-
-
...se(SHIFT_Ctrl) is
when "1000" => SHIFTOUT <= SHIFTINPUT(7 downto 0)&SHIFTINPUT(15 downto 8);-- ROR8
when "1001" => SHIFTOUT <= SHIFTINPUT(3 downto 0)&SHIFTINPUT(15 downto 4);-- ROR4
when "1010" => SHIFTOUT <= SHIFTINPUT(7 downto 0) & "00000000"; -- SLL8
when others ...
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-
...sp;  output s,c;
   assign s=x^y;
   assign c=x&y;
endmodule // half adder
// fpga4student.com: FPGA projects, Verilog projects, VHDL projects
// Verilog project: Verilog code for N-bit Adder
// Verilog code for full adder
module full_adder(x,y,c_in,s,c_out);
&...
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...; %Finding the maximum power of the array[row1,cumn1]=find(Ppv1<=Pmax1 & Ppv1>=Pmax1);V_max1=Va1(row1,cumn1);I_max1=Ipv1(row1,cumn1);%%%----- PV_2 -----------------------Tcell2 = input(3);%33; %Ambient cell temperature (degrees celcius)G2 = input(4);%850;%Solar Irradiation (W/m2)Voc2 = 43....
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-
...          ALU_ADD <= ('0' & A )+ ('0'& B); 
                ALU_Result <= A + B; 
           when "001...
-
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...%Finding the maximum power of the array
[row1,cumn1]=find(Ppv1<=Pmax1 & Ppv1>=Pmax1);
V_max1=Va1(row1,cumn1);
I_max1=Ipv1(row1,cumn1);
%%%----- PV_2 -----------------------
Tcell2 = input(3);%33; %Ambient cell temperature (degrees celcius)
G2 = input(4);%850;%Solar Irradiation (W...
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...ADD: ABUS + BBUS -> RESULT1. SUB: ABUS - BBUS -> RESULT2. AND: ABUS & BBUS -> RESULT3. OR: ABUS | BBUS -> RESULT4. XOR: ABUS ^ BBUS -> RESULT5. NOT: ~ABUS -> RESULT6. MOV: ABUS -> RESULT7. NOP: No Operation8. ROR8: RESULT<= SHIFTINPUT(7 downto 0)&SHIFTINPUT(15 downto ...
-
-
...2)
  count_delay <=count_delay + 1;
  if((count_delay == 9)&&RED_count_en)
  begin
   delay10s=1;
   delay3s1=0;
   delay3s2=0;
   count_delay<=0;
  end
  else if((count_delay == 2)&&YELLOW_count_en1)
...
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...展示一段源码：
1. var compatible = (document.getElementsByTagName && document.createElement);
2.
3. if (compatible)
4. document.write('<link rel="stylesheet" href="navstyles.css" />')
5.
6. function initNavigation() {
7. var lists = document.getElementsByTagName('ul')...
-
-
...");
GotoXY(0,1);
Print("Time: ");
while(1)
{
DS1302_GetTime(&CurrentTime);
TimeToStr(&CurrentTime);
GotoXY(6,1);
Print(CurrentTime.TimeString);
Delay1ms(400);
}
}
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-
...。基于如下论文实现：Vatani, M., Alkaran, D. S., Sanjari, M. J., & Gharehpetian, G. B. (2016). Multiple distributed generation units allocation in the distribution network for loss reduction based on a combination of analytical and genetic algorithm methods. IET Generation, Transmission...
