Biological sequence alignment is an essential tool used in molecular biology and biomedical applications. The growing volume of genetic data and the complexity of sequence alignment present a challenge in obtaining alignment results in a timely manner. Known methods to accelerate alignment on reconfigurable hardware only address sequence comparison, limit the sequence length, or exhibit memory and I/O bottlenecks. A space-efficient, global sequence alignment algorithm and architecture is presented that accelerates the forward scan and traceback in hardware without memory and I/O limitations. With 256 processing elements in FPGA technology, a performance gain over 300 times that of a desktop computer is demonstrated on sequence lengths of 16000. For greater performance, the architecture is scalable to more processing elements.
A space efficient global sequence alignment algorithm is presented by Scott Lloyd and Quinn O"Snell REF .
Sequence Alignment with Traceback on Reconfigurable Hardware
2008 International Conference on Reconfigurable Computing and FPGAs
2008 International Conference on Reconfigurable Computing and FPGAs
Computer Science