Today’s project: an #ESP32 powered VOC sensor above my cat’s litter box, to try and detect when she’s pooped.
I love her, but she can be a smelly girl. If I can detect when she’s gone, I can automatically dispense some air freshener!
Today’s project: I picked up a proper 12U #server cabinet, so I’ve been moving my #supermicro server and #3DPrinter from my IKEA Lack tables over to it.
Don’t have proper rails for the server because broke #gradstudent, but I’m test printing some brackets to mount it on. Not sure they’ll hold up its weight, TBD..
Also couldn’t resist setting up some #DIY LED lighting inside!
Score!
Now… to figure out how the hell I mount and power this
Today's accomplishment: I have an analysis pipeline with a few parallelizable steps. I typically run my analysis in parallel on my desktop, but I've both been needing more oomph and have been running out of drive space nonstop.
My #homeserver (40 cores/80 threads with quad E4870s) is running ZFS on a RAID0 array, currently just with two 10k SAS drives. By mounting this as an NFS share on my desktop, I can put all my generated simulation data directly on that larger filesystem.
Additionally, my server is running #proxmox, and has a "science" container. I can also mount that NFS share in the science container, giving it direct access to my simulation data, and run it as a #Ray cluster head node. Now, I can do simulations on my desktop, run the single-core tasks on that machine, and farm out the parallel analysis to workers on the server, putting all 80 cores to work!
PhD candidate in #ComputationalBiophysics. I work on weighted ensemble enhanced sampling and Markov analysis of molecular dynamics simulations. Passionate about bringing good software development practices into the research world.
In my free time, I'm a #hardware and #software #DIY-er, into #3DPrinting, and a #smarthome + #homelab enthusiast.
He/him