Mathematical model automotive part shape optimization using metaheuristic method-review

Synergy between AI and Optical Metasurfaces: A Critical Overview of Recent Advances

“…[11]. Other kinds of AI perform different optimizations, including those of design and production of goods, telecommunications [12] and traffic [13], sensing [14], aerospace [15] but also basically all branches of engineering [16][17][18], industry [19], customer services [20], banking and finance [21] including the stock market [22], but also cryptocurrencies and blockchain technology [23], education [24], robotics [25], military [26] and, obviously, scientific research [27]. It appears that practically no area of humanity is left entirely without AI.…”

A Comprehensive Review of Bio-Inspired Optimization Algorithms Including Applications in Microelectronics and Nanophotonics

“…As an illustration of their ubiquity, we mention here just some selected fields where their applications have been reported. They encompass various branches of engineering, including mechanical engineering (automotive [ 20 , 21 ], aerospace [ 22 ], fluid dynamics [ 23 ], thermal engineering [ 24 ], automation [ 25 ], robotics [ 26 ], mechatronics [ 27 ], MEMS [ 28 , 29 ], etc. ), electrical engineering [ 30 ] (including power engineering [ 31 ], electronics [ 32 ], microelectronics [ 33 ] and nanoelectronics [ 33 ], control engineering [ 34 ], renewable energy [ 35 ], biomedical engineering [ 36 ], telecommunications [ 36 ], signal processing [ 37 ]), geometrical optics [ 38 ], photonics [ 39 ], nanophotonics and nanoplasmonics [ 40 ], image processing [ 41 ] including pattern recognition [ 42 ], computing [ 30 ], [ 43 ], networking (computer networks [ 44 ] including Internet and Intranet [ 45 ], social networks [ 46 ], networks on a chip [ 47 ], optical networks [ 48 ], cellular (mobile) networks [ 49 ], wireless sensor networks [ 50 ], Internet of things [ 51 ], etc.…”