of inconsistencies between the design decisions recorded in the annotations and the actual code, and also warns of potential runtime errors in the code. This paper gives an overview of the checker architecture and annotation language and describes our experience applying the checker to tens of thousands of lines

be dramatically reduced because designers need only veri ’ the correctness of the checker unit. We detail the DIVA checker architecture, a design optimized for simplicity and low cost. Using detailed timing simulation, we show that even resource-frugal DIVA checkers have little impact on core processor

subclass of the language called basic constraint rules is devised. An implementation of the language, the smodels system, is developed based on this embedding. It uses a two level architecture consisting of a front-end and a kernel language implementation. The front-end allows restricted use of variables

This paper describes a new symbolic model checker, called NUSMV, developed as part of a joint project between CMU and IRST. NUSMV is the result of the reengineering, reimplementation, and, to a limited extent, extension of the CMU SMV model checker. The core of this paper consists of a detailed

Abstract — These days, the PCI bus is the standard bus which not only x86 architecture but also other architecture is equipped with. However, the details are difficult to understand. We designed the general-purpose PCI bus interface for developing PCI devices, and implemented it. In this paper

Abstract. MCP is an explicit-state software model checker that supports the entire C++ programming language. In this paper, we describe its architecture and present some initial results. 1

In this paper a model checker for the Limola modelling language is presented, called the Limola Model Checker (LMC). In section 2 the model checker features that the LMC provides are enumerated. In section 3 the architecture and workings of the model checker are explained. In section 4 the design

In this paper, a methodology for generating VHDL de-scriptions of hardware checkers is presented. It is shown how the methodology can be used to generate on-line check-ers of communication protocols, counters, decoders, reg-isters, comparators, etc. It is also demonstrated how a checker for more

This paper describes the architectural and system design of the epali Grammar Checker, which is in due course of research and development. The development follows a modular approach with the Grammar Checker consisting of independent modules. These modules then in turn serve as a pipeline

This paper describes the architectural and system design of the Nepali Grammar Checker, which is in due course of research and development. The development follows a modular approach with the Grammar Checker consisting of independent modules. These modules then in turn serve as a pipeline