Binary floating - point arithmetic for microprocessor systmes 微處理器系統的二進制浮點運算
Binary floating - point arithmetic for microprocessor systems 微處理機系統的二進制浮點運算
Binary floating - point arithmetic for microprocessor systems 微處理器系統用二進制浮點運算法
Radix - independent floating - point arithmetic 與基數無關的浮點運算
Then floating - point arithmetic is performed ,則執行浮點運算。
Binary floating - point arithmetic 二進制浮點運算
Gpu performs floating - point arithmetic at significantly higher rates than conventional cpus 在浮點數計算方面, gpu的表現遠遠高于cpu 。
Powerpc provides a robust set of floating - point arithmetic , comparison , and conversion operations Powerpc提供了一組健壯的浮點運算、比較和轉換操作(指令) 。
For more information on these values , refer to ieee standard for binary floating - point arithmetic , available on the web site 有關這些值的更多信息,請參考“二進制浮點運算的ieee標準” ,該標準可在網站
Floating - point arithmetic overflow or division by zero never throws an exception , because floating - point types are based on ieee 754 and so have provisions for representing infinity and nan not a number 浮點算術溢出或被零除從不引發異常,因為浮點類型基于ieee 754 ,因此可以表示無窮和nan (不是數字) 。