Examples of Problem

aima.core.search.framework.Problem
Artificial Intelligence A Modern Approach (3rd Edition): page 66.

A problem can be defined formally by five components:
- The initial state that the agent starts in.
- A description of the possible actions available to the agent. Given a particular state s, ACTIONS(s) returns the set of actions that can be executed in s.
- A description of what each action does; the formal name for this is the transition model, specified by a function RESULT(s, a) that returns the state that results from doing action a in state s.
- The goal test, which determines whether a given state is a goal state.
- A path cost function that assigns a numeric cost to each path. The problem-solving agent chooses a cost function that reflects its own performance measure. The step cost of taking action a in state s to reach state s' is denoted by c(s,a,s')
@author Ravi Mohan @author Ciaran O'Reilly @author Mike Stampone
au.edu.qut.yawl.exceptions.Problem
@author Lachlan AldredDate: 10/10/2005 Time: 19:47:43
cn.edu.pku.dr.requirement.elicitation.data.Problem
cn.edu.zju.acm.onlinejudge.bean.Problem

Problem bean.
@author Zhang, Zheng @version 2.0
com.eclipsesource.jshint.Problem
Holds information about a problem found by JSHint.
com.niacin.problem.Problem

de.bwaldvogel.liblinear.Problem

Describes the problem

For example, if we have the following training data:

 LABEL       ATTR1   ATTR2   ATTR3   ATTR4   ATTR5 -----       -----   -----   -----   -----   ----- 1           0       0.1     0.2     0       0 2           0       0.1     0.3    -1.2     0 1           0.4     0       0       0       0 2           0       0.1     0       1.4     0.5 3          -0.1    -0.2     0.1     1.1     0.1 and bias = 1, then the components of problem are: l = 5 n = 6 y -> 1 2 1 2 3 x -> [ ] -> (2,0.1) (3,0.2) (6,1) (-1,?) [ ] -> (2,0.1) (3,0.3) (4,-1.2) (6,1) (-1,?) [ ] -> (1,0.4) (6,1) (-1,?) [ ] -> (2,0.1) (4,1.4) (5,0.5) (6,1) (-1,?) [ ] -> (1,-0.1) (2,-0.2) (3,0.1) (4,1.1) (5,0.1) (6,1) (-1,?)

edu.stanford.nlp.maxent.Problem
This is a general class for a Problem to be solved by the MaxEnt toolkit. There have to be experiments and features. @author Kristina Toutanova @version 1.0
fr.insalyon.citi.golo.compiler.GoloCompilationException.Problem
greed.model.Problem
Greed is good! Cheers!
hu.u_szeged.nbo.client.model.Problem
intellijcoder.model.Problem
@author Konstantin Fadeyev13.01.11
intellijcoder.model.ProblemMaker.Problem
javax.constraints.impl.Problem
Problem - a placeholder for all components used to represent and resolve a constraint satisfaction problem (Problem). A Problem usually consists of two parts:
1. Problem Definition: contains all constrained objects and constraints that define and control relationships between constrained objects
2. Problem Resolution: contains search algorithm (goals) that allows to solve the problem
The decision variables are represented in form of Java objects which may use the predefined constrained variables types such as Var, VarReal, VarSet. The constraints themselves are objects inherited from a generic class Constraint. The interface covers major binary and global constraints required for the practical CP programming. It is possible to define and add new constraints.
To find the problem solutions, javax.constraints uses search algorithms presented using objects of the predefined type Goal. Goals are building blocks to define different search algorithms.
net.sf.javailp.Problem
org.apache.tuscany.sca.monitor.Problem
Records an validation problem. @version $Rev: 937968 $ $Date: 2010-04-26 01:56:16 -0700 (Mon, 26 Apr 2010) $ @tuscany.spi.extension.asclient
org.eclipse.papyrus.sysml.modelelements.Problem
A representation of the model object ' Problem'.
The following features are supported:
- {@link org.eclipse.papyrus.sysml.modelelements.Problem#getBase_Comment Base Comment}
@see org.eclipse.papyrus.sysml.modelelements.ModelelementsPackage#getProblem() @model @generated
org.jbpm.jpdl.xml.Problem
org.jquantlib.math.optimization.Problem
Constrained optimization problem @author Ueli Hofstetter
org.modeshape.common.collection.Problem
An immutable representation of a problem, with a status, code, internationalized and parameterized message, values for the parameters, information about the resource and location, and an optional exception. The use of internationalized messages allows for automatic localization of the messages (and substitution of the parameter values) via the {@link #getMessageString()} method.
org.netbeans.gradle.project.validate.Problem
org.netbeans.validation.api.Problem
org.pdtextensions.semanticanalysis.validation.Problem
org.springframework.beans.factory.parsing.Problem
Represents a problem with a bean definition configuration. Mainly serves as common argument passed into a {@link ProblemReporter}.
May indicate a potentially fatal problem (an error) or just a warning. @author Rob Harrop @author Juergen Hoeller @since 2.0 @see ProblemReporter
ru.syktsu.projects.oko.objects.Problem
Класс описывающий задачу (class described a problem) @author Konst, XupyprMV
ru.syktsu.projects.oko2.server.objects.Problem
Класс описывающий задачу (class described a problem) @author Konst, XupyprMV

Examples of ru.syktsu.projects.oko.objects.Problem

    super.setUp();
    // start the TCP Server with SSL enabled
    String[] args = new String[] { "-ssl", "true" };
    //server = Server.createTcpServer(args);
    //server.start();
    Problem problem = new Problem();
    // problem.setId("3");
    TestPack testPack = new TestPack();
    //testPack.setId("02");
    Test test = new Test();
    test.setId("01");
    test.setInputData("11");
    test.setNumber(1);
    testPack.getTestSet().put(1, test);
    //testPack.setProblemId("3");
    problem.setTestPack(testPack);
    problem.setName("name");
    problem.setContentBody("body");
    Metadata md = new Metadata();
    md.setComment("comment");
    problem.setMetadata(md);
    ProblemManager.CommitProblem(problem);
    
    id = problem.getId();
    //assertEquals("name",problem.getId());
  }

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Examples of ru.syktsu.projects.oko2.server.objects.Problem

        result.testCount = input.getTestCount();
        return result;
    }
    
    public static Problem convert(JaxbProblem input) {
        Problem result = new Problem();
        result.setContentBody(input.contentBody);
        result.setContentInput(input.contentInput);
        result.setContentOutput(input.contentOutput);
        result.setId(input.id);
        result.setMetadata(convert(input.metadata));
        result.setName(input.name);
        result.setPublished(input.published);
        result.setTestCount(input.testCount);
        result.getTestList().addAll(input.testList);
        result.getImageList().addAll(input.imageList);
        return result;
    }

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