Abstract :
It is well known that there is a possible tradeoff in the binary representation of floating-point numbers in which one bit of accuracy can be gained at the cost of halving the exponent range, and vice versa. A way in which the exponent range can be greatly increased while preserving full accuracy for most computations is suggested.
Keywords :
Acuracy, exponent range, floating point, number representation.; Arithmetic; Costs; Telephony; Acuracy, exponent range, floating point, number representation.;