Smart Networking of Company

This paper simulate IoT based smart companies and make our networking infrastructure effective, efficient and most importantly accurate with security. The simulator used is Cisco Packet Tracer, this tool has been used form many years in networking. Main strength of the tool is the offering of a variety of network components that simulate a real network, devices would then need to be interconnected and configured in order to create a network. Technology plays a critical role in all daily activities of the present day. One of these needs is to create a smart office that controls operation and turns off electronic devices via a smartphone. This implementation can be implemented effectively using package tracking software that includes IoT functions to control and simulate a smart office. The latest version of the tool Cisco introduced IoT functionalities, and now it is possible to add to the network smart devices, components, sensors, actuators and also devices that simulate microcontrollers such as Arudino or Raspberry Pi. All the IoT devices can be run on standard programs or can be customized by programming them with Java, Phyton or Blockly. This makes Cisco Packet Tracer an ideal tool for building IoT practical simulations. Smart-Industrial smart-company office offer simulation of a power plant that produces and stores electricity via solar panels and wind turbines. All the electricity is produced by smart devices, then stored and utilized to power a production chain filled with smart sensor and actuators. IoT security features are also introduced in the simulations. Keywords: Internet of things (IOT), Campus Network (CN), networking, wide area network (WAN).

Performance Comparison of OSPFV3 and EIGRP with IPv6 Network

A collection of interconnected devices that deal with communication protocols that are common to share resources provided by nodes of a network over digital interconnections is a computer network. The process of determining the most efficient route from a source to a given target is called routing. Cisco's Enriched Internal Routing Gateway Protocol for IPv6 and the IETF's OSPFv3 (First Version 3 of Open Shortest Path) are two of the most frequently studied IPv6 routing protocols among researchers (EIGRPv6). As a result of the popularity of EIGRPv6 and OSPFv3, it is necessary to undertake a thorough contrast of the two protocols once working inside a minor enterprise network on IPv6. Thus, the study analysed the performance comparison of OSPFV3 and EIGRP with IPv6 networks with regards to convergence time, end-to-end delay, and packet loss. Packet Tracer 6.2.2 was used to compare the performance of routing protocols of different kinds. In the simulation, Cisco routers, switches, and generic computers were employed in the test. In these topologies, standard IPv6 addresses have been used. The findings of the study revealed that EIGRPv6 outperforms OSPFv3. As a result, we advocate using EIGRPv6 as an internal routing protocol in a network of IPv6.

Improve Security in Smart Cities Based on IoT, Solve Cyber Electronic Attacks with Technology by using Packet Tracer

Smart cities are expected to significantly improve people's quality of life, promote sustainable development, and enhance the efficiency of operations. With the implementation of many smart devices, c problems have become a serious challenge that needs strong treatments, especially the cyber-attack, which most countries suffer from it. My study focuses on the security of smart city systems, which include equipment like air conditioning, alarm systems, lighting, and doors. Some of the difficulties that arise daily may be found in the garage. This research aims to come up with a simulation of smart devices that can be and reduce cyber attach. Use of Cisco Packet tracer Features Simulated smart home and c devices are monitored. Simulation results show that smart objects can be connected to the home portal and objects can be successfullymonitored which leads to the idea of real-life implementation and see. In my research make manysolutions for attachingissues,which was great, and apply some wirelessprotocol.

Simulación de una red empresarial mediante la herramienta Cisco Packet Tracer

A partir de la pandemia suscitada en el año 2020 se han tenido que postergar varias actividades de diferentes sectores, mientras que otras han migrado de la modalidad presencial a la virtual. La educación es una de estas que ha tenido que cambiar, aunque en un inicio fue complicado adaptarse a la modalidad online, muchas aplicaciones han ayudado en este proceso, estas aplicaciones, de hecho, han llegado a tener un mayor auge a causa de ello, una de esas plataformas es Cisco Packet Tracer. Dicho programa mencionado anteriormente permite realizar simulaciones de redes empresariales, ya que, dentro de la plataforma se pueden utilizar distintos dispositivos de hardware, al igual que permite realizar la configuración de cada uno de esos dispositivos, por lo cual, la herramienta es de gran importancia, tanto para las universidades, como para los estudiantes, ya que permite estudiar a mayor profundidad cada uno de los dispositivos de red que emula la aplicación.

Pelatihan Implementasi Server VoIP Menggunakan Router Cisco Pada Jaringan Lokal

Komunikasi data dalam jaringan sangat diperlukan untuk pertukaran data dan informasi. Teknologi komunikasi berbasis IP (Internet Protocol) dapat diimplementasikan menggunakan VoIP (Voice Over Internet Protocol). VoIP dapat digunakan untuk layanan komunikasi yang dapat mengirimkan pesan, suara maupun video menggunakan jaringan internet yang terhubung dengan IP. Kelebihannya adalah efisiensi terhadap bandwidth, efisiensi terhadap biaya pengelolaan. Di SMK Al-Manar Islamic School Cibarusah siswa jurusan TKJ belum sepenuhnya memahami akan peranan VoIP untuk layanan komunikasi dalam jaringan lokal dengan memanfaatkan infrastruktur jaringan yang ada. Pada pelatihan ini dibuat rancangan layanan jaringan komunikasi VoIP menggunakan Router Cisco sebagai server VoIP dan IP Phone sebagai media komunikasinya. Tujuannya adalah supaya siswa/i memiliki kemampuan dalam melakukan konfigurasi Router Cisco untuk layanan VoIP sekaligus dapat mengimplementasikannya pada jaringan lokal. Metode yang digunakan pada pelatihan ini adalah simulasi dan implementasi. Simulasi dilakukan pada rancangan dengan tools cisco packet tracer, kemudian implementasi konfigurasi VoIP diterapkan pada real device Router Cisco. Hasil konfigurasi pada Router cisco langsung dilakukan pengujian komunikasi menggunakan IP phone

Empirical Bayesian network to improve service delivery and performance dependability on a campus network

An effective systemic approach to task will lead to efficient communication and resource sharing within a network. This has become imperative as it aids alternative delivery. With communication properly etched into the fabrics of today’s society via effective integration of informatics and communication technology, the constant upgrades to existing network infrastructure are only a start to meeting with the ever-increasing challenges. There are various criteria responsible for network performance, scalability, and resilience. To ensure best practices, we analyze the network and select parameters required to improve performance irrespective of bottlenecks, potentials, and expansion capabilities of the network infrastructure. Study compute feats via Bayesian network design alongside upgrades implementation to result in a prototype design, capable of addressing users need(s). Thus, to ensure functionality, the experimental network uses known simulation kits such as riverbed modeler edition 17.5 and cisco packet tracer 6.0.1-to conduct standardized tests such as throughput test, application response-time test, and availability test.

The Effectiveness of AIJ Learning Media Based on Cisco Package Tracer Simulation Applications

Penelitian ini bertujuan untuk mengetahui efektivitas media simulator cisco packet tracer terhadap hasil belajar peserta didik SMKS YPPP Wonomulyo kompetensi adminitrasi infrastruktur jaringan dengan pembahasan firewall jaringan komputer. Penelitian ini merupakan penelitian eksperimen semu Nonequivalen Control Group Design. Populasi penelitian adalah 2 kelas pada jurusan teknik komputer dan jaringan di SMKS YPPP Wonomulyo. Teknik pengumpulan data yang digunakan adalah teknik tes. Teknik analisis data yang digunakan adalah deskriptif dan inferensial. Hasil penelitian diperoleh bahwa peserta didik kelas eksperimen mendapat nilai tuntas sebesar 10% untuk pretest dan 93,33% untuk posttest. Sedangkan peserta didik pada kelas kontrol mendapat nilai tuntas sebesar 6,67% untuk pretest dan 50% untuk posttest. Dengan rata-rata peningkatan hasil belajar untuk kelas eksperimen sebesar 37,12% dan kelas kontrol 17,41%. Hal ini menunjukkan adanya perbedaan hasil belajar peserta didik antara kelas yang menggunakan media simulator Cisco Packet Tracer dan kelas yang tidak menggunakan media simulator Cisco Packet Tracer. Berdasarkan hasil yang diperoleh dari penelitian ini, maka dapat disimpulkan bahwa media pembelajaran berbasis simulator Cisco Packet Tracer efektif untuk meningkatkan hasil belajar peserta didik kelas XI TKJ di SMKS YPPP Wonomulyo.

PERANCANGAN JARINGAN MENGGUNAKAN ROUTER SWITCH CISCO PACKET TRACER PADA KANTOR DISKOMINFOTIK PROVINSI NUSA TENGGARA BARAT

In the current era of globalization, technological developments are increasingly advanced, therefore human resources are required to be competent in various fields. To produce competent human resources. This study aims to design a computer network using a Cisco router switch at the West Nusa Tenggara Office of Information Communication and Statistics. The type of network designed refers to the LAN network (Local Area Network). This network design aims to facilitate IT personnel in completing work with stable and optimal signal strength with signals divided into each sub-sector. This research was conducted using qualitative methods by conducting direct observations in the field. The network development method used in this research is the NDLC (Network Development Life Cycle) method with the stages of analysis, design, simulation prototyping, implementation, monitoring, and management.