Lecture 6 Instruction Set Architectures
... For single precision – the bias is 127 That is, when you convert the notation to the number it represents, the exponential part used should be reading E out from the IEEE 754 notation, and calculated as E-127. ...
... For single precision – the bias is 127 That is, when you convert the notation to the number it represents, the exponential part used should be reading E out from the IEEE 754 notation, and calculated as E-127. ...
Full text
... number, /?, with s(fl)=a. Since (5 is less than the product of the 2*n numbers a, a + l,..., a + 2 * w - 1 - ju*m*(n-1), the largest of which has v(a+w-1) < log„(a+n-1) +1, we get v(£) < 2*H*(logw(a + «-1) +1). Since £ was the minimal solution to (8), we have v(b) < v(S). We created b' by adding mul ...
... number, /?, with s(fl)=a. Since (5 is less than the product of the 2*n numbers a, a + l,..., a + 2 * w - 1 - ju*m*(n-1), the largest of which has v(a+w-1) < log„(a+n-1) +1, we get v(£) < 2*H*(logw(a + «-1) +1). Since £ was the minimal solution to (8), we have v(b) < v(S). We created b' by adding mul ...
Calculating Revision
... Use bus stop method to divide including dividing with decimal remainders. ...
... Use bus stop method to divide including dividing with decimal remainders. ...
