Large-Scale Simulation of Uniform Load Traffic for Modeling of Throughput on a Crossbar Switch Node

A simulation study of the throughput of a crossbar switch node by means of periodic input patterns

“…100 000.n, 10 6 .n . Fig.10 shows the results from computer simulation of the PIM-algorithm with input data S-Pattern 10, S-Pattern 100 , S-Pattern 1000 taken from [12] and the new PI-Pattern k . Sizes of the crossbar matrix used for these simulations range from 2x2 to 130x130.…”

“…The traffic matrices for S-Pattern 1 and traffic matrices for S-Pattern i are shown in Fig.2. The S-Pattern i imposes a limit on the buffer size of the input line to i.n requests [12]. In order to overcome this restriction, the S-Pattern i can be further developed as a periodic in time input sequence of requests as it is shown in fig.…”

“…Sizes of the crossbar matrix used for these simulations range from 2x2 to 130x130. For SPattern i the resulting throughput is obtained with accuracy of modelling minimum 3 significant digits, [12]. To simplify the notations in the figures, S-Pattern i is denoted as S-i for i=1,2,….…”

“…We will use a simple pattern model form [12] which includes a family of patterns denoted below as S-Pattern i , i=1,2,…. Requests represent packets with the same size.…”

Neglected Cybersecurity Risks in the Public Internet Hosting Service Providers

“…But if the True RNG exists on the server and a lot of users trying to use this shared RNG through their web applications at the same time, then the RNG entropy also go to collapse. 4 Then all RNG entropy will be compromised but it will stay hidden about the clients of shared hosting services, which will continue to work as if everything is normal. This will be a perfect moment for the any hacker attacks over cryptography protection.…”