文件名称:firfilter_da
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分布式算法在实现乘加功能时，是通过将各输入数据的每一对应位产生的部分积预先进行相加形成相应的部分积，然后再对各个部分积累加形成最终结果的，而传统算法是等到所有乘积已经产生之后再来相加完成乘加运算的。与传统串行算法相比，分布式算法可极大地减少硬件电路的规模，提高电路的执行速度。
实现一个FIR滤波器，基于分布式算法
输入数据宽度：8位
输出数据宽度：16位
阶数：16阶
滤波器经转换后（右移16位）的特征参数为：
h[0]=h[15]=0000
h[1]=h[14]=0065
h[2]=h[13]=018F
h[3]=h[12]=035A
h[4]=h[11]=0579
h[5]=h[10]=078E
h[6]=h[9]=0935
h[7]=h[8]=0A1F
实现一个FIR滤波器，基于分布式算法
输入数据宽度：8位
输出数据宽度：16位
阶数：16阶
滤波器经转换后（右移16位）的特征参数为：
h[0]=h[15]=0000
h[1]=h[14]=0065
h[2]=h[13]=018F
h[3]=h[12]=035A
h[4]=h[11]=0579
h[5]=h[10]=078E
h[6]=h[9]=0935
h[7]=h[8]=0A1F
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下载文件列表
压缩包 : 89346502firfilter_da.rar 列表 firfilter_da\firfilter_da.qpf firfilter_da\firfilter_da.qsf firfilter_da\db\wed.wsf firfilter_da\db\firfilter_da.db_info firfilter_da\db\firfilter_da.map_bb.logdb firfilter_da\db\firfilter_da.sld_design_entry_dsc.sci firfilter_da\db\firfilter_da.pre_map.hdb firfilter_da\db\firfilter_da.pre_map.cdb firfilter_da\db\firfilter_da.cbx.xml firfilter_da\db\firfilter_da.fit.qmsg firfilter_da\db\firfilter_da.sgdiff.cdb firfilter_da\db\firfilter_da.sgdiff.hdb firfilter_da\db\firfilter_da.cmp.logdb firfilter_da\db\firfilter_da.asm.qmsg firfilter_da\db\firfilter_da.rtlv_sg.cdb firfilter_da\db\firfilter_da.cmp.cdb firfilter_da\db\firfilter_da.rtlv.hdb firfilter_da\db\firfilter_da.rtlv_sg_swap.cdb firfilter_da\db\firfilter_da.cmp.bpm firfilter_da\db\firfilter_da.map.logdb firfilter_da\db\firfilter_da.map.cdb firfilter_da\db\firfilter_da.sim.qmsg firfilter_da\db\firfilter_da.tan.qmsg firfilter_da\db\firfilter_da.map_bb.cdb firfilter_da\db\firfilter_da.map_bb.hdb firfilter_da\db\firfilter_da.map.qmsg firfilter_da\db\firfilter_da.map.hdb firfilter_da\db\firfilter_da.map.bpm firfilter_da\db\firfilter_da.cmp.ecobp firfilter_da\db\firfilter_da.cmp_bb.logdb firfilter_da\db\firfilter_da.eco.cdb firfilter_da\db\firfilter_da.cmp_bb.cdb firfilter_da\db\firfilter_da.cmp_bb.hdb firfilter_da\db\prev_cmp_firfilter_da.map.qmsg firfilter_da\db\prev_cmp_firfilter_da.fit.qmsg firfilter_da\db\firfilter_da.asm_labs.ddb firfilter_da\db\firfilter_da.signalprobe.cdb firfilter_da\db\prev_cmp_firfilter_da.asm.qmsg firfilter_da\db\prev_cmp_firfilter_da.tan.qmsg firfilter_da\db\firfilter_da.cmp.tdb firfilter_da\db\firfilter_da.sim.hdb firfilter_da\db\firfilter_da.eds_overflow firfilter_da\db\firfilter_da.cmp.hdb firfilter_da\db\firfilter_da.cmp.rdb firfilter_da\db\firfilter_da.cmp0.ddb firfilter_da\db\firfilter_da.sim.cvwf firfilter_da\db\firfilter_da.sim.rdb firfilter_da\db\firfilter_da.sld_design_entry.sci firfilter_da\db\firfilter_da.hif firfilter_da\db\firfilter_da.hier_info firfilter_da\db\firfilter_da.psp firfilter_da\db\firfilter_da.dbp firfilter_da\db\firfilter_da.pss firfilter_da\db\firfilter_da.syn_hier_info firfilter_da\db\firfilter_da.map.ecobp firfilter_da\db\firfilter_da.cmp_bb.rcf firfilter_da\db\firfilter_da.(0).cnf.cdb firfilter_da\db\firfilter_da.(0).cnf.hdb firfilter_da\firfilter_da.map.summary firfilter_da\firfilter_da.map.smsg firfilter_da\firfilter_da.pin firfilter_da\firfilter_da.fit.smsg firfilter_da\firfilter_da.fit.summary firfilter_da\firfilter_da.sof firfilter_da\firfilter_da.pof firfilter_da\firfilter_da.done firfilter_da\fir_in.salt firfilter_da\tb_fir.v.bak firfilter_da\tb_fir.v firfilter_da\work\_info firfilter_da\work\firfilter_da\_primary.vhd firfilter_da\work\firfilter_da\verilog.asm firfilter_da\work\firfilter_da\_primary.dat firfilter_da\work\tb_fir\_primary.vhd firfilter_da\work\tb_fir\verilog.asm firfilter_da\work\tb_fir\_primary.dat firfilter_da\vsim.wlf firfilter_da\fir_out.txt firfilter_da\modelsim.ini firfilter_da\firfilter_da.tan.summary firfilter_da\firfilter_da.vwf firfilter_da\firfilter_da.map.rpt firfilter_da\firfilter_da.fit.rpt firfilter_da\firfilter_da.asm.rpt firfilter_da\firfilter_da.tan.rpt firfilter_da\firfilter_da.flow.rpt firfilter_da\prev_cmp_firfilter_da.qmsg firfilter_da\firfilter_da.sim.rpt firfilter_da\firfilter_da.qws firfilter_da\firfilter_da.v.bak firfilter_da\firfilter_da.v firfilter_da\work\firfilter_da firfilter_da\work\tb_fir firfilter_da\db firfilter_da\work firfilter_da