This paper investigates specification and verification of synchronous circuits using DILL (Digital Logic in LOTOS). After an overview of the DILL approach, the paper focuses on the characteristics of synchronous circuits. A more constrained model is presented for specifying digital components and verifying them. Two standard benchmark circuits are specified using this new model, and analysed by the CADP toolset (Cæsar/Aldébaran Development Package)
Recently the use of formal methods in describing and analysing the behaviour of (computer) systems h...
A natural approach for the description of asynchronous hardware designs are hardware process algebra...
International audienceThe complexity of multiprocessor architectures for mobile multi-media applicat...
This report investigates modelling and verifying synchronous circuits in DILL (Digital Logic in LOTO...
This paper investigates specification, verification and test generation for synchronous and asynchro...
As a relatively new application area for LOTOS (Language Of Temporal Ordering Specification), the sp...
It is shown howDILL (Digital Logic in LOTOS) can be used to specify,verify and test asynchronous har...
It is explained how DILL (Digital Logic in LOTOS) can be used to specify and analyse hardware timing...
Abstract. It is explained how DILL (Digital Logic in LOTOS) can be used to specify and analyse hardw...
International audienceHardware process calculi, such as CHP (Communicating Hardware Processes), Bals...
This paper reports on some initial results in using LOTOS as a hardware description language. LOTOS,...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN035676 / BLDSC - British Library D...
The specification of digital logic in SDL (Specification and Description Language) is investigated. ...
Ascertaining correctness of digital hardware designs through simulation does not scale-up for large ...
AbstractHardware process calculi, such as Chp (Communicating Hardware Processes), Balsa, or Haste (f...
Recently the use of formal methods in describing and analysing the behaviour of (computer) systems h...
A natural approach for the description of asynchronous hardware designs are hardware process algebra...
International audienceThe complexity of multiprocessor architectures for mobile multi-media applicat...
This report investigates modelling and verifying synchronous circuits in DILL (Digital Logic in LOTO...
This paper investigates specification, verification and test generation for synchronous and asynchro...
As a relatively new application area for LOTOS (Language Of Temporal Ordering Specification), the sp...
It is shown howDILL (Digital Logic in LOTOS) can be used to specify,verify and test asynchronous har...
It is explained how DILL (Digital Logic in LOTOS) can be used to specify and analyse hardware timing...
Abstract. It is explained how DILL (Digital Logic in LOTOS) can be used to specify and analyse hardw...
International audienceHardware process calculi, such as CHP (Communicating Hardware Processes), Bals...
This paper reports on some initial results in using LOTOS as a hardware description language. LOTOS,...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN035676 / BLDSC - British Library D...
The specification of digital logic in SDL (Specification and Description Language) is investigated. ...
Ascertaining correctness of digital hardware designs through simulation does not scale-up for large ...
AbstractHardware process calculi, such as Chp (Communicating Hardware Processes), Balsa, or Haste (f...
Recently the use of formal methods in describing and analysing the behaviour of (computer) systems h...
A natural approach for the description of asynchronous hardware designs are hardware process algebra...
International audienceThe complexity of multiprocessor architectures for mobile multi-media applicat...