HIGH-THROUGHPUT CORDIC-BASED SYSTOLIC ARRAY DESIGN FOR THE DISCRETE COSINE TRANSFORM

In this paper, we propose a modified fast algorithm for Discrete Cosin e Transform (DCT) by transferring the results from the Discrete Hartle y Transform (DHT) to one additional CORDIC computing stage. A fast COR DIC-based systolic array is designed with four derived attractive feat ures, including: 1) the single/double data folding feature; 2) the con structive feature; 3) the co-computing feature; and 4) the redundant c omputation. Due to its properties, the proposed design has efficient h ardware utilization and high throughput rate. By using redundant path, this design also has the capability of error detection.