Experimental result of our BISR work

Citation Author(s):
Sabyasachee
Banerjee
Submitted by:
SABYASACHEE BANERJEE
Last updated:
Wed, 10/07/2020 - 06:51
DOI:
10.21227/4s49-wk50
Data Format:
License:
16 Views
Categories:
Keywords:
0
0 ratings - Please login to submit your rating.

Abstract 

experimental data

Instructions: 

i)

d695-u226 folders are benchmark name. It consists one C Source Code "Scheduling_Conected_Component.c" if it is executed it generates the scheduling result in out_<no. of cores>_<power threshold>_(new)read.txt, then using it the program also genrates the placement result in the file <No. of layers>_lyr.txt.

 

read.flp----> floorplan file

 

read.pwr----> power profile for cores

 

 

ii)[12]_compare 

 

this folder consists the scheduling result of the earlier work by Hou et al. [1]. Here the memory configurations used for each of the benchmarks is same as d695-u226

 

[1] C.-S. Hou and J.-F. Li, “Allocation of RAM built-in self-repair circuits for SOC dies of 3D ICs,” in Proc. IEEE 31st VLSI Test Symposium (VTS), 2013, pp. 1–6.

 

iii)Compare_Rest_9_time

 

this floder consists the rest nine comperative result with [1]. Here [12]_<no. of cores>_<power threshold>_(new)read.txt presents the schedling result done by Hou et al. and out_<no. of cores>_<power threshold>_(new)read.txt presents the schedling result done by us.

 

run.c executes the proposed.c's executable (our method) and [12].c's exectable (Hou et al.'s method)