The application of the PPPOE for network security management using RouterOS

Jun, Cheng; Wu, Haiyuan

doi:10.1109/iccda.2010.5541157

Cited by 3 publications

(2 citation statements)

References 3 publications

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“…En cuanto a trabajos relacionados con la gestión de dispositivos con RouterOS, podemos mencionar que He & Cao (2010) proponen la implementación de un servidor PPPoE basado en RouterOS, abandonando las vias convencionales para construir de alto rendimiento, así como la dependencia del router con hardware de gama alta, pudiendo ser implementadas en grandes y medianas empresas. En el trabajo de los autores (Cheng, Wu, Routeros, Security, & Virus, 2010), se hacen pruebas implementando PPPoE (Point-to-Point Protocol over Ethernet) sobre RouterOS, con el objetivo de controlar los problemas de seguridad inmersos en las gestión de la red, la implementación la realizan el campus del Instituto de Huangshi.…”

Section: Introductionunclassified

FNCS: Propuesta de una plataforma de gestión de dispositivos de Red basados en RouterOS

Agurto

2020

cyt

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En las organizaciones, contar con la disponibilidad delos servicios de red inalámbrica es imprescindible.Sin embargo, esta disponibilidad se ve afectada debidoprincipalmente a dos factores: la necesidad de un expertoen la configuración de los equipos y al desplazamientode dicho experto al sitio, para que este configure cadauno de los equipos que necesitan dicha configuración.Por otra parte, la empresa Mirotik dispone de un SistemaOperativo (SO) para equipos Routerboard, denominadoRouterOS (RouterBoard Operating System). EsteSO soporta la comunicación mediante los protocolostelnet, ssh, pero las aplicaciones que utilizan estosprotocolos por lo general no tienen una interfaz gráfica,además existen herramientas propietarias gráficas comowinbox y webfig para configurar estos equipos, peroesto trae consigo otro tipo de problemas como son:configuración manual de equipo en equipo, mayor usodel CPU de los dispositivos, y consumo de más anchode banda para poder gestionarlos. Para solucionarestos problemas, ha sido desarrollado una aplicacióncon interfaz web, denominada Fast Network ConfigSystem (FNCS), la cual permite gestionar y configurarde forma gráfica, remota y centralizada los dispositivoscon RouterOS, de manera mucho más eficiente que lassoluciones disponibles. Para desarrollar la aplicación,se aprovechó la API-Mikrotik que está integrada enRouterOS. Posteriormente, se comparó la velocidaden la configuración de la herramienta propuesta FNCSversus Winbox y ssh, y se comprobó que la soluciónFNCS es hasta 200 veces más rápida.

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Section: Introductionunclassified

FNCS: Propuesta de una plataforma de gestión de dispositivos de Red basados en RouterOS

Agurto

2020

cyt

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“…Most existing routing systems have already started using the ROS function. The system is suitable for schools, enterprises, small ISP-access providers, Internet cafes, Internet community and other network equipment [5]. In this paper, communication APs are based on ROS, each AP in the network as a client, and the AP devices are composed of a point to point network structure.…”

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Maritime wireless broadband communication system based on TVWS

Zhang¹,

Chen²,

Dong³

et al. 2015

Proceedings of the 4th International Conference on Mechatronics, Materials, Chemistry and Computer Engineering 2015

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TV White Spaces (hereinafter referred to as the "TVWS") is the radio spectrum has not been used, is assigned to using in broadcast television. TVWS has the advantages of high transmission distance, strong penetrating ability, not easy to be absorbed by water, large amount of transmission unit data, etc., low spectrum occupancy rate in maritime, is very suitable for maritime wireless network coverage. In this paper, the maritime communication system based on TVWS uses the wireless mesh network as the network architecture. Communication access point(hereinafter referred to as the "AP") based on the software router system (hereinafter referred to as the "ROS"). TVWS is used as the distance communication spectrum between APs. The AP implements the data exchange between WIFI and TVWS, and provides Ethernet wired access and WIFI wireless access for the terminal equipment. The communication system uses the Socket transmission protocol to set up the end to the end connection, realizes the functions of GPS, character communication, picture transmission, audio communication, video communication and camera monitoring, etc., using H264 video compression format to achieve smooth video communication. IntroductionIn current, communication devices in the sea using a single sideband shortwave radio, very high frequency(VHF) wireless phone, ultrashort wave(USW) interphone, cellular phones, satellite phones and other. These communication methods have advantages and disadvantages: the principle of the single sideband shortwave radio communication is reflected by the atmosphere. It has long communication distance, has lower costs than satellite phone, is terminal equipment maintenance is convenient. But this way has communication cover blind area, vulnerable to interference like weather, low confidentiality; VHF wireless phones can communicate about 20 nautical miles and only for the ship to shore and ship between voice communication; USW interphone is mainly used for voice communication at close range between the ships, unable to realize broadband communication; cellular handset communication costs low, but cellular base station signal coverage distance is limited, usually only in the offshore available. At present, commercial fishing, shipping, emergency rescue, or coast guard communications are based on the satellite and deploy mesh network in maritime [1]. For ship and land communication, the ship carrying mobile terminal is connected to the maritime wireless mesh network first, and then through the ship borne satellite gateway access satellite mobile network [2]. The satellite mobile communication is suitable for the ocean shipping, but the terminal configuration, maintenance and communication costs are relatively high. Small and medium vessels at sea are often unable to buy such expensive satellite communications and navigation equipment. In order to integrate the heterogeneous wireless and wired networks, people proposed that the different paths of the ship and the ship, the ship and the land traverse through the VoIP system. ...

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Using Ensemble Learning Methodology for Predicting Reconnaissance in Campus Area Network

Khan,

Sharma

2023

2023 International Conference on Power Energy, Environment &Amp; Intelligent Control (PEEIC)

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The application of the PPPOE for network security management using RouterOS

Cited by 3 publications

References 3 publications

FNCS: Propuesta de una plataforma de gestión de dispositivos de Red basados en RouterOS

FNCS: Propuesta de una plataforma de gestión de dispositivos de Red basados en RouterOS

Maritime wireless broadband communication system based on TVWS

Using Ensemble Learning Methodology for Predicting Reconnaissance in Campus Area Network

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