Learn, Chat, Science
BOINC Radio is a participatory podcast hosted on the BOINC Network Discord server. This means you, listener, help guide the direction of each episode!
Every Friday at 4pm EST your friendly hosts bring topics for everyone to discuss. Topics can range from BOINC, science, and distributed computing news to network theory to interesting anecdotes.
To participate, all you need to do is join the BOINC Network Discord server and take part in the live recording every Friday at 4pm EST.
If you can't join the live recordings, feel free to reach out on discord with your ideas and we will do our best to integrate your suggestions or thoughts into a future episode.
Otherwise, we hope you enjoy the show! Each episode is uploaded 1-3 days after the live recording session. You can listen at https://boinc.network, or on any of the platforms listed below.
Oh! Don't forget to follow us on twitter @BOINCNetwork
You can find all episodes at https://boinc.network or tune in on your favorite podcast app such as spotify, apple podcasts, stitcher, or lbry.tv.
Tonight! What is BOINC?
Tonight we're introducing the basics of BOINC. We'll be discussing distributed computing, how it helps science, BOINC and BOINC projects, BOINC as a FOSS project, and BOINC as a network.
See you soon!
What is BOINC?
The Berkeley Open Infrastructure for Network Computing (BOINC) is an open-source grid computing infrastructure which provides open access to a global volunteer-based distributed computing network. To date, BOINC has been the driving force behind numerous computationally intensive research programs, such as pulsar identification, the creation of patient specific cancer treatments, the simulation of candidate molecules for next-generation solar panels, along with many others. While BOINC has been used primarily for science and mathematics, it can host data from any open or commercial field so long as the data can be formatted for BOINC’s processes. Examples of projects include tasks on engineering, cryptography, rendering, weather and climate prediction, as well as social, market, and resource analytics. [email protected], for example, worked to break remaining WWII messages encrypted by an Enigma machine.