A fused floating-point dot product unit. The fused dot product unit includes an improved alignment scheme that generates smaller significand pairs compared to the traditional alignment due to the reduced shift amount and sticky logic. Furthermore, the fused dot product unit implements early normalization and a fast rounding scheme. By normalizing the significands prior to the significand addition, the length of the adder can be reduced and the round logic can be performed in parallel. Additionally, the fused dot product unit implements a four-input leading zero anticipation unit thereby reducing the overhead of the reduction tree by encoding the four inputs at once. The fused floating-point dot product unit may also employ a dual-path (a fa...
A bridge fused multiply-adder is disclosed. The fused multiply-adder is for the single instruction e...
technical reportAn asynchronous floating point unit (FPU) was designed using application specific in...
Springer;NXP;IEEE;IEEE Circuit and Systems Society;intersilPRIME - 4th Ph.D. Research in Microelectr...
A fused floating-point dot product unit. The fused dot product unit includes an improved alignment s...
textMost general purpose processors (GPP) and application specific processors (ASP) use the floating...
A Fused Floating-point Add-Subtract Unit is a module that takes two operands as inputs and provides ...
textThis report presents improved architecture designs and implementations for a fused floating-poin...
textFloating-point computer arithmetic units are used for modern-day computers for 2D/3D graphic and...
This paper designs a processing element for FFT processor capable of operating on 32-bit double prec...
Abstract: Floating-point unit is an integral part of any modern microprocessor. The fused multiply ...
textFloating-point arithmetic is attractive for the implementation for a variety of Digital Signal P...
Shrinking feature sizes gives more headroom for designers to extend the functionality of microproces...
Abstract—Multiply-add operations form a crucial part of many digital signal processing and control e...
The current standard two-path floating-point arithmetic algorithm's latency is on the order of 2 lg ...
Multiply-Add Fused (MAF) units play a key role in the processor's performance for a variety of appli...
A bridge fused multiply-adder is disclosed. The fused multiply-adder is for the single instruction e...
technical reportAn asynchronous floating point unit (FPU) was designed using application specific in...
Springer;NXP;IEEE;IEEE Circuit and Systems Society;intersilPRIME - 4th Ph.D. Research in Microelectr...
A fused floating-point dot product unit. The fused dot product unit includes an improved alignment s...
textMost general purpose processors (GPP) and application specific processors (ASP) use the floating...
A Fused Floating-point Add-Subtract Unit is a module that takes two operands as inputs and provides ...
textThis report presents improved architecture designs and implementations for a fused floating-poin...
textFloating-point computer arithmetic units are used for modern-day computers for 2D/3D graphic and...
This paper designs a processing element for FFT processor capable of operating on 32-bit double prec...
Abstract: Floating-point unit is an integral part of any modern microprocessor. The fused multiply ...
textFloating-point arithmetic is attractive for the implementation for a variety of Digital Signal P...
Shrinking feature sizes gives more headroom for designers to extend the functionality of microproces...
Abstract—Multiply-add operations form a crucial part of many digital signal processing and control e...
The current standard two-path floating-point arithmetic algorithm's latency is on the order of 2 lg ...
Multiply-Add Fused (MAF) units play a key role in the processor's performance for a variety of appli...
A bridge fused multiply-adder is disclosed. The fused multiply-adder is for the single instruction e...
technical reportAn asynchronous floating point unit (FPU) was designed using application specific in...
Springer;NXP;IEEE;IEEE Circuit and Systems Society;intersilPRIME - 4th Ph.D. Research in Microelectr...