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Abstrack.docx | Routing | Network Architecture

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  Abstrack Because of all the innovations in computer communications and digital consumer devicetechnologies, people have had great interest in researching home networking systems. The home isevolving rapidlyinto a smart Mesh networked environment.But naturally also causing increased equivalent carbonemissions to the environment, Therefore In this paper, we propose an indoor traffic routingalgorithm inside green home networksIntroductionIn recent years, the home environment has seen a rapid increase in usage of network enableddigital technologies that offer new and exciting opportunities to increase the connectivity of devices within the home environment for the purpose of home automation. An example of homenetworks is given in Figure 1.In this paper, we assume general heterogeneous network architecture as shown in Figure 1.There are two basic entities in the system: mobile nodes (MNs) and access points (APs). Wewill only focus on AP discovery and path selection in the multihop part of the Mesharchitecture. However, this type of network, energy consumption of the battery requires avery large In this paper, we propose an energy efficient routing algorithms “ING”. It is based on a hybrid routing scheme: a proactive dynamic zone is calculated for load balancing throughfuzzy logic scheme. The rest of the home devices are organised through an energy-awarereactive routing scheme, since it less expensive in terms of energy consumption than proactive scheme.Dalam beberapa tahun terakhir , lingkungan rumah telah melihat peningkatan pesat dalam penggunaan jaringan diaktifkanteknologi digital yang menawarkan kesempatan baru dan menarik untuk meningkatkankonektivitas perangkat dalam lingkungan rumah untuk tujuan otomatisasi rumah . Sebuah contoh darirumah jaringan diberikan pada Gambar 1 .Dalam tulisan ini , kita asumsikan arsitektur jaringan heterogen umum seperti yangditunjukkan pada Gambar 1 .Ada dua komponen dasar dalam sistem : mobile node ( MNS ) dan jalur akses ( AP ) . kami  hanya akan fokus pada AP penemuan dan seleksi jalur di multihop bagian dari Mesharsitektur . Namun, jenis jaringan , konsumsi energi dari baterai membutuhkan sangat besar Dalam tulisan ini , kami mengusulkan energi yang efisien algoritma routing ING . Hal inididasarkan pada skema routing yang hibrida : zona dinamis proaktif dihitung untuk load balancing melalui skema logika fuzzy . Sisa perangkat rumah diselenggarakan melalui skemarouting yang reaktif energi - sadar , karena lebih murah dalam hal konsumsi energidibandingkan skema proaktif .ContensHybrid Protocol DesignIn our approach, the ING protocol (Indoor routing protocol for Green Home networks)combines both proactive and reactive mechanisms. The network is divided into two regions:- Proactive Region: APs and MNs within an m hop radius of an AP are in the proactiveregion. All MNs maintain active information about AP in this region through periodicHello packets sent by AP. Hereafter, we call m as proactive radius. This range determines the AP’s d iscovery scope, called a proactive area. Nodes that are further away have to solicit advertisements reactively instead.- Reactive Region: All MNs more than m hops away from an AP are part of the reactiveregion, and use a reactive routing protocol to discover routes to an AP.
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