A wireless lighting control system comprising: a plurality of lighting devices (100A-D); a plurality of smart devices (200A-D) each having a display unit; a first lighting device of said plurality of lighting devices is configured to act as a master and to be electrically connected with a first smart device of said plurality of smart devices; and a plurality of second lighting devices (100B, 100C, 100D) of said plurality of lighting devices each configured to act as slaves and to be electrically connected with a plurality of second smart devices (200B, 200A, 200D) of said plurality of smart devices, respectively, and a server, the first smart device is configured such that a user sets groups of light devices of said plurality of second lighting devices and sets control pattern information for each group in the first smart device, the first lighting device is configured to transmit, to the plurality of second lighting devices (100B, 100C, 100D), the control pattern information according to the groups through a wireless communication scheme; wherein each control pattern information according to the groups is adapted to be set via the first smart device; wherein at least one of said plurality of second lighting units or the display unit of at least one of said plurality of second smart devices is controlled based on the control pattern information according to the corresponding group; wherein the server is configured to map identification information of each of the plurality of slave lighting devices (100B, 100C,100D), identification information of each of the second smart devices (200B, 200C, 200D) and information on seats, in which users of the second devices are positioned, to a seat layout, based on mapping request signals received from each of the second smart devices and to transmit a mapping completion signal to the first smart device, wherein each mapping request includes the corresponding identification information of the slave lighting device, the corresponding identification information of the second smart device and the corresponding seat information, wherein the first smart device further comprises a display unit which is configured to display a lighting control screen including the seat layout which allows the user of the first smart device to set the groups for lighting control while referring to the seat layout and to set the control pattern information for each group via the first smart device, wherein each second smart device (200B, 200C, 200D) further includes a capturing unit configured to scan a barcode of an admission ticket held by a user to obtain an image, and a barcode recognition program configured to determine the respective seat information from the image obtained by the capture unit. a plurality of lighting devices (100A-D); a plurality of smart devices (200A-D) each having a display unit; a first lighting device of said plurality of lighting devices is configured to act as a master and to be electrically connected with a first smart device of said plurality of smart devices; and a plurality of second lighting devices (100B, 100C, 100D) of said plurality of lighting devices each configured to act as slaves and to be electrically connected with a plurality of second smart devices (200B, 200A, 200D) of said plurality of smart devices, respectively, and a server, the first smart device is configured such that a user sets groups of light devices of said plurality of second lighting devices and sets control pattern information for each group in the first smart device, the first lighting device is configured to transmit, to the plurality of second lighting devices (100B, 100C, 100D), the control pattern information according to the groups through a wireless communication scheme; wherein each control pattern information according to the groups is adapted to be set via the first smart device; wherein at least one of said plurality of second lighting units or the display unit of at least one of said plurality of second smart devices is controlled based on the control pattern information according to the corresponding group; wherein the server is configured to map identification information of each of the plurality of slave lighting devices (100B, 100C,100D), identification information of each of the second smart devices (200B, 200C, 200D) and information on seats, in which users of the second devices are positioned, to a seat layout, based on mapping request signals received from each of the second smart devices and to transmit a mapping completion signal to the first smart device, wherein each mapping request includes the corresponding identification information of the slave lighting device, the corresponding identification information of the second smart device and the corresponding seat information, wherein the first smart device further comprises a display unit which is configured to display a lighting control screen including the seat layout which allows the user of the first smart device to set the groups for lighting control while referring to the seat layout and to set the control pattern information for each group via the first smart device, wherein each second smart device (200B, 200C, 200D) further includes a capturing unit configured to scan a barcode of an admission ticket held by a user to obtain an image, and a barcode recognition program configured to determine the respective seat information from the image obtained by the capture unit.