Telomere-to-telomere assembly by preserving contained reads

Table 3.

Time and memory consumption of the hifiasm and RAFT-hifiasm methods

Data set hifiasm time/memory (h/GB) RAFT-hifiasm workflow time/memory (h/GB)
Assembly Error-correction Overlap computation RAFT Assembly
D1: HiFi (36×) 7.3/125.9 7.3/125.9 2.3/92.5 4.5/115.4 3.1/108.2
D2: Duplex (32×) 5.8/107.1 5.8/107.1 2.2/75.7 4.8/107.5 4.7/107.5
D3: D1 + D2 18.2/274.6 18.2/274.6 6.3/217.4 4.8/291.6 9.5/240.7
D4: Ultra-long (40×) 12.3/221.6 12.3/221.6 3.7/150.7 1.5/133.1 5.3/138.7
  • The RAFT-hifiasm workflow involves computing the error-corrected reads, all-versus-all overlaps, fragmentation of reads, and assembly.

This Article

  1. Genome Res. 34: 1908-1918

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