Java* API Reference for Intel® Data Analytics Acceleration Library 2019
Contains classes that implement the data management component responsible for representaion of the data in numerical format. More...
Classes | |
class | AOSNumericTable |
Class that provides methods to access data that is stored as a contiguous array of heterogeneous feature vectors, and each feature vector is represented with a data structure. Therefore, the data is represented as an Array Of Structures(AOS). More... | |
class | AOSNumericTableImpl |
Class that provides methods to access data that is stored as a contiguous array of heterogeneous feature vectors, and each feature vector is represented with a data structure. Therefore, the data is represented as an Array Of Structures(AOS). More... | |
class | CSRNumericTable |
Numeric table that provides methods to access data that is stored in the Compressed Sparse Row(CSR) data layout. More... | |
class | CSRNumericTableImpl |
Numeric table that provides methods to access data that is stored in the Compressed Sparse Row(CSR) data layout. More... | |
class | DataCollection |
Class that provides functionality of the Collection container for Serializable objects. More... | |
class | DataDictionary |
Class that represents the data set dictionary and provides methods to work with the data dictionary. Methods of the class use the com.intel.daal.data.DataFeature structure. More... | |
class | DataFeature |
Class used to describe a feature. The structure is used in the com.intel.daal.data.DataDictionary class. More... | |
class | DataFeatureUtils |
Class that provides different feature types. More... | |
class | Factory |
Class that provides factory functionality for objects derived from the SerializableBase class. More... | |
class | HomogenNumericTable |
A derivative class of the NumericTable class, that provides methods to access the data that is stored as a contiguous array of homogeneous feature vectors. Table rows contain feature vectors, and columns contain values of individual features. More... | |
class | HomogenNumericTableArrayImpl |
A derivative class of the HomogenNumericTableImpl class, that provides implementation of a homogen numeric table with data stored as array of primitives. | |
class | HomogenNumericTableByteBufferImpl |
A derivative class of the HomogenNumericTableImpl class, that provides implementation of a homogen numeric table with data stored in a native C++ numeric table. | |
class | HomogenNumericTableImpl |
A derivative class of the NumericTableImpl class, that provides common interfaces for different implementations of a homogen numeric table. | |
class | HomogenTensor |
A derivative class of the Tensor class, that provides methods to access the data that is stored as a contiguous homogeneous array. More... | |
class | HomogenTensorArrayImpl |
A derivative class of the HomogenTensorImpl class, that provides implementation of a homogen tensor with data stored as array of primitives. | |
class | HomogenTensorByteBufferImpl |
A derivative class of the HomogenTensorImpl class, that provides implementation of a homogen tensor with data stored in a native C++ tensor. | |
class | HomogenTensorImpl |
A derivative class of the TensorImpl class, that provides common interfaces for different implementations of a homogen tensor. | |
class | KeyValueDataCollection |
Class that provides functionality of the key-value container for Serializable objects with the key of integer type. More... | |
class | Matrix |
A derivative class of the NumericTable class, that provides methods to access the data that is stored as a contiguous array of homogeneous feature vectors. Table rows contain feature vectors, and columns contain values of individual features. More... | |
class | MergedNumericTable |
Class that provides methods to access a collection of numeric tables as if they are joined by columns. More... | |
class | MergedNumericTableImpl |
Class that provides methods to access a collection of numeric tables as if they are joined by columns. More... | |
class | NumericTable |
Class for the data management component responsible for the representation of the data in a numerical format. More... | |
interface | NumericTableDenseIface |
class | NumericTableImpl |
Class for the data management component responsible for the representation of the data in a numerical format. More... | |
class | PackedSymmetricMatrix |
Class that provides methods to access symmetric matrices. More... | |
class | PackedSymmetricMatrixArrayImpl |
class | PackedSymmetricMatrixByteBufferImpl |
class | PackedSymmetricMatrixImpl |
class | PackedSymmetricMatrixUtils |
class | PackedTriangularMatrix |
Class that provides methods to access triangular matrices. More... | |
class | PackedTriangularMatrixArrayImpl |
class | PackedTriangularMatrixByteBufferImpl |
class | PackedTriangularMatrixImpl |
class | PackedTriangularMatrixUtils |
class | RowMergedNumericTable |
Class that provides methods to access a collection of numeric tables as if they are joined by rows. More... | |
class | RowMergedNumericTableImpl |
Class that provides methods to access a collection of numeric tables as if they are joined by rows. More... | |
class | SerializableBase |
Class that provides methods for serialization and deserialization. More... | |
class | SOANumericTable |
Class that provides methods to access data that is stored as a Structure Of Arrays(SOA), where each contiguous array represents values corresponding to a specific feature. More... | |
class | SOANumericTableImpl |
Class that provides methods to access data that is stored as a Structure Of Arrays(SOA), where each contiguous array represents values corresponding to a specific feature. More... | |
class | Tensor |
Class for the data management component responsible for the representation of the tensor data. More... | |
interface | TensorDenseIface |
class | TensorImpl |
Class for the data management component responsible for the representation of the data in a numerical format. More... | |
Contains classes that implement the data management component responsible for representaion of the tensor data.
For more complete information about compiler optimizations, see our Optimization Notice.