the Belief-Desire-Intention (BDI) model is well suited for describing an agent's mental state. To model human reasoning with uncertainty and imprecision, fuzzy logic have been employed to represent beliefs for BDI...
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ISBN:
(纸本)9781479986477
the Belief-Desire-Intention (BDI) model is well suited for describing an agent's mental state. To model human reasoning with uncertainty and imprecision, fuzzy logic have been employed to represent beliefs for BDI agents in our previous work. In order that the BDI agents are more and more suitable for modelling our real world, a BDI agent programming language with fuzzied-belief based on a existing BDI agent programming language is developed in this paper. the new language is more flexible and human-like compared to non-fuzzy based BDI agent language in the real world applications. Particularly, it provides a more reasonable planning selection mechanism. the reasoning capability of the previous BDI language is improved due to the work in this paper.
the proceedings contain 27 papers. the special focus in this conference is on Reversible Machines and Reversible Languages. the topics include: Moment semantics for reversible rule-based systems;a hierarchy of fast re...
ISBN:
(纸本)9783319208596
the proceedings contain 27 papers. the special focus in this conference is on Reversible Machines and Reversible Languages. the topics include: Moment semantics for reversible rule-based systems;a hierarchy of fast reversible turing machines;real-time methods in reversible computation;reversible ordered restarting automata;garbage collection for reversible functional languages;reverse code generation for parallel discrete event simulation;towards a domain-specific language for reversible assembly sequences;reversibility in extended measurement-based quantum computation;a fully fault-tolerant representation of quantum circuits;equational reasoning about quantum protocols;design and fabrication of a microprocessor using adiabatic CMOS and Bennett Clocking;improved algorithms for debugging problems on erroneous reversible circuits;a language for describing and rewriting reversible circuits with Ancillae and its permutation semantics;technology mapping for single target gate based circuits using boolean functional decomposition;towards line-aware realizations of expressions for HDL-based synthesis of reversible circuits;synthesis of quantum circuits for dedicated physical machine descriptions;power-clock generator impact on the performance of NEM-based quasi-adiabatic logic circuits;towards a cost metric for nearest neighbor constraints in reversible circuits;towards modelling of local reversibility and application of functional decomposition in synthesis of reversible circuits.
Security policy administrators face difficulties to ensure that the policies they specify in XACML correspond to what they intend to formulate and to understand their overall effect. this paper proposes a logic-based ...
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Security policy administrators face difficulties to ensure that the policies they specify in XACML correspond to what they intend to formulate and to understand their overall effect. this paper proposes a logic-based XACML3.0 analysis solution using Answer Set programming (ASP) where Ansprolog is used to model the XACML decision process and an ASP solver is employed in an innovative way to perform logical reasoning on access control policies such as detecting conflicts in a multi-organizational context.
Knowledge compilation converts Boolean formulae for which some inference tasks are computationally expensive into a representation where the same tasks are tractable. ProbLog is a state-of-the-art Probabilistic logic ...
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the proceedings contain 35 papers. the special focus in this conference is on automated Technology for Verification and Analysis. the topics include: Probabilistic programming;machines reasoning about machines;using S...
ISBN:
(纸本)9783319249520
the proceedings contain 35 papers. the special focus in this conference is on automated Technology for Verification and Analysis. the topics include: Probabilistic programming;machines reasoning about machines;using SMT for solving fragments of parameterised boolean equation systems;unfolding-based process discovery;improving interpolants for linear arithmetic;a mechanically checked generation of correlating programs directed by structured syntactic differences;on automated lemma generation for separation logic with inductive definitions;severity levels of inconsistent code;learning the language of error;explicit model checking of very large MDP using partitioning and secondary storage;model checking failure-prone open systems using probabilistic automata;optimal continuous time markov decisions;spanning the spectrum from safety to liveness;a tool for verifying properties of hidden markov models;an automatic framework for proving parameterized cache coherence protocols;an approximate steady-state analyser of probabilistic boolean networks;digital evidence for android;boosting sequentialization-based verification of multi-threaded c programs via symbolic pruning of redundant schedules;a contextual equivalence checker for IMJ;trace diagnostics using temporal implicants;test case generation of actor systems;lattice-based semantics for combinatorial model evolution;effective verification of replicated data types using later appearance records;TSO-to-TSO linearizability is undecidable;formal verification of infinite-state BIP models;symbolic slicing for the verification of concurrent programs and on the complexity of model-checking branching and alternating-time temporal logics in one-counter systems.
Liver diseases have severe patients’ consequences, being one of the main causes of premature death. these facts reveal the centrality of one`s daily habits, and how important it is the early diagnosis of these kind o...
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the proceedings contain 25 papers. the special focus in this conference is on Biomedical Electronics and Devices. the topics include: A complex challenge turned into an important clinical tool;simple fabrication metho...
ISBN:
(纸本)9783319261287
the proceedings contain 25 papers. the special focus in this conference is on Biomedical Electronics and Devices. the topics include: A complex challenge turned into an important clinical tool;simple fabrication method of micro-fluidic devices withthick resist flow paths designed arbitrarily using versatile computer aided design tools;design of a wearable remote neonatal health monitoring device;novel wireless systems for telemedicine and body area networks applications;impact of threshold computation methods in hardware wavelet denoising implementations for neural signal processing;development of concurrent object-oriented logicprogramming platform for the intelligent monitoring of anomalous human activities;automatic extraction and selection of coherent regions in FDG-PET images;model based quantification of tissue structural properties using optical coherence tomography;formulation of homeostasis by realisability on linear temporal logic;interaction-based aggregation of mRNA and miRNA expression profiles to differentiate myelodysplastic syndrome;a computational pipeline to identify new potential regulatory motifs in melanoma progression;empirical study of domain adaptation algorithms on the task of splice site prediction;automatic extraction of highly predictive sequence features that incorporate contiguity and mutation;exploring expiratory flow dynamics to understand chronic obstructive pulmonary disease;velar movement assessment for speech interfaces;observer design for a nonlinear minimal model of glucose disappearance and insulin kinetics;comparison of angle measurements between integral-based and quaternion-based methods using inertial sensors for gait evaluation and using illumination changes to synchronize eye tracking in visual paradigms.
In Artificial Intelligence, a large number of problems (i.e. distributed resource management, distributed air traffic management, Distributed Sensor Network [1]) can be modeled and solved as Distributed Constraint Sat...
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ISBN:
(纸本)9783319279473;9783319279466
In Artificial Intelligence, a large number of problems (i.e. distributed resource management, distributed air traffic management, Distributed Sensor Network [1]) can be modeled and solved as Distributed Constraint Satisfaction Problems (DisCSPs). As many real world problems change continuously and incessantly over time, some methods have been developed (e.g. DynABT), for solving problems which exhibit this dynamic behavior. Meanwhile, there was no available framework that helped users to develope intelligent multi-agent systems based on Dynamic and Distributed Constraints reasoning (DCR) techniques. In this paper, we propose a new platform, called JChoc, supporting the dynamic aspect for DisCSPs. JChoc is an easy to use platform, based on an elegant Multi-agent communication sub-platform (e.i JADE). It deals with agents with local complex problems and allows a realistic use of agents on a real distributed and dynamic framework. A real distributed problem is addressed to illustrate how the platform can be used to solve dynamically changing problems. However, the experimental results show the defectiveness of our platform.
the fascination for generating reasons and drawing inferences has given a tremendous impetus to research in theoretical computer science. In spite of having well defined constructs and globally accepted notations for ...
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the fascination for generating reasons and drawing inferences has given a tremendous impetus to research in theoretical computer science. In spite of having well defined constructs and globally accepted notations for logic and First-order theorem provers, theorem proving is still a semi-decidable problem having exponential time complexity. On the other hand swarm intelligence is a swiftly growing research area for solving optimization problems. this paper presents a novel approach for automatedtheorem proving using meta-heuristics. In the present research we have tried to combine these two entirely different zones of computer science, i.e. meta-heuristics and concrete logic via modeling theorem provers as an optimization problem in a sound practical manner. Also we have experimentally shown how to automate first order reasoning using Artificial Bee Colony algorithm on a sample problem expressed in First-order predicate calculus.
A novel and simple combination of inductive logicprogramming with swarm intelligence is presented. the Ant-FOIL tightly integrates the well-known inductive logicprogramming rule-learner FOIL with Ant Colony System m...
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ISBN:
(纸本)9781479986477
A novel and simple combination of inductive logicprogramming with swarm intelligence is presented. the Ant-FOIL tightly integrates the well-known inductive logicprogramming rule-learner FOIL with Ant Colony System meta-heuristic. the hypotheses construction is guided by the ACS stochastic local decision policy depends on pheromone and heuristic information. Experiments in applying Ant-FOIL to well-known benchmarks shows that Ant-FOIL performs better than either its baseline algorithm (FOIL), and is at the same time competitive with more sophisticated approaches (kFOIL, nFOIL and Aleph).
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