Research Article

A Multiswarm Intelligence Algorithm for Expensive Bound Constrained Optimization Problems

Table 2

The experimental results of (a) MSIA, (b) ACO, and (c) FA for CEC′13 benchmark functions in 10 dimensions [54].

ProblemOptimumBestAverageStandard deviationMaximumAlgorithms

−1400–1.40000000e + 003–1.28813052e + 0033.83901313e + 0022.67500831e + 003a
–1.40000000e + 003–1.15749008e + 0031.07195386e + 0034.55466927e + 003b
–1.40000000e + 003–1.39443074e + 0031.05911384e + 0021.33204120e + 003c

–1300–1.30000000e + 0031.00558869e + 0023.34248688e + 0031.01984633e + 003a
–1.31053585e + 0031.20311183e + 0023.71650087e + 0031.50229253e + 003b
–1.30240122e + 0031.00650874e + 0013.34011105e + 0021.03514064e + 003c

–1200–1.20000000e + 0031.84411229e + 0036.23354197e + 0039.99110936e + 004a
–1.31510766e + 0022.31193243e + 0046.50115943e + 0032.48403247e + 005b
–1.29995459e + 0031.18540350e + 0031.61050797e + 0037.63499302e + 004c

–1100–1.10000000e + 0031.12780473e + 0036.26400664e − 0031.16009458e + 003a
4.11467285e + 0041.11467285e + 0042.47506343e + 54.11467285e + 004b
–1.10000000e + 0031.65098334e + 0031.45403194e + 0031.86066330e + 004c

–1000–1.00000000e + 0031.65169743e + 0036.32203970e + 0031.14679794e + 005a
–1.00000000e + 003–8.90435476e + 0025.25039922e + 0023.99696948e + 003b
–1.00000000e + 003–9.99017949e + 0021.99880005e + 001–4.21267907e + 002c

–900–1.40000000e + 0031.74778253e + 0035.98501382e + 0031.07202661e + 005a
–8.94435996e + 002–8.72043240e + 0029.43596267e + 001–4.29479950e + 001b
–8.99971565e + 002–8.99359770e + 0026.00877221e + 000–7.22793586e + 002c

–800–1.40000000e + 0031.74757754e + 0036.32949555e + 0031.06572975e + 005a
–7.99256478e + 002–7.53886898e + 0026.62008126e + 001–4.39710456e + 002b
–8.00000000e + 002–7.99490674e + 0026.06214778e + 000–6.93335202e + 002c

–700–1.40000000e + 0031.77042499e + 0036.21341629e + 0031.10342739e + 005a
–1.40000000e + 003–1.17255767e + 0031.00591243e + 0035.03660790e + 003b
–1.40000000e + 003–1.39333836e + 0031.37246794e + 0022.48848299e + 003c

–600–1.40000000e + 0031.63539741e + 0035.79958004e + 0031.02497124e + 005a
–6.79760366e + 002–6.79685333e + 0023.41686898e − 002–6.79222141e + 002b
–6.79892570e + 002–6.79846262e + 0024.32771150e − 002–6.79577360e + 002c

–500–1.40000000e + 0031.81847280e + 0036.63718254e + 0031.02569292e + 005a
–5.92651099e + 002–5.91792871e + 0023.09488316e − 001–5.88815678e + 002b
–5.99358333e + 002–5.99287888e + 0023.50839046e − 001–5.91626684e + 002c

–400–1.40000000e + 0031.82639194e + 0036.40390942e + 0039.39110015e + 004a
–4.99597235e + 002–4.18769343e + 0022.03331451e + 0023.02821266e + 002b
–4.99953263e + 002–4.99163416e + 0021.17780480e + 001–1.66277831e + 002c

–300–1.40000000e + 0032.04024682e + 0036.43914792e + 0031.08141375e + 005a
–3.74840231e + 002–3.59247046e + 0021.98618374e + 001–2.62805243e + 002b
–4.00000000e + 002–3.99487961e + 0024.70209205e + 000–3.18882349e + 002c

–200–1.40000000e + 0031.61912036e + 0035.97109732e + 009.13305274e + 004a
–2.81939856e + 002–2.60638895e + 0022.09195180e + 001–1.65501622e + 002b
–2.96020164e + 002–2.95516805e + 0024.98604369e + 000–1.99035788e + 002c

–100–1.41000000e + 003–1.38285100e + 0031.26343726e + 0022.37763536e + 003a
–1.80661472e + 002–1.53623927e + 0022.15069087e + 001–9.27553100e + 000b
–1.99005041e + 002–1.98527872e + 0024.31448924e + 000–1.04821070e + 002c