Research Pearl: The ROSI Operating System Interface

TL;DR

This paper explores a new relational data model-based user-friendly operating system interface that aims to improve usability, learnability, and portability by modeling OS elements and commands as relations and relational statements.

Contribution

It introduces a novel relational model extension for operating system environments, integrating graphical capabilities and addressing both practical and theoretical challenges.

Findings

Relational model extensions enable natural OS element representation.

Graphical capabilities enhance user interaction.

Preliminary results show improved usability and portability.

Abstract

This paper presents some preliminary results concerning a new user-friendly operating system interface based on the relational data model that is currently under development at the University of Texas at Austin. The premise of our work is that a relational model of the operating system environment wil produce a user and programmer interface to the system: is easier to use, is easier to learn, and allows greater portability as compared with existing operating system interfaces. Our approach is to model elements of the operating system environment as relations and to model operating system commands as statements in a relational language. In adapting the relational model to an operating system environment, we found it necessary to extend the model and improve existing relational languages. The extensions to the relational model are designed to allow a more natural representation of elements of the environment. Our language extensions exploit the universal relation model and utilize the graphical capabilities of modern workstations. The nature of our investigations is ranging from practical implementation issues to the more theoretical questions of modeling and language semanties.