Iman Narasamdya

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—SystemC is becoming a de-facto standard for the development of embedded systems. Verification of SystemC designs is critical since it can prevent error propagation down to the hardware. SystemC allows for very efficient simulations before synthesizing the RTL description, but formal verification is still at a preliminary stage. Recent works translate(More)
The growing popularity of SystemC has attracted research aimed at the formal verification of SystemC designs. In this paper we present KRATOS, a software model checker for SystemC. KRATOS verifies safety properties, in the form of program assertions, by allowing users to explore two directions in the verification. First, by relying on the translation from(More)
This paper describes the certification of smart-card applications in the framework of Common Criteria. In this framework, a smart-card application is represented by a model of its specification, a functional specification describing an input-output relationship, a low-level design, and implementation code. The certification process consists of the following(More)
Management is one of the main expenses of running the server farms that implement enterprise services, and operator errors can be costly. Our goal is to develop type-safe programming mechanisms for combining and managing enterprise services, and we achieve this goal in the particular setting of farms of virtual machines. We assume each server is(More)
The efficiency of a build system is an important factor for developer productivity. As a result, developer teams have been increasingly adopting new build systems that allow higher build parallelization. However, migrating the existing legacy build scripts to new build systems is a tedious and error-prone process. Unfortunately, there is insufficient(More)
The SystemC language is a de-facto standard for the description of systems on chip. A recent approach to the formal verification of SystemC designs , called ESST, combines Explicit state techniques to deal with the SystemC Scheduler, with Symbolic techniques, based on lazy abstraction, to deal with the Threads. Despite its relative effectiveness, this(More)
In many practical application domains, the software is organized into a set of threads, whose activation is exclusive and controlled by a cooperative scheduling policy: threads execute, without any interruption, until they either terminate or yield the control explicitly to the scheduler. The formal verification of such software poses significant(More)
The Fluent Calculus has largely been focused on building agents that work individually. However, agents often need to interact with each other to learn more about their environment as well as to achieve their goals. One form of interaction is by means of communication. Effective, goal–oriented communication requires knowledge of other agents. This paper(More)