I’m currently connected to a remote server, but I don’t have access to the hardware specifications or the ability to run Linux commands to get hardware information. I have access to run Intel OneAPI compiler. On my local laptop, I know that each logical core accommodates one MPI process if all processes are busy, but I’d like to determine how many MPI processes can be accommodated in parallel on the remote server if all processes are busy.

I’m currently connected to a remote server, but I don’t have access to the hardware specifications or the ability to run Linux commands to get hardware information. I have access to run Intel OneAPI compiler. On my local laptop, I know that each logical core accommodates one MPI process if all processes are busy, but I’d like to determine how many MPI processes can be accommodated in parallel on the remote server if all processes are busy.

I’m currently connected to a remote server, but I don’t have access to the hardware specifications or the ability to run Linux commands to get hardware information. I have access to run Intel OneAPI compiler. On my local laptop, I know that each logical core accommodates one MPI process if all processes are busy, but I’d like to determine how many MPI processes can be accommodated in parallel on the remote server if all processes are busy.

I’m currently connected to a remote server, but I don’t have access to the hardware specifications or the ability to run Linux commands to get hardware information. I have access to run Intel OneAPI compiler. On my local laptop, I know that each logical core accommodates one MPI process if all processes are busy, but I’d like to determine how many MPI processes can be accommodated in parallel on the remote server if all processes are busy.

I’m currently connected to a remote server, but I don’t have access to the hardware specifications or the ability to run Linux commands to get hardware information. I have access to run Intel OneAPI compiler. On my local laptop, I know that each logical core accommodates one MPI process if all processes are busy, but I’d like to determine how many MPI processes can be accommodated in parallel on the remote server if all processes are busy.

I’m currently connected to a remote server, but I don’t have access to the hardware specifications or the ability to run Linux commands to get hardware information. I have access to run Intel OneAPI compiler. On my local laptop, I know that each logical core accommodates one MPI process if all processes are busy, but I’d like to determine how many MPI processes can be accommodated in parallel on the remote server if all processes are busy.

I’m currently connected to a remote server, but I don’t have access to the hardware specifications or the ability to run Linux commands to get hardware information. I have access to run Intel OneAPI compiler. On my local laptop, I know that each logical core accommodates one MPI process if all processes are busy, but I’d like to determine how many MPI processes can be accommodated in parallel on the remote server if all processes are busy.