Security aspects of occam 2 INMOS Technical Note 32

INMOS TN23 - Compiling occam into silicon

A Vector C and Fortran Compiler for the FPS T-Series: Experiences with Compiling to occam I

We describe our implementation of C and Fortran preprocessors for the FPS T-series hypercube. The target of these preprocessors is the occam I language. We provide a brief overview of the INMOS transputer and the Weitek vector processing unit (VPU). These two units comprise one node of the T-series. Some depth of understanding of the VPU is required to fully appreciate the problems encountered ...

Interfacing C and occam-pi

This paper describes an extension to the KRoC occam-π system that allows processes programmed in C to participate in occam-π style concurrency. The uses of this are wide-ranging, from providing low-level C processes running concurrently as part of an occam-π network, through to concurrent systems programmed entirely in C. The easily extended API for C processes is based on the traditional Inmos...

tranx86 – an Optimising ETC to IA32 Translator

Frederick R.M. Barnes Computing Laboratory, University of Kent, Canterbury, KENT. CT2 7NF ([email protected]) Abstract. This paper describes tranx86, a program which converts Extended Transputer Code (ETC) from a modified Inmos occam compiler, into IA32 code for execution on the Intel i386 family of processors within the KRoC/Linux system. Several optimisations are employed in an attempt to maxim...

Distributed Environments & Distributed Program Design

This paper presents an overall view about the most common methods for implementing task schemes for process control from the operating system point of view as well as from the Occam point of view. They are discussed and compared in a comparative study. In addition the best known development platforms He-lios, ParC, Inmos Toolsets and Parix are introduced. Their signiicant features are presented...