of the register 101 as an address, a 2nd ROM table 103 for outputting the approximate value of the inverse of twice the square root of the cube of the value stored in the register 101 as 13-bit length data by using the high-order 13 bits of the register 101, a multiplier 105, and...
of the register 101 as an address, a 2nd ROM table 103 for outputting the approximate value of the inverse of twice the square root of the cube of the value stored in the register 101 as 13-bit length data by using the high-order 13 bits of the register 101, a multiplier 105, and...
of the register 101 as an address, a 2nd ROM table 103 for outputting the approximate value of the inverse of twice the square root of the cube of the value stored in the register 101 as 13-bit length data by using the high-order 13 bits of the register 101, a multiplier 105, and...
of the register 101 as an address, a 2nd ROM table 103 for outputting the approximate value of the inverse of twice the square root of the cube of the value stored in the register 101 as 13-bit length data by using the high-order 13 bits of the register 101, a multiplier 105, and...
of the register 101 as an address, a 2nd ROM table 103 for outputting the approximate value of the inverse of twice the square root of the cube of the value stored in the register 101 as 13-bit length data by using the high-order 13 bits of the register 101, a multiplier 105, and...
Starting from D4, it was possible to make reasonable predictions, even with a significantly higher approximation with respect to active learning. The random sampling test has been evaluated through calculation of the maximum RMSE and the average has been evaluated. In the first case, the range ...
Starting from D4, it was possible to make reasonable predictions, even with a significantly higher approximation with respect to active learning. The random sampling test has been evaluated through calculation of the maximum RMSE and the average has been evaluated. In the first case, the range ...