Digital Signal Processing and Applications with the OMAP-L138 eXperimenter

List of Examples

Example 1.1: Sine generation using forty-eight points with output recorded in a buffer for plotting using Code Composer Studio software and MATLAB (L138_sine48_buf_intr)

Example 1.2: Dot product of two arrays (L138_dotp4)

Example 2.1: Basic input and output using polling (L138_loop_poll)

Example 2.2: Basic input and output using interrupts (L138_loop_intr)

Example 2.3: Basic input and output using DMA (L138_loop_edma)

Example 2.4: Modifying Program L138_loop_intr.c to create a delay (L138_delay_intr)

Example 2.5: Modifying program L138_loop_intr.c to create an echo (L138_echo_intr)

Example 2.6: Modifying program L138_loop_intr.c to create a flanging effect (L138_flanger_intr)

Example 2.7: Loop program with input data stored in a buffer (L138_loop_buf_intr)

Example 2.8: Sine wave generation using a look up table (L138_sine48_intr)

Example 2.9: Sine wave generation using sin( ) function call (L138_sine_intr)

Example 2.10: Sine generation with DIP switches for amplitude and frequency control (L138_sine_DIP_intr)

Example 2.11: Sweep Sinusoid Using Table with 8000 Points (L138_sweep_poll)

Example 2.12: Generation of DTMF tones using a look up table (L138_sineDTMF_intr)

Example 2.13: Signal reconstruction, aliasing and the properties of the AIC23 codec (L138_sine_intr.c)

Example 2.14: Square wave generation using a look up table (L138_squarewave_intr)

Example 2.15: Impulse response of the AIC3106 DAC reconstruction filter (L138_dimpulse_intr)

Example 2.16: Frequency ...