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There are too many parameters to understand, can you give detailed explanations about each parameter and provide a template for executing some program?
Thanks a lot!
The text was updated successfully, but these errors were encountered:
The graph should be partitioned into nRowXnCol partitions. Here, nRowXnCol should equal to the amount of disks used in this test. Converter should be able to partition the graph. Assuming you want to partition the twitter graph into 4x4 (16) partitions. The processed graph should be twttier_beg_0_0_of_4x4.bin, twitter_csr_0_0_of_4x4.bin, ..., twttier_beg_(nRow-1)(nCol-1)of_4x4.bin, twttier_csr(nRow-1)(nCol-1)_of_4x4.bin.
Similarly, the disk should be attached towards following points
row_0_col_0, row_0_col_1, ..., row_0_col_(nCol-1);
row_1_col_0, row_1_col_1, ..., row_1_col_(nCol-1);
....;
row_(nRow-1)col_0, ..., row(nRow-1)col(nCol -1)
Afterwards, you should map your graph partitions into these disk attach point accordingly. For instance, twttier_beg_0x0.bin, twitter_csr_0x0.bin should belong to disk_0x0 ...
Afterwards, you should be able to run graphene.
This is a little bit complex. Here shows the naming format.
I will post a tutorial about how ot use this system shortly.
There are too many parameters to understand, can you give detailed explanations about each parameter and provide a template for executing some program?
Thanks a lot!
The text was updated successfully, but these errors were encountered: