Scalable liveness verification for communication fabrics
Authors:
- Joosten, Sebastiaan J. C.
- Schmaltz, Julien
Published in: Design, Automation & Test in Europe pp 113
Abstract:
In the realm of multi-core processors and systems-on-chip, communication fabrics constitute a key element. A large number of queues and distributed control are two important aspects of this class of designs. These aspects make decomposition and abstraction techniques difficult to apply. For this class of designs, the application of formal methods is a real challenge. In particular, the verification of liveness properties is often intractable. Communication fabrics can be seen as a set of queues and flops interconnected by combinatorial logic. Based on this simple but powerful observation, we propose a novel method for liveness verification. Our method directly applies to Register Transfer Level designs. The essential aspects of our approach are (1) to abstract away from the details of queue implementations and (2) an efficient encoding of liveness properties in an SMT instance. Experimental results are promising. Designs with hundreds of queues can be analysed for liveness within minutes.
BibTeX entry:
@inproceedings{Joosten14a,
abstract = {In the realm of multi-core processors and systems-on-chip, communication fabrics constitute a key element. A large number of queues and distributed control are two important aspects of this class of designs. These aspects make decomposition and abstraction techniques difficult to apply. For this class of designs, the application of formal methods is a real challenge. In particular, the verification of liveness properties is often intractable. Communication fabrics can be seen as a set of queues and flops interconnected by combinatorial logic. Based on this simple but powerful observation, we propose a novel method for liveness verification. Our method directly applies to Register Transfer Level designs. The essential aspects of our approach are (1) to abstract away from the details of queue implementations and (2) an efficient encoding of liveness properties in an SMT instance. Experimental results are promising. Designs with hundreds of queues can be analysed for liveness within minutes.},
author = {Joosten, Sebastiaan Jozef Christiaan and Schmaltz, Julien},
bdsk-url-1 = {https://doi.org/10.7873/DATE.2014.126},
booktitle = {Design, Automation \& Test in Europe},
day = {24},
doi = {10.7873/DATE.2014.126},
month = {March},
organization = {European Design and Automation Association},
pages = {113},
title = {Scalable liveness verification for communication fabrics},
year = {2014}
}