189500 ⎘
Methods or arrangements for processing data by operating upon the order or content of the data handled; Methods or arrangements for performing computations using exclusively denominational number representation, e.g. using binary, ternary, decimal representation using non-contact-making devices, e.g. tube, solid state device; using unspecified devices; Denomination or exception handling, e.g. rounding or overflow Normalisation mentioned as feature only
SYSTEM AND METHOD FOR WELL LOG NORMALIZATION
#2METHOD AND SYSTEM FOR DECIMAL FLOATING-POINT COMPUTATION
#3LOOK AHEAD NORMALISER
#4INTEGER-BASED FUSED CONVOLUTIONAL LAYER IN A CONVOLUTIONAL NEURAL NETWORK
#5Look ahead normaliser
#6Exact versus inexact decimal floating-point numbers and computation system
#7Look ahead normaliser
#8Process for a floating point dot product multiplier-accumulator
#9Integer-based fused convolutional layer in a convolutional neural network
#10Sparse matrix standardization device, sparse matrix standardization method, sparse matrix standardization program, and data structure
#11Multiple-input floating-point processing with mantissa bit extension
#12USING FUZZY-JBIT LOCATION OF FLOATING-POINT MULTIPLY-ACCUMULATE RESULTS
#13Look ahead normaliser
#14Systems and methods of high speed scrubbing of airspace radar returns
#15Computational units for batch normalization
#16Method and apparatus with data processing
#17Residue checking of entire normalizer output of an extended result
#18Floating point dot-product operator with correct rounding
#19Fused Multiply-Add operator for mixed precision floating-point numbers with correct rounding
#20Transcendental calculation unit apparatus and method
#21Computing accelerator using a lookup table
#22Using Fuzzy-Jbit location of floating-point multiply-accumulate results
#23SPECULATIVE CALCULATIONS IN SQUARE ROOT OPERATIONS
#24Method for determining a value of an integer scaling in a linking of input sets to output sets, and computer program product
#25Block floating point computations using shared exponents
#26Apparatuses for integrating arithmetic with logic operations
#27Denormalization in multi-precision floating-point arithmetic circuitry
#28Computing accelerator using a lookup table
#29Providing efficient floating-point operations using matrix processors in processor-based systems
#30Apparatuses for integrating arithmetic with logic operations
#31Transcendental calculation unit apparatus and method
#32Arithmetic unit and control method for arithmetic unit
#33Methods and apparatus for performing fixed-point normalization using floating-point functional blocks
#34DENORMALIZATION IN MULTI-PRECISION FLOATING-POINT ARITHMETIC CIRCUITRY
#35High performance floating-point adder with full in-line denormal/subnormal support
#36Splitable and scalable normalizer for vector data
#37Multiplication circuit providing dynamic truncation
#38Multiplier unit with speculative rounding for use with division and square-root operations
#39Fast normalization in a mixed precision floating-point unit
#40Fast normalization in a mixed precision floating-point unit
#41Apparatus and method of processing numeric calculation
#42Conversion of a normalized n-bit value into a normalized m-bit value
#43Efficient correction of normalizer shift amount errors in fused multiply add operations
#44Vector execution unit with prenormalization of denormal values
#45Vector execution unit with prenormalization of denormal values
#46Floating point multiply-add unit with denormal number support
#47Embedding supplemental consumer data
#48Division unit with normalization circuit and plural divide engines for receiving instructions when divide engine availability is indicated
#49Floating-Point Addition Acceleration
#50Computing half instructions of floating point numbers without early adjustment of the source operands
#51Apparatus and method for implementing hardware support for denormalized operands for floating-point divide operations
#52Trigonometric summation vector execution unit
#53Floating-point addition acceleration
#54SYSTEMS, METHODS AND COMPUTER PROGRAM PRODUCTS FOR HARDWARE ASSISTS FOR MICROCODED FLOATING POINT DIVIDE AND SQUARE ROOT
#55Handling of Denormals In Floating Point Number Processim
#56Pipelined multiple operand minimum and maximum function
#57Processor and method of determining a normalization count
#58Handling denormal floating point operands when result must be normalized
#59Arithmetic device for performing division or square root operation of floating point number and arithmetic method therefor
#60Stream cipher encryption application accelerator and methods thereof
#61Multi-stage floating-point accumulator
#62Method for reducing round-off error in fixed-point arithmetic
#63Scaling in a receiver for coded digital data symbols
#64Method for creating a representation of a calculation result linearly dependent upon a square of a value
#65Fused multiply add split for multiple precision arithmetic
#66Floating point normalization and denormalization
#67Data processing apparatus and method for normalizing a data value
#68Method and Processor for Performing a Floating-Point Instruction Within a Processor
#69Copying of unaligned data in a pipelined operation
#70Methods and apparatus for hardware normalization and denormalization
#71Method and system for dynamic session control of digital signal processing operations
#72Data processing apparatus and method for performing floating point addition
#73System and method for a floating point unit with feedback prior to normalization and rounding
#74Handling denormal floating point operands when result must be normalized
#75Data processing apparatus and method for performing floating point multiplication
#76Data processing apparatus and method for performing floating point multiplication
#77Data processing apparatus and method for performing floating point multiplication
#78Static floating point arithmetic unit for embedded digital signals processing and control method thereof
#79Data processing apparatus and method for determining a processing path to perform a data processing operation on input data elements
#80Method and device for floating-point multiplication, and corresponding computer-program product
#81Methods and apparatus for implementing a cryptography engine
#82Multi-input floating-point adder