(b) slow accumulator mantissa precision
(c) weight mantissa precision
(d) exponent scale
so basically you are dropping _only_ LSBs in order of importance and never scale information.
(b) slow accumulator mantissa precision
(c) weight mantissa precision
(d) exponent scale
so basically you are dropping _only_ LSBs in order of importance and never scale information.
Mantissa:
Mantissa:
[sign] [exponent] [mantissa]
which mathematically is
[sign][mantissa] * 2^[exponent]
[sign] [exponent] [mantissa]
which mathematically is
[sign][mantissa] * 2^[exponent]
Mantissa:
Mantissa:
we say it's Not a Number, or NaN.
that gives us 2 * 2^([mantissa bits] - 1) values that are Not a Number
we say it's Not a Number, or NaN.
that gives us 2 * 2^([mantissa bits] - 1) values that are Not a Number
1 bit sign
10 bit exponent
53 bit mantissa
so you can store integers as
sign = 0 or 1
exponent = 0
mantissa = whatever you want
and the range is +/- 2^53 - 1
1 bit sign
10 bit exponent
53 bit mantissa
so you can store integers as
sign = 0 or 1
exponent = 0
mantissa = whatever you want
and the range is +/- 2^53 - 1
Things that terrify Mantissa:
• An empty velvet zip pouch sitting on top of a backpack
• Crows cawing outside
• The blanket where it touches the floor
Things that terrify Mantissa:
• An empty velvet zip pouch sitting on top of a backpack
• Crows cawing outside
• The blanket where it touches the floor