Distributed Sensor Networks (DS’.s) have been an area for active research over the past few years, due to potentially widespread applications in creating smart computing environment. In this work, we have proposed new smart computing environment for super/hyper market. The proposed system uses Distributed Sensor Networks (DSN’s) for real-time tracking of the products. While new technologies are...

It is very difficult and expensive to replace sensor node battery in wireless sensor network in many critical conditions such as bridge supervising, resource exploration in hostile locations, and wildlife safety, etc. The natural choice in such situations is to maximize network lifetime. One such approach is to divide the sensing area of wireless sensor network into clusters to achieve high ene...

Due to influence of COVID-19, telemedicine is becoming more and important. High-quality medical videos can provide a physician with better visual experience increase the accuracy disease diagnosis, but this requires dramatic in bandwidth compared that required by regular videos. Existing adaptive video-streaming approaches cannot successfully high-resolution services under poor or fluctuating n...

This paper concerns randomized leader election in synchronous distributed networks. A distributed leader election algorithm is presented for complete n-node networks that runs in O(1) rounds and (with high probability) uses only O( √ n log n) messages to elect a unique leader (with high probability). When considering the “explicit” variant of leader election where eventually every node knows th...

Wireless communication is rapidly growing, making it possible to design wireless network systems that can constantly collect, analyze, evaluate and validate our environment to get more control of the factors that influence it. With over a decade of intensive research and development, wireless sensor network technology has been emerging as a viable solution to many innovative applications. In th...

As a basic dynamic feature on complex networks, the property of random walk has received lot attention in recent years. In this paper, we first studied analytical expression mean global passage time (MGFPT) 3-dimensional 3-level Sierpinski gasket network. Based self-similar structure network, correlation between MGFPT and average trapping (ATT) is found, then ATT obtained. Finally, by establish...

BACKGROUND AND AIMS Lotus japonicus 'Gifu' develops multiple axillary shoots in the cotyledonary node region throughout the growth of the plant. The origin, initiation and development of these axillary meristems were investigated. METHODS Morphological, histological and mRNA in situ analyses were done to characterize the ontogeny of cotyledonary axillary shoot meristems in Lotus. Morphologica...

Wireless Sensor Networks is a collection of sensor nodes and base station. The nodes have limited battery power. The efficient utilization of sensor node’s energy, clustering is one of the powerful tool. The heterogeneous wireless sensor networks consist of different type of sensor nodes in term of sensing, computation, communication and power. The proposed protocol is An Energy Efficient Hybri...

In this paper, we define super Hilbert module and investigate frames in this space. Super Hilbert modules are  generalization of super Hilbert spaces in Hilbert C*-module setting. Also, we define frames in a super Hilbert module and characterize them by using of the concept of g-frames in a Hilbert C*-module. Finally, disjoint frames in Hilbert C*-modules are introduced and investigated.

Recently, short channel effects (SCE) and power consumption dissipation problems impose tremendous challenges that need imperative actions to be taken deal with for field effect transistor further scale down as semiconductor technology enters into sub-10 nm node. From 3 node beyond, gate all around steps onto the history stage attributed its improved SCE suppressing ability thanks surrounding s...