Binary numbers are represented as either fixed-point or floating-point data types.
Physical Quantities and Measurement Scales
Provides an overview of measurement scales and representing numbers.
Benefits of Using Fixed-Point Hardware
Fixed-point hardware can provide benefits in size and power consumption, memory usage, speed, and cost.
How fixed-point data types are represented.
The quantization of a real-world value is represented by a weighted sum of bits.
Fixed-Point Numbers in Simulink
Fixed-point data type and scaling notation used by Simulink®.
numerictype of Fixed-Point Objects
Presents the numerictype
object
as a MATLAB® object, and gives the valid fields and settings for
those fields
How floating-point numbers are represented and manipulated.
Scaled doubles are a hybrid between floating-point and fixed-point numbers, stored by Fixed-Point Designer™ as doubles with the scaling, sign, and word length information retained.
Data types supported for simulation and code generation.
What is the Difference Between Fixed-Point and Built-in Integer Types?
Explains the difference between fixed-point data types and built-in integer data types in MATLAB.
Frequently Asked Questions About Fixed-Point Numbers
Describes the meaning of negative fraction length and fraction length greater than word length.
Basic information on using fi objects