Results for "P-Pandya" using Google Scholar


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1:  Finding response times in a real-time system
Some Extensions to Propositional Mean-Value Calculus: Expressiveness and …
Finding Response Times in a Real-Time System," BCS Comp
Finding response times in areal-time system
[BibTeX]
2:  Specifying and Deciding Quanti Discrete-time Duration Calculus Formulae using … [BibTeX]
3:  P—A logic—a compositional proof system for distributed programs [BibTeX]
4:  Duration Calculus of weakly monotonic time
Duration calculus of weakly monotonic time. Research Report 122, …
Duration Calculus with Weakly Monotonic Time. UNU
Duration calculus with weakly monotonic time
[BibTeX]
5:  Finite divergence [BibTeX]
7:  Representation, verification, and computation of timed properties in web … [BibTeX]
14:  Weak chop inverses and liveness in mean-value calculus
Weak chop inverses and liveness in duration calculus
[BibTeX]
10:  An approach to verifiable compiling specification and prototyping
An Approach to Verifiable Compiling Specification and Prototyping
[BibTeX]
18:  Formal design of hybrid systems
Formal design of hybrid systems
[BibTeX]
9:  Digitizing interval duration logic [BibTeX]
8:  Towards a theory of sequential hybrid programs
Towards a theory of sequential hybrid programs. InD. GriesandW.-P. …
[BibTeX]
13:  Timed modelling and analysis in web service compositions
Timed modelling and analysis in web service compositions. ares
Modelling and Analysis of Time-related Properties in Web Service …
[BibTeX]
11:  Some comments on the assumption-commitment framework for compositional … [BibTeX]
12:  Interval Duration Logic Expressiveness and Decidability [BibTeX]
19:  A recursive duration calculus
A recursive duration calculus Technical Report
[BibTeX]
15:  Model checking ctl*[dc] [BibTeX]
16:  An algebraic approach to verifiable compiling specification and … [BibTeX]
17:  Compositional verification of distributed programs [BibTeX]
21:  Efficient guided symbolic reachability using reachability expressions [BibTeX]
32:  A calculus for hybrid sampled data systems
[CITATION] A calculus for hybrid sampled data systems
A calculus for hybrid sampled data systems, Formal Techniques in …
[BibTeX]
23:  Bounded validity checking of interval duration logic [BibTeX]
22:  Some extensions to mean-value calculus: expressiveness and … [BibTeX]
29:  A compositional semantics of Esterel in Duration Calculus
A Compositional Semantics of Esterel in Duration Calculus, in proc
[BibTeX]
25:  State-based proof theory of concurrency: from noncompositional to … [BibTeX]
28:  A structure-directed total correctness proof rule for recursive procedure calls [BibTeX]
31:  The saga of synchronous bus arbiter: On model checking quantitative timing … [BibTeX]
43:  Verification tools in the development of provably correct compilers
Verification Tools in the Development of Provably Correct Compilers
[BibTeX]
38:  Some results on the decidability of duration calculus under synchronous …
Some decidability results for duration calculus under synchronous interpretation
[BibTeX]
30:  [PS] Scheduling clusters in model checking of real time systems [BibTeX]
44:  Compiling Specification for ProCoS level 0 language
Compiling specification for ProCos level 0 language, 1990
Compiling Specification for ProCoS Programming Language Level 0
[BibTeX]
34:  [CITATION] Reasoning algebraically about recursion [BibTeX]
37:  Specification of the ProCoS level 0 instruction set [BibTeX]
35:  Translation validation of optimizing compilers by computational … [BibTeX]
63:  Timed automata with integer resets: Language inclusion and expressiveness [BibTeX]
42:  DCVALID 1.3: The user manual [BibTeX]
41:  Recursive Mean-Value Calculus [BibTeX]
78:  Specification of an Adaptive Control System [BibTeX]
51:  A simulation approach to verification of assembling specification of … [BibTeX]
54:  On sampling abstraction of continuous time logic with durations [BibTeX]
58:  [DOC] Computer Recognition of Tabla Bols [BibTeX]
56:  ICSP and Its Relationship with ACSP and CSP [BibTeX]
55:  Marking the chops: an unambiguous temporal logic [BibTeX]
46:  Translation validation of optimizing compilers by computational … [BibTeX]
52:  DCVALID 1.4: The user manual [BibTeX]
48:  DCVALID version 1.3 User Manual [BibTeX]
45:  [CITATION] Specification and verification of total correctness of distributed … [BibTeX]
80:  A compositional semantics of SL [BibTeX]
64:  AC OMPOSITIONAL Approach TO Concurrency AND ITS Applications [BibTeX]
62:  Determinization of timed automata with integral resets [BibTeX]
61:  Model checking based analysis of end-to-end latency in embedded, real-time … [BibTeX]
60:  A compositional approach to concurrency and its applications. … [BibTeX]
79:  Finding extremal models of discrete duration calculus formulae using symbolic … [BibTeX]
66:  DCVALID version 1.4 user manual [BibTeX]
72:  DCVALID: A Tool for Modelchecking DC Formulae [BibTeX]
75:  JSD in asynchronous CSP [BibTeX]
76:  Qddc-loc: Syntax and semantics [BibTeX]
77:  Model checking CTL [DC] specifications of SMV, Verilog and Esterel … [BibTeX]
73:  DCVALID User Manual [BibTeX]
59:  Compositional Theory of Concurrency [BibTeX]
86:  On Sampling Abstraction of Continuous Time Logic with Duration … [BibTeX]
81:  Modal strength reduction in quantified discrete duration calculus [BibTeX]
84:  Infinitary parallelism without unbounded nondeterminism in CSP [BibTeX]
85:  Compositional Verification of Distributed Systems [BibTeX]
91:  A Dose of Timed Logic, in Guarded Measure [BibTeX]
92:  On the Computational Power of Operators in ICSP with Fairness [BibTeX]
89:  [PS] Software Synthesis of Music with Interaction: Extending an MP4-SA … [BibTeX]
95:  Determinization and Expressiveness of Integer Reset Timed Automata with Silent … [BibTeX]
74:  A Compositional Semantics of Esterel in Duration Calculus, in proc [BibTeX]
93:  An Approach to Verifiable Compiling Specification and Prototyping [BibTeX]
87:  Modelling and Analysis of Time-related Properties in Web Service … [BibTeX]
82:  Duration Calculus with Weakly Monotonic Time. UNU [BibTeX]
83:  Duration calculus with weakly monotonic time [BibTeX]
70:  Timed modelling and analysis in web service compositions. ares [BibTeX]
71:  Duration calculus of weakly monotonic time. Research Report 122, … [BibTeX]
26:  Formal design of hybrid systems [BibTeX]
53:  Some decidability results for duration calculus under synchronous interpretation [BibTeX]
39:  Finding response times in areal-time system [BibTeX]
40:  A recursive duration calculus Technical Report [BibTeX]
49:  Verification Tools in the Development of Provably Correct Compilers [BibTeX]
57:  [CITATION] A calculus for hybrid sampled data systems [BibTeX]
27:  Finding Response Times in a Real-Time System," BCS Comp [BibTeX]
69:  Compiling Specification for ProCoS Programming Language Level 0 [BibTeX]
68:  Compiling specification for ProCos level 0 language, 1990 [BibTeX]
67:  A calculus for hybrid sampled data systems, Formal Techniques in … [BibTeX]
65:  Towards a theory of sequential hybrid programs. InD. GriesandW.-P. … [BibTeX]
20:  Some Extensions to Propositional Mean-Value Calculus: Expressiveness and … [BibTeX]
24:  Weak chop inverses and liveness in duration calculus [BibTeX]
94:  [CITATION] An analysis of Babinet compensator fringes using Jones calculus. [BibTeX]
90:  [CITATION] FST TCS 2003: Foundations of Software Technology and Theoretical … [BibTeX]
88:  1963Ninth Symposium (Int.) on Combustion [BibTeX]
47:  XML-based mobile agents [BibTeX]
50:  Asymptotic analysis of a peer enhanced cache invalidation scheme [BibTeX]
36:  The study of the structure of laminar diffusion flames by optical methods [BibTeX]
33:  Current switch emitter follower latch having output signals with reduced noise [BibTeX]
6:  Cortical network reorganization guided by sensory input features [BibTeX]