List of Figures

Chapter 1. Introducing OpenCL

Figure 1.1. Kernel distribution among OpenCL-compliant devices

Figure 1.2. Pictorial representation of a game of cards

Figure 1.3. Matrix-vector multiplication

Chapter 2. Host programming: fundamental data structures

Figure 2.1. Platforms, devices, and contexts

Figure 2.2. Sending commands to devices

Chapter 3. Host programming: data transfer and partitioning

Figure 3.1. Creating a subbuffer

Figure 3.2. Image object dimensions

Figure 3.3. Transferring buffer object data

Figure 3.4. Transferring image object data

Figure 3.5. Transferring buffer object data in rectangles

Figure 3.6. Copying and mapping buffer objects

Figure 3.7. A processing loop and its index space

Figure 3.8. Partitioning data in a matrix-vector multiplication

Figure 3.9. Sending work-groups to compute units

Chapter 4. Kernel programming: data types and device memory

Figure 4.1. Byte order in little-endian and big-endian devices

Figure 4.2. IEEE-754 format for single-precision floating-point values

Figure 4.3. IEEE-754 format for double-precision floating-point values

Figure 4.4. IEEE-754 format for half-precision floating-point values

Figure 4.5. Vector storage on little-endian and big-endian systems

Figure 4.6. School of math students in OpenCL device analogy

Figure 4.7. OpenCL device model

Chapter 5. Kernel programming: operators and functions

Figure 5.1. Index space for a two-dimensional kernel

Figure 5.2. Loading vectors from a scalar array

Figure 5.3. Polar and rectilinear coordinates