIC ) was gotten according to the following equations based in[10].…”

Comparative packet-forwarding measurement of three popular operating systems

“…In Prytz and Johannessen (2005), the performance of UDP stack on Windows XP and Linux was measured and compared. Newman and Bush (1999) presented a comparison of the performance of CPU-bound applications running on Linux and Windows 95/98/NT.…”

“…Most modern PCs these days get shipped with Gigabit Ethernet network interface cards (NICs), and the cost of these cards is relatively low. With such high-speed networks, the network performance bottleneck has become the end servers and workstations, particularly the ability to process network packets at Gigabit speed (Salah and El-Badawi, 2003;Prytz and Johannessen, 2005). Therefore the network performance of these end hosts is critical.…”