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Interaction of Formal Design Systems in the Development of a Fault-Tolerant Clock Synchronization Circuit (1994)  (Make Corrections)  (8 citations)
Paul S. Miner, Shyamsundar Pullela, Steven D. Johnson
Symposium on Reliable Distributed Systems



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Abstract: In this paper we propose a design strategy that exploits the strengths of different formal approaches to establish a reliable path from a mechanically verified high-level description to a concrete gate-level realization. We demonstrate the use of this approach in the realization of a fault-tolerant clock synchronization circuit. We used the Digital Design Derivation system (DDD) to derive major portion of the design leaving relatively small portions to be verified either by use of a mechanical... (Update)

Context of citations to this paper:   More

.... and engineers gain design experience in a formal framework, both approaches are emerging as interdependent facets of design [44, 8, 54]. The thesis of this work is that alternate forms of formal reasoning must be integrated if formal methods are to support the natural...

.... colleagues at Indiana University later developed and implemented a verified clock synchronization circuit that implements this algorithm [36]. Several formal methods were used in their design and implementation. The register transfer level architecture was developed using the...

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Formal Verification for Fault-Tolerant.. - Owre, Rushby.. (1995)   (Correct)
Formal Specification: A Systematic Evaluation - DeJong, Gibble, Knight, Nakano (1997)   (Correct)
PVS Bibliography - Rushby (1998)   (Correct)

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0.7:   Formal Methods Technology Transfer: A View from NASA - Caldwell (1996)   (Correct)
0.6:   DDD-FM9001: Derivation of a Verified Microprocessor - Bose (1994)   (Correct)

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0.3:   Mechanical Verification of Clock Synchronization Algorithms - Schwier, von Henke (1998)   (Correct)
0.2:   Integrating Boolean Verification with Formal Derivation - Bose, Johnson, Pullela (1993)   (Correct)
0.1:   Dynamic Distributed Data in a Parallel Programming Environment.. - Birken (1994)   (Correct)

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6:   Computer Science Laboratory (context) - Shankar, in et al. - 1993
5:   Verification of fault-tolerant clock synchronization systems (context) - Miner - 1993
5:   Formal design and verification of a reliable computing platform for real-time co.. - Butler, Di Vito - 1992

BibTeX entry:   (Update)

Paul S. Miner, Shyamsundar Pullela, and Steven D. Johnson, "Interaction of formal design systems in the development of a fault-tolerant clock synchronization circuit", in 13th Symposium on Reliable Distributed Systems, pp. 128-- 137, Dana Point, California, October 1994. http://citeseer.ist.psu.edu/miner94interaction.html   More

@inproceedings{ miner94interaction,
    author = "Paul S. Miner and Shyamsundar Pullela and Steven D. Johnson",
    title = "Interaction of Formal Design Systems in the Development of a Fault-Tolerant Clock Synchronization Circuit",
    booktitle = "Symposium on Reliable Distributed Systems",
    pages = "128-137",
    year = "1994",
    url = "citeseer.ist.psu.edu/miner94interaction.html" }
Citations (may not include all citations):
510   Symbolic boolean manipulation with ordered binary decision d.. - Bryant - 1992  ACM
295   PVS: A prototype verification system (context) - Owre, Rushby et al. - 1992  DBLP
85   Optimal clock synchronization - Srikanth, Toueg - 1987  ACM   DBLP
84   A new fault-tolerant algorithm for clock synchronization - Welch, Lynch - 1988  ACM   DBLP
74   Understanding protocols for Byzantine clock synchronization - Schneider - 1987  ACM
44   A formally verified algorithm for interactive consistency un.. - Lincoln, Rushby - 1993  ACM   DBLP
33   A formal HDL and its use in the FM9001 verification - Hunt - 1992  ACM
26   Verification of fault-tolerant clock synchronization systems (context) - Miner - 1993  ACM
25   An introduction to formal specification and verification usi.. - Rushby, von Henke et al. - 1991
24   Mechanical verification of a generalized protocol for byzant.. - Shankar - 1992
23   Using transformations and verification in circuit design (context) - Saxe, Garland et al. - 1991  ACM   DBLP
20   DDD - A Transformation system for Digital Design Derivation (context) - Bose - 1991
18   DDD-FM9001: Derivation of a verified microprocessor - Bose, Johnson - 1993  DBLP
14   The proof of correctness of a fault-tolerant circuit design - Bevier, Young - 1991
12   A tactical framework for digital design (context) - Johnson, Bose et al. - 1988
11   High level design proof of a reliable computing platform - Di Vito, Butler et al. - 1992  ACM
11   Verification of the FtCayuga fault-tolerant microprocessor s.. (context) - Srivas, Bickford - 1991
10   The Art of Digital Design (context) - Prosser, Winkel - 1987
9   the interplay of synthesis and verification: Experiments wit.. (context) - Johnson, Wehrmeister et al. - 1989
9   Mechanically verified hardware implementing an 8-bit paralle.. - Moore - 1992  ACM
6   Provable transient recovery for frame-based (context) - Di Vito, Butler - 1992
6   Integrating boolean verification with formal derivation - Bose, Johnson et al. - 1993  ACM   DBLP
5   Continuations in hardware-software codesign - Tuna, Johnson et al. - 1994  ACM   DBLP
4   Moving formal methods into practice: Verifying the FTPP scor.. (context) - Srivas, Bickford - 1992



The graph only includes citing articles where the year of publication is known.


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Topological Reasoning and The Logic of Knowledge - Dabrowski, Moss, Parikh   (Correct)
Merging Interactive, Modular, And Object-Oriented Programming - Tung   (Correct)
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