IEEE standard 754 floating point arithmetic
Trans-Floating-Point Arithmetic Removes Nine Quadrillion Redundancies From 64-bit IEEE 754 Floating-Point Arithmetic
... the standard would not be aware of the claim that the floating-point, relational operators are mutually distinct and would not be aware of the contrary evidence that only 22 relations are defined, ...
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Design and Analysis of High Performance Floating Point Arithmetic Unit
... A floating point arithmetic unit designed to perform operations on floating point numbers as well as fixed point ...numbers. Floating point numbers can support a ...
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Design and Simulation of Floating Point FFT Processor Based on Radix-4 Algorithm Using VHDL
... precision IEEE 754 standards. Floating point representations supporting the four basic arithmetic operations; addition, subtraction, multiplication, division and logical operation are ...
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IEEE 754, VDM
... In this paper, we use the representation of floating point numbers in a computer to introduce the IEEE 754 standard for B method. We also prove how rounding can be performed and how ...
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Implementation Of A High Speed Binary Floating Point Multiplier Using Dadda Algorithm In Fpga
... performs arithmetic functions like addition, subtraction, multiplication, division etc along with logical ...each arithmetic operation. Floating point representation is based on IEEE ...
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Design of a Fused Multiply Add Floating Point and Integer Datapath
... “What floating-point and integer formats can most efficiently be combined?” After comparing several different floating-point and integer storage formats in Chapter 2, it should be clear by now ...
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Review on 32 bit single precision Floating point unit (FPU) Based on IEEE 754 Standard using VHDL
... of IEEE 754 floating point unit”, In this paper, Arithmetic unit has been designed to perform pack, unpack and rounding arithmetic operations on floating point ...
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Single Precision Floating Point Arithmetic using VHDL Coding
... manufacturing. Floating Point Arithmetic (FPA) is arithmetic using formulaic representation of real numbers as an approximation so as to support a trade-off between range and ...reason, ...
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IEEE 754 compliant floating point fused add sub unit
... Floating point arithmetic is a key component in the development of many algorithms for DSP applications that require large dynamic range and high level of ...a floating point fused add ...
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FPGA based Implementation of High Speed Double Precision Floating Point Multiplier with Tiling Technique using Verilog
... multiplication. Floating Point Arithmetic is widely used in many areas, especially scientific computation and signal ...of floating-point representation over fixed-point and ...
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Design and Implementation of IEEE 754 Addition and Subtraction for Floating Point Arithmetic Logic Unit
... Decimal Floating Point (DFP) adder/subtractor using IEEE 754-2008 ...an IEEE 754 single precision Standard for Binary Floating- Point Arithmetic to ...
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Double Security Watermarking Algorithm for 3D Model using IEEE 754 Floating Point Arithmetic
... Generally these 3D object are of two type synthetic (CAD- generated) and real-world (via 3-D scanning). To protect these objects from intentional change watermarking techniques are used. Watermarking of 3D object is ...
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FPGA based High Speed Double Precision Floating Point Divider
... precision floating point divider is shown in figure ...Precision Floating Point divider and reference paper [1] ...precision floating point divider targeting on Virtex-6 ...
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Development of a Block Floating Point Interval ALU for DSP and Control Applications
... fixed point interval ALU for DSP and Control applications that has been designed and tested ...fixed point interval ALU has dedicated modules for computing the upper and lower bounds of the interval output ...
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Fpga implementation of Floating-Point Arithmetic
... Dividend exponent. This removes the bias, which must be added back in. Tests are then made for exponent underflow or overflow. The next step is to divide the significands. It is followed with the usual normalization. The ...
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Simulation of Two-Dimensional Supersonic Flows on Emulated-Digital CNN-UM
... The CNN paradigm is a natural framework to describe the behavior of locally interconnected dynamical systems which have an array structure [1]. Therefore, it possesses an inherent potential in the fields of computational ...
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Implementation of Double Precision Floating Point Arithmetic
... Two popular forms of verification are the simulation based approach and the formal verification approach. The most important difference between the two approaches is that simulation based approaches need input vectors ...
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Design and Implementation of Floating Point Complex number Multiplier Using Modified Vedic Algorithm
... floting point complex number multiplier by using Vedic ...of Floating point multiplier we can use Vedic Multiplication ...implement Floating point multiplier ...floting point ...
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Foundations of Interval Computation
... a floating-point number represented in ...use floating-point number arithmetic for numerical computation, and most computer users are not aware that floating-point number ...
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A Unified Reconfigurable CORDIC Processor for Floating-Point Arithmetic
... Abstract: This paper presents a unified reconfigurable coordinate rotation digital computer (CORDIC) processor for floating-point arithmetic. It can be configured to operate in multi-mode to achieve ...
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