"शक्ति रहित शिव हूँ,
सांसारिक मोह त्याग चुका शव हूँ।
तांडव करूं तो काँपता है संसार प्रकोप से,
प्रेम करूं तो बन जाऊँ भोला भंडारी ।
अघोर भी हूँ, ध्यान भी और जप-तप भी,
परम शान्ति और क्रोध का जनक भी !"
अनुभव
#Shiv#Shivratri
Wow. Reliance Communications has engaged in BGP hijacking of Telegram's IP prefixes and is leaking it globally via FLAG Telecom (AS15412) and affecting traffic far beyond India. (Is this an accident?)
It is still live:
cc: @anurag_bhatia@Squeal@kingslyj@AroonDeep@Aditi_muses
The different chinese glyphs for script styles. It is foolish to argue that each of these is a separate sign but that is what they do for the Indus script.
Heylo Ministry of Information and broadcasting @MIB_India
WHAT IS THE NEED FOR INDIA TO HAVE THIS CHANNEL RUNNING ???
I don’t remember the last tine this channel has posted anything good about India.
Other than purveying their propaganda and inserting wedges between communities this channel has made no contribution to India’s progress.
GOODBYE TO ASTROLOGERS.
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For countries and companies, sovereign control on the AI stack is no longer an optionality. Sarvam will be the partner of choice for this aspiration. The capital allows us to accelerate our momentum towards this full stack of models, compute, and deployments.
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Read more: https://t.co/VmLtpnj8gx
Your algorithm isn't always the bottleneck.
Two 4096×4096 matrices, same triple loop start to finish. Pure Python takes 6 hours. Hand-tuned C does it in 0.41 seconds. That's 50,000× and the math never changed.
Python managed 6 MFLOPS on a machine that peaks at 836 GFLOPS. That's 0.0007% of what the chip can do.
Reorder the loops to i, k, j and turn on -O3, and you're already at 54 seconds. The cache stops thrashing and the compiler vectorizes the inner loop, and that's 390×.
Spread it across 18 cores with OpenMP: 3 seconds.
Then write the AVX by hand, four doubles per instruction, and you're back at 0.41. At this size it beats Intel's own MKL.