Fixed-point arithmetic is much simpler when compared to floating-point because it does not involve normalization.

In this paper, a hardware oriented analysis of finite precision logistic map using

fixed-point arithmetic is presented accompanied by a digital hardware implementation of PRNG.

When discrete-time systems are implemented in finite word length processor using

fixed-point arithmetic, nonlinearities are introduced due to quantization and overflow.

Hardware implementation of digital filters typically resorts to low-precision

fixed-point arithmetic as the respective operations are considered less expensive in terms of time-area product.

For performance optimization the controller code was implemented using

fixed-point arithmetic.

It employed ordinary base-10

fixed-point arithmetic, according to the museum statement.

Fixed-point arithmetic is often used for the computations because of the cost reasons--floating point calculations significantly increase the size of the design and make it more complex.

Using the 6-dB-per-bit rule, 16-bit recordings are capable of a 96-dB dynamic range, while 24-bit

fixed-point arithmetic improves the dynamic range to 144 dB.

"After testing numerous competing products, we found the Filter Design Toolbox provided the best range of

fixed-point arithmetic parameters, filter architectures and operational statistics," said Richard Hewitt, senior DSP and software consultant at Toracomm.

Ada 83 supplied a

fixed-point arithmetic facility that was a close semantic match for the requirements of exact decimal computation.

The range addressable hyperbolic tangent activation function for second order lattice-ladder neuron in a

fixed-point arithmetic is successfully implemented on xc7z020 FPGA chip.

The codec using 10 bit constants is lossy because of

fixed-point arithmetic. We show the different images used to test the algorithm Fig.