Integrating SVC and HOL with the Prosper Toolkit ?

PROSPER - An Investigation into Software Architecture for Embedded Proof Engines

PROSPER is a recently-completed ESPRIT Framework IV research project that investigated software architectures for component-based, embedded formal verification tools. The aim of the project was to make mechanized formal analysis more accessible in practice by providing a framework for integrating formal proof tools inside other software applications. This paper is an extended abstract of an inv...

Automatic Guidance of Mechanically Generated Proofs

The objectives of the project, as stated in the original proposal, were to couple the HOL and CL a M systems and to test this combination on industrially signi-cant veriication problems, to use CL a M to automate signiicant parts of HOL's proof process and to signiicantly reduce the amount of time and to simplify the interaction that it takes a HOL user to verify a system. CL a M aspects of the...

A New Interface for HOL - Ideas, Issues and Implementation

TkHolWorkbench is a new set of interface tools for HOL implemented using the Tk toolkit. It aims to be robust, extensible, lightweight and user-friendly. The tools are designed to augment the existing HOL interface. The project applies rapid prototyping and the use of an interpreted toolkit to the eld of theorem proving interfaces. The topics considered in this paper are: the motivations for a ...

The PROSPER Toolkit ? Louise

Nonlinear Analysis of Interaction with SVC in Stressed Power Systems: Effect of SVC Controller Parameters

In this paper, the effect of Static VAr Compensator (SVC) parameters on the nonlinear interaction of steam power plant turbine-generator set is studied using the Modal Series (MS) method. A second order representation of a power system equipped with SVC is developed and then by MS method the nonlinear interaction of torsional modes is assessed under various conditions and the most influencing f...