Would anybody who knows the terminology mind taking a look at my invalid tasks and errors to see why they are happening? I use GRC Pool, so you will need to use the link to my PC at the bottom of text.

Primarily, I am interested in the computation errors and why this is happening. I have not been able to replicate any instability in any other tests. I am also confused with the invalid tasks and how they can be invalid without being a computation error.

Any help is appreciated!
Link to computer 56280
http://gene.disi.unitn.it/test/results.php?hostid=56280&offset=0&show_names=0&state=0&appid=

So fairly normal. Thank you for your response and all you do for this project! This is my favorite project available on GRC Pool because of the potential to help us better understand the complex subject of genetics.

3 failed (and errored) tasks so far on a Ryzen 7 1800x, running Windows 10.
An example of one of the errored tasks:
https://gene.disi.unitn.it/test/result.php?resultid=46767050
the machine this is happening on:
https://gene.disi.unitn.it/test/show_host_detail.php?hostid=56399
At least it's not a day of work lost. None of the tasks have shown as invalid, yet.

3 failed (and errored) tasks so far on a Ryzen 7 1800x, running Windows 10.

The application gene@home PC-IM v1.10 (sse2) doesn't work on my 32-bit Linux computer (Computer ID 54726).
It runs for about 15 seconds, then ends in Computation error (Exit status 193 (0xc1) EXIT_SIGNAL).
My /proc/cpuinfo file contains:

You are doing nothing wrong: the linux 32 app is compiled having a 'core2' processor target, so is not a 'pure' sse2 pentium4 compatible app ranher it probably ingorporates some newer extensions. I have compiled an sse2 version tdat runs on p4 and should run also on yours if it supports sse2. If not, I compiled also a sse version that sdould run even on pentium IiI. Now I am travelling, I will post tdem on this forum for you before friday ;)
Or you can compile it by yourself, just check my post 'sse3 optimization and android binary' on this post and figure out how to do it.

Yes, I would like very much for an sse2 app that is compiled to work correctly on my Pentium M powered computer.
Which thread shall I look in for the link to download the modified app?

I got these two versions:
Pentium 4 SSE2
Pentium 3 SSE
The first one should work also on your Pentium M.

If I remember well these binaries are compiled with a "O2" GCC optimization. Using another string (https://gene.disi.unitn.it/test/forum_thread.php?id=270&postid=1883) you can get a performance increase. Now I am in vacation and I only have these two binaries I've already compiled, in the next days I'll compile a version for Pentium 4 and Pentium M using these new optimizations ;)
By they way the version I am sending to you now should already give a great boost compared to the non-SIMD version.

Here the Drive folder where I will put also the new versions, stay tuned!:

https://drive.google.com/drive/folders/1l5MC2VGjXqyapUoxfo9Blw3I8_Faz4N4?usp=sharing

I have installed the file "pc_pentium4_sse2" and the app_info.xml file, and set the boinc permissions correctly. I changed all instances of gene_pcim to pc_pentium4_sse2 in the file.

It doesn't work, giving these error messages:

Instead of going through the hassle of creating a app_info for the new binary, why didn't you just rename the binary to the stock appname?

Instead of going through the hassle of creating a app_info for the new binary, why didn't you just rename the binary to the stock appname?

Instead of going through the hassle of creating a app_info for the new binary, why didn't you just rename the binary to the stock appname?

I didn't know you could do that. I thought that the client would be able to tell that the new app wasn't the correct app, and would reject it.

I have done some experimentation, and have got the new app working, with the app_info.xml file.