Hotspot Network Research Articles

Discussion on the Communication Strategy of Chinese Stories in the Context of New Media

With the continuous and comprehensive improvement of Chinas national strength in recent years, its position in the international arena has become increasingly important. In order to let the world see a more authentic and comprehensive image of China, strengthen its cultural self-confidence and improve international discourse, it is necessary to tell Chinese stories well and spread Chinese voices; this dissemination of Chinese stories is an important task for building capacity in Chinas current international communications. In the new media era, Chinas literary dissemination is facing major opportunities and severe challenges. Moreover, the construction of content should focus on showing the current style, accommodating global emotions and highlighting national feelings. Furthermore, it must make full use of the advantages of new media to broaden communication channels through media integration, using network hotspots to create phenomenal propagation effects. Additionally, this content should unite the forces of multiple subjects to reshape the pattern of Chinese story communication and excavate excellent traditional culture to promote the innovative production of Chinese story content. Finally, media technology should be used to enrich the forms of communication and media literacy should be strengthened through talent-building.

Analysis of Internet Network Quality of Service (QoS) on ULM Hotspot at Universitas Lambung Mangkurat Banjarmasin

With the internet, the technique of having information or records will become quicker and extra efficient. present day college students are very dependent on the internet in phrases of gaining knowledge of, doing assignments, accumulating assignments, even within the studying method using the internet. the present facility at Lambung Mangkurat university is ULM HOTSPOT to facilitate college students to get entry to the internet without cost, however at certain times ULM HOTSPOT regularly decreases its network speed. The intention of the research became to analyze the quality of the ULM HOTSPOT network in five faculties of Lambung Mangkurat university, Banjarmasin, specifically the faculty of Engineering ULM, faculty of Eco- nomics and business ULM (FEB ULM), faculty of teacher training and education ULM (FKIP ULM), faculty of Social and Political Sciences ULM (FISIP ULM), in addition to the ULM faculty of law, by using searching out parameter calculations for quality of provider, particularly Throughput, Jitter, delay, and Packet Loss primarily based on TIHPON standardization and in order to be able to discover what factors impact the parameter values of quality of service. The research turned into accomplished by collecting parameter data from quality of service using the network Protocol Analyzer software, specifically Wireshark in five faculties of Lambung Mangkurat university, Banjarmasin through getting access to the ULM HOTSPOT network in each faculty and establishing Simari, Gmeet, and Zoom as substances for accumulating quality of service parameter records. . The outcomes of this observe obtained a quality of service rating based on standards from TIHPON, faculty of Engineering with a rating of 2.75 (Unsatisfactory), FEB-ULM with a rating of 3 (excellent), FKIP-ULM with a value of 2.75 (Unsatisfactory), FISIP-ULM with a value of 3 (excellent), and the faculty of law with a value of 3 (excellent). The factors that have an effect on the decrease within the quality of service rating based on the ULM HOTSPOT internet network consumer capability exceeds the limit.

IMPLEMENTASI QUALITY OF SERVICE (QoS) DENGAN SISTEM WIFI HOTSPOT VOUCHER PADA JARINGAN MENGGUNAKAN MIKROTIK

Wifi Hotspot is a place or area to access the internet where there is a device, namely an Access Point, which functions to provide internet network services. Before the user can access the hotspot network, the user must first input the voucher code code in order to enjoy the hotspot service. The hotspot service provided by the provider also does not share bandwidth, so if many users enter the hotspot network, the network is most likely unstable due to the absence of bandwidth management. From these problems the author wants to apply hotspot voucher service and schedule time. The application of this hotspot voucher is different from the vouchers provided by the provider. So that users can use this hotspot voucher comfortably. The application of schedule time serves to set the time schedule in accessing internet services. The author developed the waterfall development method because the stages in the waterfall development method such as the requirements, design, implementation, testing, deployment and maintenance stages are most suitable for use in this study. From several stages that have been carried out, the application of hotspot vouchers and schedule time is running well, and the internet network is not slow because of the distribution of bandwidth evenly.

Designing A Web-Based Mikrotik Hotspot Server Monitoring Application

This research was conducted to build a hotspot network server monitoring system and implement a hotspot network server management system and hotspot network users. In this study using the Experiment research method. In this study, a web-based proxy hotspot server monitoring application was designed. The results of the experiment are then documented to analyze so that the right recommendations are produced for designing a web-based proxy hotspot server monitoring application. From the results of this analysis, conclusions will be drawn about the benefits, functions and advantages of the system that has been built. The results of this study indicate that the web-based proxy hotspot server monitoring application can be applied to hotspot servers on proxy routers, where the test results show that the application can monitor users with the results there is 1 user who is active using user1 login and getting IP address 10.5.50.253 with an uptime of 1 minute 49 seconds. This application will display all users who are using the hotspot network, where the number of users displayed will adjust how many users are currently connected. The hotspot server monitoring application can also monitor the amount of download (RX) traffic of 14.04 MB and upload (TX) of 2.43 MB on the ether1 interface and the amount of download (RX) traffic of 2.44 MB and upload (TX) of 14.47 MB on the ether2 interface. The amount of this traffic depends on the use of the hotspot network by users in the hotspot network. In addition, this application can also monitor hotspot server logs by displaying activities that are happening on the proxy router such as login request activities, IP address requests, login attempts by users and others. This application can also be used for hotspot user management where test results show the application can add and also delete users who can connect to the hotspot network.

Real-time [formula omitted] detection kit for hydrogen fuel cell

Among hydrogen technologies, a proton exchange membrane fuel cell (PEMFC) is known as an efficient device using hydrogen as the fuel. Although different real-time fault-diagnosis methods are available (i.e., voltage-based or electrochemical-based), the problem with these methods is their dependency on being directly connected to a computer, higher costs, lower security, and the need to perform the tests in a laboratory. The focus and the solution of this study are to propose a novel design of printed circuit board (PCB) that enables the implementation of the required sensors to detect/measure the operational parameters/contamination of PEMFC. The communication of the considered PCB will be with a server without direct contact through the Internet of Things (IoT). A specified computer. exe file has also been developed to directly connect to a personalized network hotspot (to increase security) and enable the wireless communication of the sensor and the computer. The outputs of this study can be considered a novel fault diagnosis kit that measures H2S wirelessly using IoT. To verify the result 11 ppm and 12 ppm of H2S was injected into the system, the IoT kit's measured data is compared with the experiments. The results comparison validated the suitability of the system.

Rancang Bangun Sistem Autentikasi Hotspot Berbasis Radius Server Menggunakan Mikrotik Pada Sekolah Menengah Kejuruan Negeri 5 Luwu

This study aims to design and build a hotspot network system using userman and proxy server radius at SMK Negeri 5 Luwu to solve problems because users are not limited in using devices to make internet connections in the school environment. Radius servers run a centralized user administration system. This system will certainly simplify the task of an administrator. With this system, users can use hotspots in different places by authenticating to the radius server. This research was conducted at SMK Negeri 5 Luwu. The research method used in this study is Network Development Life Cycle (NDLC). Data collection methods consisting of direct observation methods to the research location, interviews with one of the operators as well as network operators / administrators in the school, literature studies. Testing was conducted using browser, CMD and Speedtest. The results of research with the hotspto using userman and radius server using the same user as the password in user authentication management to improve network security have been successfully implemented internet networks in schools to improve network security, so it is very helpful for network providers in managing and monitoring all users connected to their networks.

IoT based sensor network clustering for intelligent transportation system using meta‐heuristic algorithm

SummaryInternet of Things (IoT) based sensor networks have been established as a pillar in intelligent communication systems for efficiently handling roadside congestion and accidents. These IoT networks sense, collect, and process data on a real‐time basis. However, IoT based sensor network clustering has various energy constraints such as inefficient routing due to long‐haul transmission, hot spot problem, network overhead, and unstable network whenever deployed along with the roadside that affect their architecture. In such networks, clustering techniques play a crucial role in extending the lifespan and optimizing the routes by integrating sensor devices through clusters. Therefore, a meta‐heuristic algorithm for clustering in IoT sensor networks for an intelligent transportation system is proposed. In this work, the seagull optimization algorithm is applied for clustering by considering residual and average energy, node spacing, and distance fitness parameters. Moreover, this work also considers the dynamic communication range of the cluster heads for increasing the stability period and lifetime of the proposed networks. The experiment results demonstrate that the proposed Seagull optimization algorithm for clustering in IoT networks (SOAC‐IoTNs) and Seagull optimization algorithm for clustering in IoT networks with dynamic communication range (SOAC‐IoTNs‐DR) achieve a significant increase in the stability period and network lifetime, with percentage increments of 55.68% and 71.47%, and 10.03% and 88.66% respectively, compared to the existing optimized genetic algorithm for cluster head selection with single static sink (OptiGACHS‐StSS).

Network Screening on Low-Volume Roads Using Risk Factors

This paper proposes a new method for network screening on rural low-volume roads. These roads are important as they provide critical access to agricultural land and tourist attractions. Most low-volume roads belong to the lowest functional class (local rural roads) and thus are built to lower design standards. Conventional hot spot network screening techniques may not be appropriate for low-volume roads due to the sporadic nature of crashes occurring on these roads. Conversely, sophisticated network screening approaches require extensive roadway and traffic data that are often unavailable to local agencies due to a lack of resources, and/or a lack of technical expertise. This research attempts to address these obstacles to low-volume road network screening which aims to identify candidate sites for safety improvements. The research used an extensive low-volume road sample from the state of Oregon and Empirical Bayes expected number of crashes in developing the proposed models for network screening. The proposed models do not require exact measurements of roadway geometric features as all geometric variables were classified into categories that are easy to compile by local agencies. Further, the method could be used with and without traffic data, without compromising the effectiveness of the network screening process.

Urban Network Hotspot Consumption Space Evolution Mechanism and Crowd Differentiation Analysis: A Case Study of Lushan South Road in Changsha City

With the prosperity of the tourism industry, foreign tourists and local university students have become the main users of the university town space. The two groups have a high degree of behavioral overlap but differ in motivation due to different psychological needs. Research on urban network hotspot space needs more exploration of small-scale road sections and coverage of spatial boundary perception, social media, and other factors in space formation and evolution mechanisms. Therefore, this study will take the consumption space with the strongest interweaving of the two groups as the starting point to explore the countermeasures for spatial boundary perception with the theoretical support of scene theory. It was found that various factors such as social media, tourist experience-oriented consumption psychology, and the perception of spatial boundaries by both tourists and students influenced the drastic change in urban hotspot consumption space. This study provides some reference for understanding and guiding the development of such areas.

Sistem Pembatasan Jaringan Internet Wi-Fi berbasis Voucher menggunakan Perangkat MikroTik

The high mobility in this information technology era has led many people to use wireless (Wi-Fi) internet access media instead of wired media. Devices such as laptops, tablets, PCs, and gadgets are inseparable from wireless technology. This study aims to limit Wi-Fi users and improve the efficiency and performance of the hotspot network. This study implements a voucher system using MikroTik devices and AAA (Authentication, Authorization, and Accounting) functions. The research development method uses a waterfall model consisting of 5 stages: requirements analysis, topology design, system implementation, performance testing, and maintenance. Data collection techniques involve direct observation of hotspot users who use vouchers, recording data on voucher duration, the number of users, and usage time. The collected data is analyzed quantitatively to evaluate the efficiency and performance of the voucher system and to gain insights into user experiences. The research results show successful implementation with 1, 3, 5, 8, 15, and 20 users using vouchers for 30-, 60-, and 120 minutes during morning, afternoon, and evening testing periods. Based on the testing and data analysis, this voucher-based Wi-Fi user restriction system successfully improves the efficiency of the Wi-Fi hotspot network by reducing the risk of illegal access and data theft.

IMPLEMENTATION OF RT / RW NET HOTSPOT NETWORK WITH MIKROTIK-BASED VOUCHER SYSTEM AT UNITEX BOGOR HOUSING

Technological developments are currently growing very rapidly, especially the use of computer networks. The use of the internet is increasing because it makes it easier for everyone to dig up existing information from the internet world, internet access has become a basic need for society. One effective way to provide internet access to the public is through the RT/RW Net network. However, there are still several obstacles in managing the RT/RW Net network in the Unitex housing complex in Bogor City, such as use that is not well controlled, many users who are not interested and do not have the right to use hotspot facilities by knowing the password for the Wi-Fi network in the housing complex. Unitex. To overcome these obstacles, the author proposes implementing an RT/RW Net network with a MikroTik-based voucher system. MikroTik is a network device that has reliable routing, switching and wireless capabilities. By utilizing MikroTik, RT/RW Net network managers can better manage and control internet access for users. By implementing the hotspot voucher login web page system provided by the Hotspot Server on the Mikrotik Router, to provide authentication features for users who will use the Hotspot/Wi-Fi network. So registered users are required to enter their username and password on the web login page provided by Mikrotik to be able to access the internet via the RT/RW Net Hotspot network. The research methods used in this research are observation, questionnaires, and literature studies, as well as the Network Development Life Cycle (NDLC) Method which is used to analyze needs in implementing the Rt/Rw Net Hotspot Network in the Unitex housing complex in the city of Bogor

Predictive Path Planning of Multiple UAVs for Effective Network Hotspot Coverage

Predictive Path Planning of Multiple UAVs for Effective Network Hotspot Coverage

User And Bandwidth Management Using Mikrotik Hotspot At State Vocational School 5 Waingapu

The use of the internet in schools is very helpful for teachers, staff and students, the internet is an important need for most adult people, they even regard the internet as a basic daily need that must be met, such as at SMK Negeri 5 Waingapu. The use of the internet in schools is very helpful for teachers, staff and students. State Vocational High School 5 Waingapu uses an internet service provider (ISP) sourced from KOMINFO Bakti as internet access with a total bandwidth of 2 Mbps with an average user of 15 clients. The distance to access the internet network on WIFi is 20 meters, but there is still no good management of network usage so that when accessing the internet, many users (clients) often experience interference. One form of utilizing wireless technology is a hotspot. The development method used in this research is to develop a hotspot network at SMK Negeri 5 Waingapu using the Network Development Life Cycle (NDLC) model which is used as the overall development method in developing or designing computer network systems. By implementing bandwidth management using a hotspot router proxy at SMK Negeri 5 Waingapu and testing it using a speedtest before implementation, namely a download speed of 4.55 and an upload speed of 1.09. And after the implementation of bandwidth management for teacher user hotspots, namely for download bandwidth of 0.95 Mbps and upload bandwidth of 0.21 Mbps, then for hotspot user principals download bandwidth is 0.94 Mbps and upload bandwidth is 0.94 Mbps and hotspot user download bandwidth for students is 0.73 Mbps and upload of 0.94 Mbps.

PERANCANGAN DAN OPTIMALISASI KINERJA JARINGAN HOTSPOT SERVER BERBASIS MIKROTIK PADA SMK NEGERI 2 DOMPU

SMK Negeri 2 Dompu is one of the vocational high schools located in Dompu Regency, the school already has a wireless network, but the large number of uses in one access point device results in an unstable internet network or the network being slow because it has not used an optimal configuration. The proxy-based Hotspot Server network uses the Mikrotik Simple Queue feature at schools to centrally manage hotspot networks and can manage bandwidth evenly. The method used in this research is the data collection method, namely the method of observation and literature study methods, the method of quantitative data analysis using network performance parameters namely delay, throughtput, packet loss and the Wireshark application. The results of designing and optimizing the performance of the Mikrotik-based Hotspot Server network at schools can run well and Bandwidth management has been successfully managed by Simple Queue. In the throughput test, the average result is 46.9% KB. The average packet loss results are 0%, because after analyzing all packets there are no missing packets or in other words all packets have been sent to the destination. While Delay get an average result of 39 ms

Leaderboard Application as A Ranking Media for Internet Users

The technology of utilizing hotspot networks has developed quite rapidly. In its development, internet technology uses a more flexible Mikrotik hotspot because it provides convenience for administrators and users. The object of this study is the hotspot network of Hayam Wuruk University (UHW) Perbanas. The goal is to develop a leaderboard design as a medium for monitoring internet use through the UHW Perbanas hotspot. Its application is through the integration of mikrotik with the web service API as a ranking of internet users against three categories of activities, namely downloads, uploads and internet usage times on each day and month. Each of these categories has 20 users. The test method uses a black box. Hasil testing states that the system is successfully operating, so that it can be implemented in the context of decision making by the management of UHW Perbanas.

Application of sensor technology in grasping and preprocessing of network hotspot information propagation

The rapid dissemination of hot information on the Internet has become a common phenomenon in today's society. Traditional methods of information capture and preprocessing often require a lot of manpower and material resources, and the captured information has low timeliness and accuracy. The purpose of this paper was to use sensor technology to find and locate network hotspots in time. By collecting user generated content, social media data, news reports, etc., the data is analyzed and mined to identify popular topics and events. In terms of information capture, sensor technology can monitor and understand user activities, the popularity of posts, emotional tendencies, user attention, user interaction, etc., through information monitoring. Network data was collected, such as network latency, data loss rate, and bandwidth utilization. Sensor technology was used to collect social media data to understand the level of public attention to hot events. In information preprocessing, sensor technology was used to remove noise and redundant information in data to ensure data quality. The data were labeled and classified, and the information dissemination rules of network hotspot were analyzed in depth. The average capture accuracy of Method 1 for Hotspot 1, Hotspot 2, and Hotspot 3 was 72.11%, 71.81%, and 72.54%, respectively. The average capture accuracy of Method 2 for Hotspot 1, Hotspot 2, and Hotspot 3 was 82.55%, 83.14%, and 82.91%, respectively. When the data was 40, 80, and 120, the preprocessing times of Method 1 for Post 1 were 8.81 s, 15.47 s, and 18.77 s, respectively. The preprocessing times of Method 2 for Post 1 were 5.97 s, 7.80 s, and 9.25 s, respectively. The application of sensor technology in the capture and preprocessing of network hot information dissemination has brought a variety of innovations, including multi-modal data acquisition, real-time monitoring and analysis, user behavior analysis, data cleaning and integration, anomaly detection and early warning, intelligent recommendation and personalized service, etc., thus improving the accuracy, real-time and personalized degree of information acquisition.

Penerapan Management Bandwith Dengan Metode Queue Tree Berbasis Mikrotik Untuk Mempermudah Proses Pembelajaran

Management of bandwidth by using a proxy method of queue tree serves to implement more complex functions within the bandwidth limit on the proxy where the use of its mark packet has better functions. Used to limit one direction only connection either download or upload with proxy, administrators facilitated in setting bandwidth evenly, determine the bandwidth limiter, and a set of wireless users. Administrators can monitor and control the user-users are connected to the internet hotspot network by managing and sharing of bandwidth as needed to optimize existing bandwidth availability, and be able to monitor users (user). Mikrotik according to the author is a cheap solution, but can be optimized as a network device that has features that can help network administrators in performing their duties.

Hotspot Network Security System From Brute Force Attack Using Pfsense External Firewall (Case Study of Wifi-Ku.Net Hotspot)

Many activities that are often carried out on the internet network that users without realizing threaten their privacy. From the several cybercrime attacks, one of them is the brute force method, where the brute force method is a method that aims to gain access rights to enter a system by force by trying all possible usernames and passwords that the attacker has prepared in a wordlist. The purpose of this study is to find out how to implement a hotspot network security system from brute force attacks using PFSense external firewall on a wifi-ku.net hotspot. The research method used is experimental research methods, namely testing a variable against other variables objectively, systematically and controlled by predicting the causes and consequences of the problems that the writer examine on the hotspot network security system from brute force attacks using PFsense external firewall. The results of the research that was carried out before applying Pfsense external firewall, it is found that the brute force successfully entered Mikrotik router, and after applying Pfsense external firewall attack with Brute Force method is no longer able to enter Mikrotik router because Pfsense's external firewall blocked attacks from brute force.

Is your neighbor your friend? Scan methods for spatial social network hotspot detection

AbstractGIS analyses use moving window methods and hotspot detection to identify point patterns within a given area. Such methods can detect clusters of point events such as crime or disease incidences. Yet, these methods do not account for connections between entities, and thus, areas with relatively sparse event concentrations but high network connectivity may go undetected. We develop two scan methods (i.e., moving window or focal processes), EdgeScan and NDScan, for detecting local spatial‐social connections. These methods capture edges and network density, respectively, for each node in a given focal area. We apply methods to a social network of Mafia members in New York City in the 1960s and to a 2019 spatial network of home‐to‐restaurant visits in Atlanta, Georgia. These methods successfully capture focal areas where Mafia members are highly connected and where restaurant visitors are highly local; these results differ from those derived using traditional spatial hotspot analysis using the Getis–Ord Gi* statistic. Finally, we describe how these methods can be adapted to weighted, directed, and bipartite networks and suggest future improvements.

Spatial distribution of sexual network locations used by long-distance truck drivers along the Northern Corridor highway, Kenya.

In Kenya, long-distance truck drivers (LDTDs) using the Northern Corridor highway have a high prevalence of HIV and other sexually transmitted infections (STIs) due to their risky sexual networks. However, the spatial distribution of the sexual network locations used by LDTDs is not well understood. Consequently, healthcare stakeholders have found it difficult to provide spatially targeted HIV/STI interventions among LDTDs. Thus, the study sought to establish the spatial distribution of sexual network locations used by LDTDs along the Northern Corridor highway, to inform efficient distribution and use of limited HIV/STI-prevention resources. A cross-sectional study design was used. The study adopted a systematic sampling technique. 296 LDTDs were interviewed using interviewer-administered questionnaires at the Mlolongo weighbridge in Kenya. The LDTDs listed their history of sexual interactions and highway stopovers used during the week preceding data collection. Geospatial modelling techniques, using R statistical software packages for spatial mapping, were employed. Shapefiles were created and overlaid over a map of Kenya using R statistical software to create maps of sexual networks. Forty-two highway stopovers used by LDTDs were spatially distributed along the highway, from the Kenya coast to the Kenya-Uganda border. In general, LDTDs' sexual network hotspots were restricted to the outskirts of major cities along the Northern Corridor highway (Nairobi, Mombasa and Nakuru) as well as the Kenya-Uganda international border. On the Northern Corridor highway, stopovers situated proximal to major urban areas, as well as those at international border points, frequently serve as sexual network hotspots among LDTDs and their sexual partners. Thus, healthcare stakeholders should improve access to HIV/STI-prevention services targeted for LDTDs at the sexual network hotspots identified in this study.