GitHub - ayseidman/FPGA_Autonomous_Testing: This repository shows our implementation of testing a combinational circuit consisting two 74HC153N module by using autonomous LFRSs to create a random test vector, and to build a signature generator.

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 6 Commits
_ngo		_ngo
_xmsgs		_xmsgs
ipcore_dir		ipcore_dir
iseconfig		iseconfig
isim.tmp_save		isim.tmp_save
results		results
templates		templates
vdxvsfd_xdb/tmp		vdxvsfd_xdb/tmp
xlnx_auto_0_xdb		xlnx_auto_0_xdb
xst/work		xst/work
.lso		.lso
74HC153N.vhd		74HC153N.vhd
ALU.jhd		ALU.jhd
ALU_v5.jhd		ALU_v5.jhd
Adder_8bits.jhd		Adder_8bits.jhd
ButtonDebouncer.vhd		ButtonDebouncer.vhd
CI.jhd		CI.jhd
CPU.jhd		CPU.jhd
CPU_v1.jhd		CPU_v1.jhd
CPU_v5.jhd		CPU_v5.jhd
Comparator.spl		Comparator.spl
Comparator.vhd		Comparator.vhd
Comparator_TB.vhd		Comparator_TB.vhd
Comparator_summary.html		Comparator_summary.html
CompressionCounter.vhd		CompressionCounter.vhd
CompressionCounter_TB.vhd		CompressionCounter_TB.vhd
CompressionCounter_summary.html		CompressionCounter_summary.html
Controller.prj		Controller.prj
Controller.stx		Controller.stx
Controller.vhd		Controller.vhd
Controller.xst		Controller.xst
Controller_TB.vhd		Controller_TB.vhd
Controller_TB_vhd_stx.prj		Controller_TB_vhd_stx.prj
Controller_summary.html		Controller_summary.html
Controller_vhdl.prj		Controller_vhdl.prj
Counter.asy		Counter.asy
Counter.sym		Counter.sym
Counter.v		Counter.v
Counter.veo		Counter.veo
Counter.vhd		Counter.vhd
Counter.vho		Counter.vho
Counter.xco		Counter.xco
Counter_TB.vhd		Counter_TB.vhd
Counter_flist.txt		Counter_flist.txt
Counter_readme.txt		Counter_readme.txt
Counter_summary.html		Counter_summary.html
Counter_xmdf.tcl		Counter_xmdf.tcl
DTSD_LabWork2.gise		DTSD_LabWork2.gise
DTSD_LabWork2.ise_ISE_Backup		DTSD_LabWork2.ise_ISE_Backup
DTSD_LabWork2.ntrc_log		DTSD_LabWork2.ntrc_log
DTSD_LabWork2.restore		DTSD_LabWork2.restore
DTSD_LabWork2.xise		DTSD_LabWork2.xise
DTSD_LabWork2_ise12migration.zip		DTSD_LabWork2_ise12migration.zip
FGPA_IMPLEMENT.bld		FGPA_IMPLEMENT.bld
FGPA_IMPLEMENT.cel		FGPA_IMPLEMENT.cel
FGPA_IMPLEMENT.cmd_log		FGPA_IMPLEMENT.cmd_log
FGPA_IMPLEMENT.lso		FGPA_IMPLEMENT.lso
FGPA_IMPLEMENT.ncd		FGPA_IMPLEMENT.ncd
FGPA_IMPLEMENT.ngc		FGPA_IMPLEMENT.ngc
FGPA_IMPLEMENT.ngd		FGPA_IMPLEMENT.ngd
FGPA_IMPLEMENT.ngr		FGPA_IMPLEMENT.ngr
FGPA_IMPLEMENT.pad		FGPA_IMPLEMENT.pad
FGPA_IMPLEMENT.par		FGPA_IMPLEMENT.par
FGPA_IMPLEMENT.pcf		FGPA_IMPLEMENT.pcf
FGPA_IMPLEMENT.prj		FGPA_IMPLEMENT.prj
FGPA_IMPLEMENT.ptwx		FGPA_IMPLEMENT.ptwx
FGPA_IMPLEMENT.stx		FGPA_IMPLEMENT.stx
FGPA_IMPLEMENT.syr		FGPA_IMPLEMENT.syr
FGPA_IMPLEMENT.ucf		FGPA_IMPLEMENT.ucf
FGPA_IMPLEMENT.unroutes		FGPA_IMPLEMENT.unroutes
FGPA_IMPLEMENT.ut		FGPA_IMPLEMENT.ut
FGPA_IMPLEMENT.vhd		FGPA_IMPLEMENT.vhd
FGPA_IMPLEMENT.xpi		FGPA_IMPLEMENT.xpi
FGPA_IMPLEMENT.xst		FGPA_IMPLEMENT.xst
FGPA_IMPLEMENT_bitgen.xwbt		FGPA_IMPLEMENT_bitgen.xwbt
FGPA_IMPLEMENT_envsettings.html		FGPA_IMPLEMENT_envsettings.html
FGPA_IMPLEMENT_guide.ncd		FGPA_IMPLEMENT_guide.ncd
FGPA_IMPLEMENT_map.map		FGPA_IMPLEMENT_map.map
FGPA_IMPLEMENT_map.mrp		FGPA_IMPLEMENT_map.mrp
FGPA_IMPLEMENT_map.ncd		FGPA_IMPLEMENT_map.ncd
FGPA_IMPLEMENT_map.ngm		FGPA_IMPLEMENT_map.ngm
FGPA_IMPLEMENT_map.xrpt		FGPA_IMPLEMENT_map.xrpt
FGPA_IMPLEMENT_ngdbuild.xrpt		FGPA_IMPLEMENT_ngdbuild.xrpt
FGPA_IMPLEMENT_pad.csv		FGPA_IMPLEMENT_pad.csv
FGPA_IMPLEMENT_pad.txt		FGPA_IMPLEMENT_pad.txt
FGPA_IMPLEMENT_par.xrpt		FGPA_IMPLEMENT_par.xrpt
FGPA_IMPLEMENT_prev_built.ngd		FGPA_IMPLEMENT_prev_built.ngd
FGPA_IMPLEMENT_summary.html		FGPA_IMPLEMENT_summary.html
FGPA_IMPLEMENT_summary.xml		FGPA_IMPLEMENT_summary.xml
FGPA_IMPLEMENT_usage.xml		FGPA_IMPLEMENT_usage.xml
FGPA_IMPLEMENT_vhdl.prj		FGPA_IMPLEMENT_vhdl.prj
FGPA_IMPLEMENT_xst.xrpt		FGPA_IMPLEMENT_xst.xrpt
FR.jhd		FR.jhd
IR.jhd		IR.jhd
LFSR.ngc		LFSR.ngc
LFSR.ngr		LFSR.ngr
LFSR.prj		LFSR.prj
LFSR.stx		LFSR.stx
LFSR.vhd		LFSR.vhd
LFSR.xst		LFSR.xst

About

This repository shows our implementation of testing a combinational circuit consisting two 74HC153N module by using autonomous LFRSs to create a random test vector, and to build a signature generator.