intel 8087
for hardware engineers, low-level programmers
Why this scored 0
every term, weightedIts fastest-moving item, measured against the pace of its own source
Whether that velocity is itself speeding up, as a per-hour rate
How many independent communities its own items come from
Decays to zero over 14 days, counted from when we first saw it
Subtracted once something is big and old — sized by its biggest item, aged from when we first saw it
Weights are hand-tuned, not learned — we're calibrating them against realized trends as history accumulates. On an entity's first sighting there's no previous reading to compare against, so acceleration starts from a neutral prior rather than a measurement, and velocity falls back to engagement over its whole lifetime until a second reading exists. Full methodology
Signal history
7-day window (free)The evidence
The live items this entity's score aggregates — every community independently talking about it right now. This is the corroboration, shown, not claimed.
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Reverse-engineering the vintage Intel 8087's tangent algorithm: more than CORDIC
Reverse-engineered 8087 tangent algorithm reveals techniques beyond CORDIC for modern chips. · for hardware engineers, computer architects
lobstersSteady 2 · intel 8087hardware21d ago - 216
Reverse-engineering the Intel 8087's tangent algorithm: more than CORDIC
Analyzing the 8087 tangent algorithm can inspire more efficient numeric coprocessor designs. · for hardware engineers
hackernewsSteadyhardware21d ago - 314
Inside the Intel 8087 chip: floating-point addition and subtraction
Analyzes the floating-point unit design of Intel's 8087 chip. · for hardware engineers, low-level programmers
lobstersCoolinghardware1h ago