We use **MASTIFF** to compute the weight of Minimum Spanning Forest (MST) of MS-BioGraphs while ignoring self-edges of the graphs.

## – MS1

Using machine with 24 cores.

MSF weight: 109,915,787,546

## – MS50

Using machine with 128 cores.

MSF weight: 416,318,200,808

**MS-BioGraphs****Related Posts**

- Minimum Spanning Forest of MS-BioGraphs
- MS-BioGraphs on IEEE DataPort
- ParaGrapher Source Code For WebGraph Types
- On Overcoming HPC Challenges of Trillion-Scale Real-World Graph Datasets – BigData’23 (Short Paper)
- Dataset Announcement: MS-BioGraphs, Trillion-Scale Public Real-World Sequence Similarity Graphs – IISWC’23 (Poster)
- MS-BioGraphs: Sequence Similarity Graph Datasets
- MS-BioGraphs MS
- MS-BioGraphs MSA500
- MS-BioGraphs MS200
- MS-BioGraphs MSA200
- MS-BioGraphs MS50
- MS-BioGraphs MSA50
- MS-BioGraphs MSA10
- MS-BioGraphs MS1
- MS-BioGraphs Validation

- Random Vertex Relabelling in LaganLighter
- Minimum Spanning Forest of MS-BioGraphs
- Topology-Based Thread Affinity Setting (Thread Pinning) in OpenMP
- An (Incomplete) List of Publicly Available Graph Datasets/Generators
- An Evaluation of Bandwidth of Different Storage Types (HDD vs. SSD vs. LustreFS) for Different Block Sizes and Different Parallel Read Methods (mmap vs pread vs read)
- SIMD Bit Twiddling Hacks
- LaganLighter Source Code

- Random Vertex Relabelling in LaganLighter
- Minimum Spanning Forest of MS-BioGraphs
- Topology-Based Thread Affinity Setting (Thread Pinning) in OpenMP
- ParaGrapher Integrated to LaganLighter
- On Designing Structure-Aware High-Performance Graph Algorithms (PhD Thesis)
- LaganLighter Source Code
- MASTIFF: Structure-Aware Minimum Spanning Tree/Forest – ICS’22
- SAPCo Sort: Optimizing Degree-Ordering for Power-Law Graphs – ISPASS’22 (Poster)
- LOTUS: Locality Optimizing Triangle Counting – PPOPP’22
- Locality Analysis of Graph Reordering Algorithms – IISWC’21
- Thrifty Label Propagation: Fast Connected Components for Skewed-Degree Graphs – IEEE CLUSTER’21
- Exploiting in-Hub Temporal Locality in SpMV-based Graph Processing – ICPP’21
- How Do Graph Relabeling Algorithms Improve Memory Locality? ISPASS’21 (Poster)