The requisite access speed on a network is the main thing in the switchover of information. The IP-based network uses a client-server approach that provides a sufficient high delay because of the ...requested information placed on the server, which is considered less effective. One of the solutions to overcome this issue is to use the NDN architecture. The NDN architecture can responses the client request through the closest node without requesting the information from the server because the NDN node can save the data in the Content Store (CS). Another factor that can affect the service quality of the NDN network is the cache replacement strategy. Some of the common strategies used are Last Recently Used (LRU) and First In First Out (FIFO). We conduct a study on the effect of changing the CS size toward the LRU and FIFO cache replacements on the NDN network by using a Mini-NDN. This study will evaluate the impact of changing the CS sizes toward the cache replacements used. In this work, each customer periodically sends the interest packets to the producer with the same amount using a traffic generator. The results of the data processing obtained are increasing the CS size, the average roundtrip time will decrease. And also, the lower the CS size, LRU is more effective than FIFO.
Since early 2020, the world has been experiencing the impact of the Coronavirus Disease 2019 (COVID-19) pandemic. It has spread out to more than 200 countries including Indonesia. As of July 6, 2020, ...in Indonesia the number of people confirmed with COVID-19 was 64,958 people with 3,241 people declared dead. The spread of COVID-19 in Indonesia has occurred in various places, such as markets, stations, terminals, and worship places. The emergence of new government policy, namely the Adaptation of New Habits (New Normal), which aims to keep people productive and safe from COVID-19 during the pandemic, can backlash against people's productivity. Therefore, a solution in the form of Integrated COVID-19 Early Prevention Devices (INCEPS) in preventing the spread of COVID-19 at public area is proposed with artificial intelligence-based smart-gate and website integration. Here, the implementation of the proposed solution is in the form of smart gate design integrated with the INCEPS website to monitor community density in various places and to provide reminders for the public to more adhere in health protocols recommended by the government.
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