3 Dimensional WSN: An energy efficient network

Chadha, Er. Robin; Kumar, Love; Singh, Er. Jatinderpal

doi:10.1109/i2ct.2017.8226311

Cited by 2 publications

(2 citation statements)

References 8 publications

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“…The SP will have the capability of transmission, data mileage formation and capability for data hooks (Chadha et al, 2017). The battery levels of the SPs are reduced drastically in an exponential fashion.…”

Section: Introductionmentioning

confidence: 99%

Lifetime ratio improvement technique using special fixed sensing points in wireless sensor network

Niranjan¹,

Priyatham

2021

IJPCC

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Purpose The purpose of this paper is to improve the lifetime ratio of wireless sensor networks for maintaining the battery level at a desired point for better improvement of network health. Design/methodology/approach Sensor point network (SPN) is used for variety of applications like weather check, tracking of undesirable vehicles and delivery of data to end points. The proposed special high health sensing point (SHHSP) scheme will overcome several limitations of existing game theory approaches with respect to delay, health and overall throughput. Findings The simulation results of the proposed SHHSP scheme confirms the excellence over the existing works examined with respect to delay, hops, energy consumed, nutrition SP, harmful SP, throughput and overhead. Practical implications It is proposed for a smart communication system in IoT, where in the communication between the sensing point network to its neighbouring sensing network is carried out by selection of SHHSP, this is implemented by using the remaining energy and distance vector with respect to control station. The system is applicable to weather check and can also be used in tracking of vehicles in a vehicle ad hoc networks. Originality/value It is subsidized to the IoT system and vehicle-to-vehicle communication system where in the safety is of utmost concern. The system is concentrated on the battery concern of SPN in a pool of SPNs.

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Section: Introductionmentioning

confidence: 99%

Lifetime ratio improvement technique using special fixed sensing points in wireless sensor network

Niranjan¹,

Priyatham

2021

IJPCC

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“…For climate monitoring, sensors should also be placed in the atmosphere. Therefore, the need for a MAC protocol that targets 3D environments has emerged [19,20,21].…”

Section: Introductionmentioning

confidence: 99%

Enhanced 3-D GM-MAC Protocol for Guaranteeing Stability and Energy Efficiency of IoT Mobile Sensor Networks

Jang

Shin

Ryoo

2019

Sensors

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In wireless sensor networks, energy efficiency is important because sensor nodes have limited energy. 3-dimensional group management medium access control (3-D GM-MAC) is an attractive MAC protocol for application to the Internet of Things (IoT) environment with various sensors. 3-D GM-MAC outperforms the existing MAC schemes in terms of energy efficiency, but has some stability issues. In this paper, methods that improve the stability and transmission performance of 3-D GM-MAC are proposed. A buffer management scheme for sensor nodes is newly proposed. Fixed sensor nodes that have a higher priority than the mobile sensor nodes in determining the group numbers that were added, and an advanced group number management scheme was introduced. The proposed methods were simulated and analyzed. The newly derived buffer threshold had a similar energy efficiency to the original 3-D GM-MAC, but improved performance in the aspects of data loss rate and data collection rate. Data delay was not included in the comparison factors as 3-D GM-MAC targets non-real-time applications. When using fixed sensor nodes, the number of group number resets is reduced by about 43.4% and energy efficiency increased by about 10%. Advanced group number management improved energy efficiency by about 23.4%. In addition, the advanced group number management with periodical group number resets of the entire sensor nodes showed about a 48.9% improvement in energy efficiency.

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3 Dimensional WSN: An energy efficient network

Cited by 2 publications

References 8 publications

Lifetime ratio improvement technique using special fixed sensing points in wireless sensor network

Lifetime ratio improvement technique using special fixed sensing points in wireless sensor network

Enhanced 3-D GM-MAC Protocol for Guaranteeing Stability and Energy Efficiency of IoT Mobile Sensor Networks

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