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Table 2 Costs of various field operations for elliptic curves over binary fields in affine coordinates

From: Efficient scalar multiplication of ECC using SMBR and fast septuple formula for IoT

Operation Propose Cost Operation Propose Cost
\(P + Q\)   \(1[i] + 1[s] + 2[m]\) \({4}P + Q\) [17] \({2}[i] + {6}[s] + {10}[m]\)
\(2P\)   \(1[i] + 1[s] + 2[m]\) \({4}P + Q\) [10] \(3[i] + {3}[s] + {5}[m]\)
\(2P + Q\) [17] \(1[i] + {2}[s] + {9}[m]\) \(5P\) [11] \(1[i] + {5}[s] + {13}[m]\)
\(3P\) [17] \(1[i] + {4}[s] + {7}[m]\) \(7P\) [20] \({3}[i] + {7}[s] + {18}[m]\)
\({3}P + Q\) [17] \({2}[i] + {3}[s] + {9}[m]\) \(7P\) [21] \({2}[i] + {7}[s] + {14}[m]\)
\({4}P\) [17] \(1[i] + {5}[s] + {8}[m]\) \(7P\) [21] \({1}[i] + {6}[s] + {20}[m]\)
\({4}P\) [10] \(2[i] + {3}[s] + {3}[m]\) \(7P\) This paper \(1[i] + {7}[s] + {16}[m]\)