ZAP000101-1201
Abstract: ZAP0002 ZAP0003 ZAP0004
Contextual Info: ZiLOG Application Principle Floating Point Routines ZAP000101-1201 Author: Andrei Kovalev General Overview Arithmetic routines are common in a wide range of embedded applications. From home HVAC systems to industrial process parameter measurement, a certain amount of precise computation is always necessary. 8-bit controllers normally offer fixed-point arithmetic and logic units ALUs and typically compute using only whole numbers. However,
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ZAP0001
Abstract: ZAP000401-1201
Contextual Info: ZiLOG Application Principle Floating Point Division ZAP000401-1201 Author: Andrei Kovalev General Overview Arithmetic routines are common in a wide range of embedded applications. From home HVAC systems to industrial process parameter measurement, a certain amount of precise computation is always necessary. 8 bit controllers normally have fixed point arithmetic and logic functionality and originally dealt with whole numbers only. It is convenient
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ZAP0001
Abstract: ZAP000201-1201
Contextual Info: ZiLOG Application Principle Floating Point Addition/Subtraction ZAP000201-1201 Author: Andrei Kovalev General Overview Arithmetic routines are common in a wide range of embedded applications. From home HVAC systems to industrial process parameter measurement, a certain amount of precise computation is always necessary. 8-bit controllers normally offer fixed-point arithmetic and logic units ALUs and typically compute using only whole numbers. However,
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ZAP0001
Abstract: ZAP000301-1201
Contextual Info: ZiLOG Application Principle Floating Point Multiplication ZAP000301-1201 Author: Andrei Kovalev General Overview Arithmetic routines are common in a wide range of embedded applications. From home HVAC systems to industrial process parameter measurement, a certain amount of precise computation is always necessary. 8-bit controllers normally offer fixed-point arithmetic and logic units ALUs and typically compute using only whole numbers. However,
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