We propose a modular framework for representing the real numbers that generalizes ieee,
posits, and related floating-point number systems, and which has its roots in universal codes …

We present a new class of number systems, called Semi-Logarithmic Number Systems, that
constitute a family of various compromises between floating-point and logarithmic number …

Recently proposed real number systems like Posits and Elias codes make use of tapered
accuracy resulting from variable-length coding of exponents and significands. Several quite …

Reconfigurable logic devices are widely used within the scientific computing community as
hardware accelerators. This is due to their ability to implement parallel structures and to …

A general-purpose arithmetic standard could give general computation the kind of reliability
and stability that the floating-point standard brought to scientific computing. The author …

To attain a flawless real-time data transfer over a communication channel of Industrial
Wireless Sensor Networks (IWSNs) is a difficult issue. The reason is that data transmission …

The demand to deploy deep learning models on edge devices has recently increased due to
their pervasiveness, in applications ranging from healthcare to precision agriculture …

The extension of the SLI (symmetric level index) system to complex numbers and arithmetic
is discussed. The natural form for representation of complex quantities in SLI is in the …

The demand to deploy deep learning models on edge devices has recently increased due to
their pervasiveness, in applications ranging from healthcare to precision agriculture …

This paper begins with a general introduction to the symmetric level-index, SLI, system of
number representation and arithmetic. This system provides a robust framework in which …