Description: ROM-based sine wave generator of the design: the use of MATLAB to obtain waveform data 64, to write the data in a ROM. Re-enter the clock, each rising edge followed by a read waveform data
- [XLJC] - State machine used to achieve serial seq
- [VHDL-ROM4] - ROM-based design of the sine wave genera
- [GaborFilter] - A very impressive Gabor Wavelet Filter p
- [TelikiErgasiaMaroulis] - an example of linked list for storage of
- [8] - The number of locks: S0 is the reset sta
File list (Check if you may need any files):
experiment_7
............\cmp_state.ini
............\db
............\..\add_sub_74i.tdf
............\..\mux_qlc.tdf
............\..\rom.cbx.xml
............\..\rom.db_info
............\..\rom.eco.cdb
............\..\rom.eds_overflow
............\..\rom.fnsim.cdb
............\..\rom.fnsim.hdb
............\..\rom.hier_info
............\..\rom.map.qmsg
............\..\rom.psp
............\..\rom.sim.hdb
............\..\rom.sim.qmsg
............\..\rom.sim.rdb
............\..\rom.sim.vwf
............\..\rom.sld_design_entry.sci
............\..\rom.sld_design_entry_dsc.sci
............\..\rom_cmp.qrpt
............\..\rom_sim.qrpt
............\rom.asm.rpt
............\rom.done
............\rom.fit.eqn
............\rom.fit.rpt
............\rom.fit.summary
............\rom.flow.rpt
............\rom.map.eqn
............\rom.map.rpt
............\rom.map.summary
............\rom.pin
............\rom.pof
............\rom.qpf
............\rom.qsf
............\rom.qws
............\rom.sim.rpt
............\rom.sof
............\rom.tan.rpt
............\rom.tan.summary
............\rom.vhd
............\rom.vwf
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