Lightweight and Energy-Aware Wireless Mesh Routing for Autonomic Internet of Things Networ

Abstract

This paper presents our proposed routing mechanism for wireless mesh sensor network which support autonomic Internet of Things (IoT). Autonomic IoT is the creation of self-management capability in the IoT system by embedding some autonomic properties, with the goal of freeing human from all details of the operation and management of the system while providing the system to always operate properly. The proposed routing provides a mechanism to embed some autonomic properties in the IoT edge network, i.e. self-configuration, self-healing, selforganization, and self-energy-awareness. It supports the IoT system to face the challenge of resource constraint of IoT nodes, as it becomes one of the top challenges in IoT edge network. A hierarchical routing fashion with residual energy consideration is used to form a lightweight routing algorithm. We provide a validation through computer simulations to investigate the routing performance for large number of IoT sensor nodes. We take an energy-aware straight path routing as the comparison. As the result, our proposed routing successfully produces longer network lifetime and lower total energy consumed.

Human Motion Target Posture Detection Algorithm Using Semi-Supervised Learning in Internet of Things

“…RFID (ratio frequency identification), is a typical noncontact IoT sensing technology [24][25]. It can read a large number of data through wireless communication with longdistance identification and fast speed.…”

Optimalisasi Routing dalam Jaringan Internet of Things Menggunakan Algoritma Physarum dan Kontrol Daya Adaptif

“…Berbagai algoritma yang diusulkan dalam metode optimasi routing mulai dari metode konvensional, metode pemrograman matematis maupun metode yang terinspirasi dari alam [4] seperti koloni semut [5], kunangkunang dan physarum polychepalum. Taro et al [6], memodelkan fenomena organisme physarum dalam model fisis dan matematis yang disebut basic physarum, kemudian menginspirasi Zhang et al untuk membuat protokol routing Physarum-inspired Routing Protocol (P-iRP) [7] dalam jaringan nirkabel yang memanfaatkan residu energi dan lokasi geografis dari node untuk menciptakan keseimbangan energi dalam jaringan. Rosyidi [8] mengembangkan protokol protokol P-iRP dengan menambahkan parameter tree level pada gateway sehingga aktifitas routing dapat dihitung jumlah minimum hop yang diperlukan untuk mengirim paket data ke gateway tujuan akhir, protokol ini disebut Robust Selection Physarum-inspired Routing Protocol (RS-PRP).…”