A Tabu Search Optimization Approach for Semantic Web Service Composition

A Systematic Review on Firefly Algorithm: Past, Present, and Future

“…Pop et al developed a hybrid FA for semantic web service composition to determine its optimal selection of solutions [97]. Semantic similarities and QoS attributes were used as selection criterion.…”

“…he used FA to do this optimization based on local search and find it efficient. The list of various engineering application shown in table4 [83] Rigid image registration Image Processing [84] Image vector quantization Image Processing [85] Vector quantization for image compression Image Processing [86] Non-linear grayscale image enhancement Image Processing [87] Image segmentation Image Processing [88] Multilevel thresholding Image Processing [89] Multilevel image thresholding selection Image Processing [90] Cross entropy threshold Image Processing [91] Linear array antenna Antenna Designing [92] 2 ring circular array antenna Antenna Designing [93] Linear antenna designing Antenna Designing [94] Concentric ring array antenna Antenna Designing [95] Self-synchronization of robot Robotics [96] Industrial robots Robotics [97] Optimal semantic web service composition Semantic Web [98] Wireless sensor networks Wireless Network [99] Support vector machine Business Optimization [100] Financial portfolio optimization Business Optimization [101] Co-variance matrix adaptation Chemical Engineering [102] Tower structures Civil Engineering [103] Optimum design of structures Civil Engineering [104] Optimum design of trusses Civil Engineering [105] Precipitation field Meteorology Optimization [106] Economic emissions load dispatch problem Industry Optimization [107] Non-convex economic dispatch problems Industry Optimization [108] Steel slabs Casting Industry Optimization [109] Ring array antenna Industry Optimization [110] Simulated manufacturing process Industry Optimization [111] Unit commitment Industry Optimization [112] Demand response scheduling Industry Optimization [113] Train's energy saving Industry Optimization…”

An Evolutionary Discrete Firefly Algorithm with Novel Operators for Solving the Vehicle Routing Problem with Time Windows

“…Regarding the application fields in which the FA has proven to be effective, we can list the image processing [39], the antena design [40], civil engineering [41], robotics [42], semantic web [43], chemistry [44], and metereology [45].…”

A Multi-Agent System for the Composition of Semantic Web Services Based on Complexity Functions and Learning Algorithms

“…The non-zero values of the noApp function, which we need, are the following (see (8) The Semantic Web Services Library is presented in Table 3: The three semantic web services that offer flight reservation have the same semantic description, which is represented in (9). The semantic description of the semantic web service that offers hotel reservations is represented in (10). The two semantic web services that offer car reservations have the same semantic description, which is represented in (11).…”

“…One of the main topics in this area is the composition of semantic web services, the main goal being to obtain new semantic web services by composing existing ones. In [1] the we propose the following classes of semantic web services composition methods: semi-automatic composition (see [2]), AI planning (see [3][4] [5]), agents and multiagent systems (see [6] [7]), logic languages and rules (see [8] [9]), and bio-inspired methods (see [10] [11]). One of the main conclusions of our analysis presented in [1] is that most of the semantic web services composition methods are automatic methods.…”