text stringlengths 27 153 | label stringlengths 27 153 | id int64 0 40k |
|---|---|---|
classic about penguin is the A most Tweety. example | A most classic example is about the penguin Tweety. | 6,800 |
in on works inheritance. focused primarily probabilistic this have Previous area | Previous works in this area have primarily focused on probabilistic inheritance. | 6,801 |
Networks. and operations the state coarsening presents This two refining Bayesian paper in space for | This paper presents two operations for refining and coarsening the state space in Bayesian Networks. | 6,802 |
for also acquisition. their We knowledge implications practical discuss | We also discuss their practical implications for knowledge acquisition. | 6,803 |
are other representing Reiter's Though this distinction, capable formalism is of original not. approaches | Though Reiter's original formalism is capable of representing this distinction, other approaches are not. | 6,804 |
of is closely to probability paradox Simpson's The theory. related problem | The problem is closely related to Simpson's paradox of probability theory. | 6,805 |
reasoning with We information problem concerned the credibility into are type introducing of systems. | We are concerned with the problem of introducing credibility type information into reasoning systems. | 6,806 |
information to provided discount The of by concept credibility allows us agents. | The concept of credibility allows us to discount information provided by agents. | 6,807 |
credibility qualification reasoning. approximate We of the suggest representational theory scheme for a in | We suggest a representational scheme for credibility qualification in the theory of approximate reasoning. | 6,808 |
We of the discuss credibility. relative concept | We discuss the concept of relative credibility. | 6,809 |
situation to structures very in This much the of nonmonotonic leads reasoning. spirit | This situation leads to structures very much in the spirit of nonmonotonic reasoning. | 6,810 |
of on approach in exploitation based is equations The max-min algebra. the | The approach is based on the exploitation of equations in max-min algebra. | 6,811 |
limit includes of case precise information. the certain and This formalism | This formalism includes the limit case of certain and precise information. | 6,812 |
adding at a time. one built The incrementally is network node | The network is built incrementally adding one node at a time. | 6,813 |
in can answer queries predicate that independencies about The a the domain. model probabilistic is | The probabilistic model is a predicate that can answer queries about independencies in the domain. | 6,814 |
implemented in In model ways. can the practice be various | In practice the model can be implemented in various ways. | 6,815 |
of research. discuss solution propose for future limitations We this this directions and | We discuss limitations of this solution and propose future directions for this research. | 6,816 |
cycles reasoning task The in most handling be difficult may probabilistic in belief directed networks. | The most difficult task in probabilistic reasoning may be handling directed cycles in belief networks. | 6,817 |
a multidisorder Such produced called for clustering. diagnosis symptom by candidate sets recent are method | Such candidate sets are produced by a recent method for multidisorder diagnosis called symptom clustering. | 6,818 |
of formalizes implementation functions Truth Assumption-based Maintenance analysis (ATMS). an Belief within the This System | This analysis formalizes the implementation of Belief functions within an Assumption-based Truth Maintenance System (ATMS). | 6,819 |
Dempster visual VICTORS Without Shafer (i.e. all theory, possible interpretations computes | Without Dempster Shafer theory, VICTORS computes all possible visual interpretations (i.e. | 6,820 |
best the without interpretation(s). determining logical models) all | all logical models) without determining the best interpretation(s). | 6,821 |
is constraints A of from of system method calculating presented. marginal probability values a | A method of calculating probability values from a system of marginal constraints is presented. | 6,822 |
expert . This system calculating appropriate for time in method a real is probabilities | This method is appropriate for calculating probabilities in a real time expert system . | 6,823 |
normal study of multiscale presents skin mathematical This a model hybrid (vSkin). | This study presents a hybrid multiscale mathematical model of normal skin (vSkin). | 6,824 |
observations. with our as experimental are results These well as clinical consistent predictions | These predictions are consistent with our experimental results as well as clinical observations. | 6,825 |
technique error an The algorithm function. involves greedy search that using locally a minimizes | The technique involves using a greedy search algorithm that locally minimizes an error function. | 6,826 |
reasoning, accounting the for Scenario-based the causal of generation alternative involves "stories" The other, evidence. | The other, Scenario-based reasoning, involves the generation of alternative causal "stories" accounting for the evidence. | 6,827 |
well employ as probabilistic schemes as Both causal knowledge. | Both schemes employ causal as well as probabilistic knowledge. | 6,828 |
Probabilities be may numbers. and/or as presented phrases | Probabilities may be presented as phrases and/or numbers. | 6,829 |
control can style, completeness explanations. and abstraction Users the of | Users can control the style, abstraction and completeness of explanations. | 6,830 |
in mid show a detection peak in speeds. browsing results Our performance | Our results show a peak in detection performance in mid browsing speeds. | 6,831 |
single masses. or micro-calcifications by simulated inserting Lesion are cases | Lesion cases are simulated by inserting single micro-calcifications or masses. | 6,832 |
improve of ways them are to methods and our Limitations discussed. | Limitations of our methods and ways to improve them are discussed. | 6,833 |
Previous the linguistic probabilities and between has absolute work empirical correspondence investigated phrases. | Previous empirical work has investigated the correspondence between absolute probabilities and linguistic phrases. | 6,834 |
describe such to selected phrases probability updates. numerical best Subjects | Subjects selected such phrases to best describe numerical probability updates. | 6,835 |
the before managing of focuses This cost action. on paper deliberation | This paper focuses on managing the cost of deliberation before action. | 6,836 |
a consisting with into boolean of belief (i.e. nodes The network is only compiled network | The belief network is compiled into a network consisting only of nodes with boolean (i.e. | 6,837 |
on the is using resulting search found a best-first then MAP network. The assignment | The MAP assignment is then found using a best-first search on the resulting network. | 6,838 |
during IDEAL development. and some describes This paper lessons its learned | This paper describes IDEAL and some lessons learned during its development. | 6,839 |
representing problems. and optimization describes for solving discrete paper This systems valuation-based | This paper describes valuation-based systems for representing and solving discrete optimization problems. | 6,840 |
called the function. objective an valuations, of factors functions, The represent | The functions, called valuations, represent the factors of an objective function. | 6,841 |
the using operations problem called and marginalization. involves optimization two Solving combination | Solving the optimization problem involves using two operations called combination and marginalization. | 6,842 |
of the factors us the objective joint function. how combine tells Combination to | Combination tells us how to combine the factors of the joint objective function. | 6,843 |
non-serial For method systems valuation-based solution the problems, of optimization programming. to reduces dynamic | For optimization problems, the solution method of valuation-based systems reduces to non-serial dynamic programming. | 6,844 |
use dynamic that axioms programming. viewed permit as conditions the And be our can of | And our axioms can be viewed as conditions that permit the use of dynamic programming. | 6,845 |
But, procedures to are strongly the the support Bayesian more also hypothesis. likely wrong | But, the Bayesian procedures are also more likely to strongly support the wrong hypothesis. | 6,846 |
techniques more powerful, more Bayesian also are but error prone. are | Bayesian techniques are more powerful, but are also more error prone. | 6,847 |
is idea this inference paper, of an policy some the detail. in explored In | In this paper, the idea of an inference policy is explored in some detail. | 6,848 |
of characteristics are To inference this support policies standard nonstandard some exploration, the and examined. | To support this exploration, the characteristics of some standard and nonstandard inference policies are examined. | 6,849 |
introduced established. the a are expert approximations on through Bounds system into CPN-based errors | Bounds on the errors introduced into a CPN-based expert system through approximations are established. | 6,850 |
number solve algorithms belief A have developed to on problems probabilistic of inference networks. been | A number of algorithms have been developed to solve probabilistic inference problems on belief networks. | 6,851 |
sound. show and the are optimal transformations We | We show the transformations are optimal and sound. | 6,852 |
describe considerably networks. an environment generating We process simplifies of the Bayesian that belief | We describe an environment that considerably simplifies the process of generating Bayesian belief networks. | 6,853 |
Augustus of analysis proposed. is An busts | An analysis of Augustus busts is proposed. | 6,854 |
However, of probability the aggregates, lack e.g. | However, the lack of probability aggregates, e.g. | 6,855 |
this to In extend probability we allow paper, arbitrary DHPP aggregates. | In this paper, we extend DHPP to allow arbitrary probability aggregates. | 6,856 |
Limited of the implementation provided. empirical data on an are methodology | Limited empirical data on an implementation of the methodology are provided. | 6,857 |
a special This theories. proof of presents cases paper some between equivalence these straightforward | This paper presents a straightforward equivalence proof between some special cases of these theories. | 6,858 |
To in an actions. the about world, operate must its intelligently reason agent | To operate intelligently in the world, an agent must reason about its actions. | 6,859 |
temporal propositional paper reasoning This representing a about and logic presents for actions. probability | This paper presents a propositional temporal probability logic for representing and reasoning about actions. | 6,860 |
that the various logic facts occur events represent The probability times. hold and can at | The logic can represent the probability that facts hold and events occur at various times. | 6,861 |
affect represent and that future. can actions It the probability events the other | It can represent the probability that actions and other events affect the future. | 6,862 |
The over time. probability model probabilities of relates | The model of probability relates probabilities over time. | 6,863 |
Several the given. logic illustrating use the of are examples | Several examples illustrating the use of the logic are given. | 6,864 |
probabilistic belief Key words: inference, computational complexity simulation, theory, algorithms. randomized stochastic networks, | Key words: probabilistic inference, belief networks, stochastic simulation, computational complexity theory, randomized algorithms. | 6,865 |
relevant with associated time-points the of occurrence events. | time-points associated with the occurrence of relevant events. | 6,866 |
are of analogues and Jeffrey's discussed. first of In the rule introduced conditioning cases, two | In the two first cases, analogues of Jeffrey's rule of conditioning are introduced and discussed. | 6,867 |
possibilistic Shenoy's rule that combination counterpart. well-known shown has a It is | It is shown that Shenoy's combination rule has a well-known possibilistic counterpart. | 6,868 |
None qualification has Dempster-Shafer. models the received of these of | None of these models has received the qualification of Dempster-Shafer. | 6,869 |
down. the component conclusions is these once dynamic But break considered, | But once the dynamic component is considered, these conclusions break down. | 6,870 |
too restricted. on based is the static comparison only Any component | Any comparison based only on the static component is too restricted. | 6,871 |
object this search task. call We the | We call this the object search task. | 6,872 |
medical On-line over is time. short of relatively a data period available | On-line medical data is available over a relatively short period of time. | 6,873 |
extracted from with are opinions. Functions (Dempster-Shafer modified then theory) and Belief expert data first | Belief Functions (Dempster-Shafer theory) are first extracted from data and then modified with expert opinions. | 6,874 |
symptoms about Expert and opinions information among derived dependencies are also statistically compared. | Expert opinions and statistically derived information about dependencies among symptoms are also compared. | 6,875 |
theory for argument. presented computational of A is probabilistic framework a | A framework is presented for a computational theory of probabilistic argument. | 6,876 |
knowledge Probabilistic Reasoning levels. The encodes Environment at three | The Probabilistic Reasoning Environment encodes knowledge at three levels. | 6,877 |
of encoding a are knowledge. the deepest schemata the system's At level set domain | At the deepest level are a set of schemata encoding the system's domain knowledge. | 6,878 |
constructed the level network Bayesian top is Finally, at from a the arguments. | Finally, at the top level is a Bayesian network constructed from the arguments. | 6,879 |
paper, this of optimum is networks In decomposition discussed. belief | In this paper, optimum decomposition of belief networks is discussed. | 6,880 |
allow have cycles We and nommonotonic nonmonotonic inferences RUM within to rules. extended | We have extended RUM to allow nommonotonic inferences and cycles within nonmonotonic rules. | 6,881 |
a basis measures for among multiple Uncertainty defaults. provide deciding | Uncertainty measures provide a basis for deciding among multiple defaults. | 6,882 |
the defaults optimal Different for finding discussed. heuristics algorithms and are | Different algorithms and heuristics for finding the optimal defaults are discussed. | 6,883 |
problems all of involve Nearly reasoning uncertainty or another. one spatial sort | Nearly all spatial reasoning problems involve uncertainty of one sort or another. | 6,884 |
in arises used sensors inaccuracies the angles. distances due measuring of to and Uncertainty | Uncertainty arises due to the inaccuracies of sensors used in measuring distances and angles. | 6,885 |
We refer as this directional to uncertainty. | We refer to this as directional uncertainty. | 6,886 |
also Uncertainty in with spatial information location mistakenly when arises combining is one identified another. | Uncertainty also arises in combining spatial information when one location is mistakenly identified with another. | 6,887 |
as uncertainty. to recognition this refer We | We refer to this as recognition uncertainty. | 6,888 |
arise We attention the problems to due particular to uncertainty. that recognition pay | We pay particular attention to the problems that arise due to recognition uncertainty. | 6,889 |
this overly Response or has to either been view pessimistic. enthusiastic unduly | Response to this view has been either overly enthusiastic or unduly pessimistic. | 6,890 |
expended for is available for However, reformulation time performing not inference. | However, time expended for reformulation is not available for performing inference. | 6,891 |
We uncertainty. principles for general describe of the ideal under computing partition first resources shall | We shall describe first general principles for computing the ideal partition of resources under uncertainty. | 6,892 |
problems illustrates these An example given how is arise. that | An example is given that illustrates how these problems arise. | 6,893 |
a usage. investigation that finite The be limited of probability very model shows may | The investigation shows that a finite probability model may be of very limited usage. | 6,894 |
decision-theoretic Problem Bayesian control BPS, the applies to probabilistic inference Solver, problem-solving. resource-constrained and flexible, | BPS, the Bayesian Problem Solver, applies probabilistic inference and decision-theoretic control to flexible, resource-constrained problem-solving. | 6,895 |
sound significantly traditional with outperform By computational effort. performing inference, less BPS can techniques | By performing sound inference, BPS can outperform traditional techniques with significantly less computational effort. | 6,896 |
a information. means expressing however, Probability incompleteness for constitute of intervals, | Probability intervals, however, constitute a means for expressing incompleteness of information. | 6,897 |
data a to discussed between Finally, distinguish it rare and case. how conflicting is | Finally, it is discussed how to distinguish between conflicting data and a rare case. | 6,898 |
basic search of used has control as unit. previously its Decision-theoretic | Decision-theoretic control of search has previously used as its basic unit. | 6,899 |
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