The main objective on this research is the development of finding the optimal parameters for a routing algorithm for network routers based on the ant algorithm described as AntNet. The optimum parameters for this type of algorithm improve a more efficient alternative to those given by the RIP, EIGRP and OSPF routing protocols, to be applied in a data network. This shall be tested in two networks and routers defined, taking the same characteristics for the three groups: RIP, OSPF and by the result provided by the genetic algorithm implemented using a static network. The system recognizes the best path between networks of routers, based on the principle of AntNet networks or networks of ants, which are the best way from exploring almost all roads, using estimergia to go there and make optimal. MatLab was used to detect the best way. Later this road was implemented in a real network data, s...

The main objective on this research is the development of finding the optimal parameters for a routing algorithm for network routers based on the ant algorithm described as AntNet. The optimum parameters for this type of algorithm improve a more efficient alternative to those given by the RIP, EIGRP and OSPF routing protocols, to be applied in a data network. This shall be tested in two networks and routers defined, taking the same characteristics for the three groups: RIP, OSPF and by the result provided by the genetic algorithm implemented using a static network. The system recognizes the best path between networks of routers, based on the principle of AntNet networks or networks of ants, which are the best way from exploring almost all roads, using estimergia to go there and make optimal. MatLab was used to detect the best way. Later this road was implemented in a real network data, s...

The main objective on this research is the development of finding the optimal parameters for a routing algorithm for network routers based on the ant algorithm described as AntNet. The optimum parameters for this type of algorithm improve a more efficient alternative to those given by the RIP, EIGRP and OSPF routing protocols, to be applied in a data network. This shall be tested in two networks and routers defined, taking the same characteristics for the three groups: RIP, OSPF and by the result provided by the genetic algorithm implemented using a static network. The system recognizes the best path between networks of routers, based on the principle of AntNet networks or networks of ants, which are the best way from exploring almost all roads, using estimergia to go there and make optimal. MatLab was used to detect the best way. Later this road was implemented in a real network data, s...

The main objective on this research is the development of finding the optimal parameters for a routing algorithm for network routers based on the ant algorithm described as AntNet. The optimum parameters for this type of algorithm improve a more efficient alternative to those given by the RIP, EIGRP and OSPF routing protocols, to be applied in a data network. This shall be tested in two networks and routers defined, taking the same characteristics for the three groups: RIP, OSPF and by the result provided by the genetic algorithm implemented using a static network. The system recognizes the best path between networks of routers, based on the principle of AntNet networks or networks of ants, which are the best way from exploring almost all roads, using estimergia to go there and make optimal. MatLab was used to detect the best way. Later this road was implemented in a real network data, s...

En la última década, el Perú ha experimentado un crecimiento sostenido en el acceso a internet, impulsado principalmente por la expansión de redes ópticas con conexión directa al usuario final (FTTH). Además, la adopción masiva de servicios digitales que consumen elevados recursos de red, como el streaming en ultra HD, las conferencias en línea y las soluciones de trabajo remoto, está provocando congestión en la infraestructura de comunicaciones vigente, particularmente en redes GPON que presentan limitaciones en escalabilidad y capacidad. El propósito fundamental de este trabajo es el diseño y la implementación de una infraestructura de acceso a la red que utilice la tecnología XGS-PON, conforme a la norma ITU-T G.9807.1, para un proveedor de servicios de telecomunicaciones en el Perú. Esta tecnología permite velocidades simétricas de hasta 10 Gbps, baja latencia y alt...

En la última década, el Perú ha experimentado un crecimiento sostenido en el acceso a internet, impulsado principalmente por la expansión de redes ópticas con conexión directa al usuario final (FTTH). Además, la adopción masiva de servicios digitales que consumen elevados recursos de red, como el streaming en ultra HD, las conferencias en línea y las soluciones de trabajo remoto, está provocando congestión en la infraestructura de comunicaciones vigente, particularmente en redes GPON que presentan limitaciones en escalabilidad y capacidad. El propósito fundamental de este trabajo es el diseño y la implementación de una infraestructura de acceso a la red que utilice la tecnología XGS-PON, conforme a la norma ITU-T G.9807.1, para un proveedor de servicios de telecomunicaciones en el Perú. Esta tecnología permite velocidades simétricas de hasta 10 Gbps, baja latencia y alt...

This research aims to make the network segmentation and prioritization of bandwidth use, because the current design of the network of the University City of the National University of San Martin - Tarapoto is a flat network with VLAN default, therefore there is no adequate segmentation collision domain and broadcast domain, which drastically affects the performance of the same level of packet transmission between buildings that are ends of the star and the hub node. This causes network latency on dates and times peak transfer rate degraded by excessive traffic and not segmented data and damaging or retarding the academic and administrative processes. Therefore, as part of the solution to the needs identified in this research, redesigning the network to support Virtual LAN networks arises, and thus target areas subnets for a higher level of protection; provide security Control Lists (ACL'...