Uses of Class
com.ibm.gpu.GPUConfigurationException

Packages that use GPUConfigurationException
Package
Description
com.ibm.gpu
com.ibm.gpu allows the user to perform certain operations using any connected CUDA capable GPU

  • Uses of GPUConfigurationException in com.ibm.gpu

    Methods in com.ibm.gpu that throw GPUConfigurationException
    Modifier and Type
    Method
    Description
    CUDADevice
    CUDAManager.getDevice(int deviceId)
    Get a reference to the CUDA device by means of its index (with 0 being the first).
    CUDADevice
    CUDAManager.getDeviceWithMostAvailableMemory()
    Identifies the CUDA device that has the most memory available.
    long
    CUDAManager.getFreeMemoryForDevice(int deviceId)
    Get the amount of free memory (in bytes) available for the provided CUDA device.
    static CUDAManager
    CUDAManager.getInstance()
    Deprecated.
    Use instance() instead.
    void
    CUDAManager.setDevice(int deviceId)
    Use this method to set the device to use for subsequent calls.
    static void
    Maths.sortArray(double[] array)
    Sort the given array of doubles into ascending order, using the default CUDA device.
    static void
    Maths.sortArray(double[] array, int fromIndex, int toIndex)
    Sort the specified range of the array of doubles into ascending order, using the default CUDA device.
    static void
    Maths.sortArray(float[] array)
    Sort the given array of floats into ascending order, using the default CUDA device.
    static void
    Maths.sortArray(float[] array, int fromIndex, int toIndex)
    Sort the specified range of the array of floats into ascending order, using the default CUDA device.
    static void
    Maths.sortArray(int[] array)
    Sort the given array of integers into ascending order, using the default CUDA device.
    static void
    Maths.sortArray(int[] array, int fromIndex, int toIndex)
    Sort the specified range of the array of integers into ascending order, using the default CUDA device.
    static void
    Maths.sortArray(int deviceId, double[] array)
    Sort the given array of doubles into ascending order, using the specified CUDA device.
    static void
    Maths.sortArray(int deviceId, double[] array, int fromIndex, int toIndex)
    Sort the specified range of the array of doubles into ascending order, using the specified CUDA device.
    static void
    Maths.sortArray(int deviceId, float[] array)
    Sort the given array of floats into ascending order, using the specified CUDA device.
    static void
    Maths.sortArray(int deviceId, float[] array, int fromIndex, int toIndex)
    Sort the specified range of the array of floats into ascending order, using the specified CUDA device.
    static void
    Maths.sortArray(int deviceId, int[] array)
    Sort the given array of integers into ascending order, using the specified CUDA device.
    static void
    Maths.sortArray(int deviceId, int[] array, int fromIndex, int toIndex)
    Sort the specified range of the array of integers into ascending order, using the specified CUDA device.
    static void
    Maths.sortArray(int deviceId, long[] array)
    Sort the given array of longs into ascending order, using the specified CUDA device.
    static void
    Maths.sortArray(int deviceId, long[] array, int fromIndex, int toIndex)
    Sort the specified range of the array of longs into ascending order, using the specified CUDA device.
    static void
    Maths.sortArray(long[] array)
    Sort the given array of longs into ascending order, using the default CUDA device.
    static void
    Maths.sortArray(long[] array, int fromIndex, int toIndex)
    Sort the specified range of the array of longs into ascending order, using the default CUDA device.