In the code below, the main controller sends the “acc” signal to the accumulator, which accumulates “in” on the variable "psum". Once the “acc” signal goes low, the accumulated value is supposed to be reset to zero. Fill in the blanks with the correct variables from the options (you can put the same variable in multiple blanks): [acc_done/psum/in/acc/acc_cnt/num_limit] if (acc) begin if (acc_cnt == num_limit) begin acc_done <= 1; … end else begin [Fill in the blank], <= [Fill in the blank], + 1; psum <= in + psum; end end else begin acc_done <= 0; [Fill in the blank], <= 0; end Multiple fill-in-the-blank
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Fill in the dropdown with the right value to stop the lrf_loading after loading a certain number (eg, num_limit) of data packets. if (reset) begin ready <= XX; ... end else begin if (lrf_load && ready) begin load_start <= 1; mem_rd <= 1; ready <= XX; else if (load_start) begin if (load_cnt == num_limit) begin mem_rd <= 0; acc_done <= 1; load_start <= 0 ; end else load_cnt <= load_cnt + 1; end ... end
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