 To be more specific, we are able to compute a solution faster than the default branching strategy of selecting a vertex of highest degree on 90 \% of all instances tested.
<meaning-changed>  To be more specific, we are able to compute a solution faster than the default branching strategy of selecting a vertex of highest degree on 90 \% of all instances tested.
 To be more specific, we are able to compute a solution faster than the default branching strategy of selecting a vertex of highest degree on 65 \% of all instances tested.