A translator which converts C-based floating-point digital signal processing programs to
optimized integer C versions is developed for convenient programming and efficient use of …

In a majority of the commercially available processors on the market today there is no
hardware support for floating-point arithmetic due to the cost the extra silicon imposes on a …

A modern vehicle can be viewed as a complex cyber–physical system (CPS) where the
vehicle dynamics interact with the software control systems. Adaptive cruise control (ACC) …

This paper proposes and evaluates compile time and instruction-set techniques for
improving the accuracy of signal-processing algorithms run on fixed-point embedded …

A number of defense, security and commercial applications demand real time face
recognition systems, especially when other biometric techniques are not feasible. Eigen …

A floating-point to integer C program translator is developed for convenient programming
and efficient use of fixed-point programmable digital signal processors (DSPs). It not only …

Recently tools for automating the translation of floatingpoint signal-processing applications
written in ANSI C into fixed-point have been presented [36, 19, 8]. This paper introduces a …

Many digital signal processing and communication algorithms are first simulated using
floating-point arithmetic and later transformed into fixed-point arithmetic to reduce …

L'implantation efficace des algorithmes de traitement numérique du signal (TNS) dans les
systèmes embarqués requiert l'utilisation de l'arithmétique virgule fixe afin de satisfaire les …

This paper presents an ANSI C floating-point to fixed-point conversion capability currently
being integrated within an application specific processor architecture/compiler co …