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ReadMe.txt
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（Original version - F:\2 Work\2 Mosaic_TCAD\Mosaic 2\Mosaic 2_02）
Mosaic flow of V2.2
1 Parse the blif file: blifParser.m
2 Rank the stage of the singals: stageRanker.m
3 reorder the signals by their stages: sigReorder.m
4 rewrite lib file by replacing the signal name with their order: libRewrite.m
5 Map the circuit to xbar: xbarMapper.m
6 Propagate the signal probility to be 1: sigProp.m
7 Estimate the performance: perfEstimator.m
Mosaic flow
1 Parse the blif file: blifParser.m
2 Rank the stage of the singals: stageRanker.m
3 Map the circuit to xbar: xbarMapper.m
4 Estimate the performance: perfEstimator.m
1: blifParser
Parse the blif file and generate the intermediate files
input:
.blif
output:
.si: signal names of each lut; names of signals are renamed by a number
.sa: singal name
.su: number of inputs, outputs and intermediate signals
.so: signal output types
.sn: number of signals of each lut including its input and output
.mi: number of minterms of each lut
.lib: the mapping matrix of each lut; it has been transformed to the format which can be directly mapped in xbar
# read the inputs
# process blif file during the following phases:
0: process input signals
1: process output signals
2: process luts signals
3: process luts table
2: stageRanker
rank the signals to a specific stage
input:
.si: signal names of each lut; names of signals are renamed by a number
.su: number of inputs, outputs and intermediate signals
output:
.ss: the stage number of each signal
3: xbarMapper/NoOpt.m
map the luts onto the xbar with or without optimization
input:
.lib
.ss
.su
.so
.mi
output:
.xl: xbar layout of the complete mapping
.st: statistics
.png: mosaic graph
4: perfEstimater/perfEstimater_NoOpt.m
Estimate the performance of the design with or without optimization
input:
.ss
.mi
.st
.si
output:
.pe
5: cmos ctrl verilog and testbench generator
ctrl_vlog_OPT/NOPT.m
script used generate the CMOS controllers with / without optimization
tb_ctrl_vlog/_NOPT.m /
Template to generate the control logic for Mon-OP in SEQ mode
for optimized and non-optimized versions.
They dont need any input from the xbar. They are generated only based on the stage number.
We can link it to the stage number.
---------------
Auxilary files
---------------
example_netlist_template_BK4B_maxAM.m
script used to generate a spice netlist based on a template
---------------
PLUM - FPGA
---------------
extract_vpr_log - Copy.m
Script to extract information from vpr route logs
gen_run_abc.m
Template to generate run.do for ABC Synthesis
lutLibGen.m
Generate the lut lib for abc
PLUM_gen_clb_area_delay.m
Generate the area of each arch and tech