FusionReactor GenAI Observability’s Post

How to store FusionReactor logs persistently with #Docker volumes https://bit.ly/3zNxT1y #CFML

How to store FusionReactor logs persistently with #Docker volumes https://bit.ly/3zNxT1y #CFML

When you picture the DataLogger®, you probably think of an invaluable tool for logging HDPE butt fusion. But is it possible to capture Sidewinder® fusions as well? Watch this McElroy Minute to learn more: https://lnkd.in/gkegvC9T #mcelroymanufacturing #pipefusion #datalogger #sidewinder

How to store FusionReactor logs persistently with Docker volumes https://lnkd.in/eQayWYRs

Discover how trivial relocation optimizes container operations like vector reallocation and erasing elements from QVector. Explore how certain types can be moved in memory via byte manipulation leading to performance gains: https://lnkd.in/etZ5s86n #QtDev #Optimization #Containers

Check out our latest video! Join Nate for an insightful demonstration of quantum error mitigation by layerwise Richardson extrapolation in Mitiq. Don't miss this deep dive into optimizing quantum computations—watch now! 📺 Check out the video here: https://lnkd.in/eRbzcads

Great quick tutorial by Nate Stemen about how to use Mitiq to apply a new error mitigation technique called Layerwise Richardson Extrapolation (LRE)! LRE shares some key features with probabilistic error cancellation: it combines many auxiliary circuits generated from the input circuit by only modifying a few specific layers. This gives a fine-grained sampling (and mitigation) of the noise along the circuit. LRE also keeps the nice features of traditional zero nose extrapolation: is deterministic and does not require the knowledge of the noise model! If you are curious about the theory of LRE, here is a link to the paper https://lnkd.in/dzNUuS2n This is instead a link to Mitiq: https://lnkd.in/dcCBSpS

Don't need the full range and precision of 32-bit float? Experiment with 16-bit floating-point arithmetic with jdk.incubator.vector.Float16 in #JDK24: https://lnkd.in/g2CCn36a #OpenJDK

one more section done Bit Manipulation Set the bit, clear the bits unset the rightmmost bit etc divide number without division and multiplication operator power set, xor operations, single number etc also about sieve of Eratosthenes and prime factorization #StriverA2Z #bitmanipulation #Algorithms takeUforward loading 43% - 199/455 #StriversA2ZDSA

An excellent way to grasp the fundamentals of synchronization, monitor locks and resource control is to implement a `Binary Semaphore` from scratch. My knowledge of thread coordination, memory visibility between threads has been challenged while implementing it myself. Basic requirements: 1. acquire() - to be able to acquire the binary semaphore, should block if unavailable. 2. release() - should release the binary semaphore. Bonus: - `tryAcquire(timeout)` - try acquiring the lock, but timeout after a specified while. I've given the interface to implement below (link - https://lnkd.in/gHwNRrBA) I'll be sharing the solution in a day or two. ✌️