VioletVillain

4 ms·

1.
by VioletVillain 2y ago
For the posterity, I've managed to make Blitzping much faster: on the ARMv8-A device, it went from ~10.5 MiB/s to ~120 MiB/s. Instead of sendto(), I used a single connect() call to bind the raw socket to its destination, and
2.
by VioletVillain 2y ago
Thanks, that might be exactly what I am looking for; I'll check it out.
3.
by VioletVillain 2y ago
As of now, the code is just a proof of concept for achieving higher throughput than what currently available tools (e.g., nping/hping3) are capable of. Other than that, nping is just too slow, and hping3 has not been updated in 12 yea
4.
by VioletVillain 2y ago
Those underpowered processors were only used as an optimization benchmark; if it runs good enough there, you could always throw more computational power and cores at it. EDIT: Also, the numbers were in MiB/s (mebibytes per second), not
5.
by VioletVillain 2y ago
Thanks, I hope it'll be useful in your experiments. As for looking more realistic, I think it does the job; when I checked with Wireshark checked how different applications (e.g., games, programs) were communicating with their servers
6.
Show HN: Blitzping – A far faster nping/hping3 SYN-flood alternative with CIDR(github.com)
44 points by VioletVillain 2y ago|11 comments
7.
Innervator: Hardware Acceleration for Neural Networks(github.com)
3 points by VioletVillain 2y ago|0 comments
8.
Show HN: An efficient SRL32 (cascading shift registers) clock prescaler in VHDL(gist.github.com)
2 points by VioletVillain 3y ago|0 comments
9.
by VioletVillain 6y ago
Hello! Author here. First I should mention that the project is opensource, available here: https://github.com/VioletVillain/EXACT For convenience I'll also include a basic overview here. EXACT is an abbreviation f
10.
Show HN: A Bare-Metal Intel iAPX 86/10 Emulator Written in Pure WebAssembly(violetvillain.github.io)
3 points by VioletVillain 6y ago|1 comments