• Internet Userman Tourism site 2 Access Point Access Point Router site ke-1 Router site ke-2 Tourism site 1
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    Fig 1. Research methodology




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    smartwifi-articleinjournaltech-e-sinta3-2022

    Fig 1. Research methodology 
    Figure 1 described the formation of smart 
    wifi using the NDLC framework. The use of 
    the NDLC method built a reliable network 
    quality because it was a Life Cycle. It means 
    that when something was not optimal, it 
    would be repaired again until it reached 
    optimal results 
    This study used several supporting 
    facilities, which were hardware and software 
    in order to achieve the results. As in general, 
    a network required a router as a pointer to 
    the destination network route and an access 
    point as a support for wireless media with a 
    frequency of 2.4 GHz. The software needed 
    to build smart tourism is a user manager, 
    winbox, and a radius server. 
    The user manager on Mikrotik had a 
    radius 
    server 
    that 
    provided 
    AAA 
    management services. Theywere integrated 
    with the resources of a network. Researchers 
    connected several Mikrotik routers with a 
    wide network using the user manager. The 
    user manager also managedthe user access 
    and login page which included all routers 
    connected to it. This arrangement was 
    referred to as an integrated network with one 
    another.
    Internet
    Userman
    Tourism site 2
    Access Point
    Access Point
    Router site 
    ke-1
    Router site 
    ke-2
    Tourism site 1
    Fig 2. Network system topology
    Figure 2 illustrated the network topology 
    in designing smart tourism in different 
    locations to make it easier for user devices to 
    connect to the internet. If users switched 
    sites, they could still use the same barcode or 
    account because the system has been 
    integrated into the cloud. There was a tourist 
    visitor who was connected to the access 
    point by scanning the barcode using a 

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    smartphone at site 1, then the integrated 
    router will automatically save the mac-
    address identity into the system. If tourist 
    visitors moved to site 2, there was no need to 
    scan the barcode again, just connect the same 
    smartphone to the access point. Tourist 
    visitors can get internet access easilyand 
    quickly when moving to other tourist 
    destinations because of an integrated 
    network system. The use of the wireless 
    network can already be smart when the 
    access point can automatically authenticate 
    the visitor's device even though they are in a 
    different tourist destination. It was that what 
    supports 
    tourist 
    destinations 
    to 
    be 
    smart.Several configurations were needed in 
    order to support this topology, especially on 
    Mikrotik routers. As shown in Fig 2, it had 
    been explained that the determination of 
    network routes is carried out by each router 
    using Winbox, there were several processes 
    that must be implemented on each router, 
    which are: 
    a)
    Dynamic 
    Host 
    Configuration 
    Protocol(DHCP)Client

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