Maude is a high-performance reflective language and system supporting both equational and rewriting logic specification and programming for a wide range of applications. Maude has been influenced in important ways by the OBJ3 language, which can be regarded as an equational logic sublanguage. Besides supporting equational specification and programming, Maude also supports rewriting logic computation.

References in zbMATH (referenced in 656 articles , 3 standard articles )

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  1. Alpuente, M.; Cuenca-Ortega, A.; Escobar, S.; Meseguer, J.: A partial evaluation framework for order-sorted equational programs modulo axioms (2020)
  2. De Nicola, Rocco; Ferrari, Gianluigi; Pugliese, Rosario; Tiezzi, Francesco: A formal approach to the engineering of domain-specific distributed systems (2020)
  3. Diaconescu, Răzvan: Introducing (H), an institution-based formal specification and verification language (2020)
  4. Durán, Francisco; Eker, Steven; Escobar, Santiago; Martí-Oliet, Narciso; Meseguer, José; Rubio, Rubén; Talcott, Carolyn: Programming and symbolic computation in Maude (2020)
  5. Durán, Francisco; Meseguer, José; Rocha, Camilo: Ground confluence of order-sorted conditional specifications modulo axioms (2020)
  6. Lucas, Salvador: Using well-founded relations for proving operational termination (2020)
  7. Martín, Óscar; Verdejo, Alberto; Martí-Oliet, Narcisco: Compositional specification in rewriting logic (2020)
  8. Meseguer, José: Generalized rewrite theories, coherence completion, and symbolic methods (2020)
  9. Zhao, Xin; Haller, Philipp: Replicated data types that unify eventual consistency and observable atomic consistency (2020)
  10. Alpuente, María; Ballis, Demis; Cuenca-Ortega, Angel; Escobar, Santiago; Meseguer, José: (\mathsfACUOS^\mathbf2): a high-performance system for modular ACU generalization with subtyping and inheritance (2019)
  11. Alpuente, María; Escobar, Santiago; Sapina, Julia; Ballis, Demis: Symbolic analysis of Maude theories with Narval (2019)
  12. Aman, Bogdan; Ciobanu, Gabriel: Verification of multi-agent systems with timeouts for migration and communication (2019)
  13. Găină, Daniel; Ţuţu, Ionuţ: Birkhoff completeness for hybrid-dynamic first-order logic (2019)
  14. Gutiérrez, Raúl; Lucas, Salvador: Automatic generation of logical models with AGES (2019)
  15. Hamana, Makoto: How to prove decidability of equational theories with second-order computation analyser SOL (2019)
  16. Johansen, Christian; Owe, Olaf: Dynamic structural operational semantics (2019)
  17. Liu, Si; Ölveczky, Peter Csaba; Wang, Qi; Gupta, Indranil; Meseguer, José: Read atomic transactions with prevention of lost updates: ROLA and its formal analysis (2019)
  18. Lucas, Salvador: Proving semantic properties as first-order satisfiability (2019)
  19. Nigam, Vivek; Talcott, Carolyn; Urquiza, Abraão Aires: Symbolic timed trace equivalence (2019)
  20. Pavlovic, Dusko (ed.); Hanna, Erin; Lynch, Christopher; Myers, David Jaz; Richardson, Corey: Finding intruder knowledge with cap-matching (2019)

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