packyyy's Stars
Kwan1997/MHNMF
Multi-hop NMF
luminoso/npr-simulator1
Connectivity performance of multi-hop wireless networks with mobile terminals
noobkid2411/Analysis-of-a-Density-based-Clustering-Algorithm-In-WSNs-Using-Game-Theory
Improving energy efficiency is one of the key challenges facing Wireless sensor networks (WSNs), which are becoming more ubiquitous by the day. Since the nodes (sensors) often have to rely upon limited energy stores to execute their job of data collection as relaying of data from other nodes, optimization of data transfer path becomes important to enhance the network lifetime. Grouping of nodes into a cluster with a cluster head (CH) is a common way of achieving this. However, the two roles of nodes as data collectors and data relays are in conflict with each other with respect to energy consumption; as the data relay operation (necessary for the proper functioning of the network as a whole) digs into the limited energy stores, it may reduce the node’s lifetime, hindering its data collection. This inherent conflict, between self-survival and contribution to the network, opens up interesting avenues for the use of Game Theory in modelling sensor networks. One such model, DEGRA, has been presented in this study along with comparison to other models, namely LEACH and DEER. The algorithm accomplishes this by taking into account the residual energy of the node in question as well that of the surrounding nodes.
TECHIE404/Wormhole-Attack-on-LEACH-Protocol
Wormhole attack is one of the most powerful attack in Wireless Sensor Network. In This type of Network two or more then two attacker (It can be a malicious Sensor node) communicate data at high speed through a wormhole tunnel. The main Objective of this attack to transmit the network data to the third party. Leach is a routing protocol work on the principle of adhoc network.
omarfarabi/Leach_Heed_Comparative_analysis
Wireless Sensor Network is one of the growing technologies for sensing and also performing for different tasks. These types of networks are beneficial in many fields, such as emergencies, health monitoring, environmental control, military, industries and these networks are prone to malicious users and physical attacks due to radio range of network, un-trusted transmission, unattended nature and get access easily. Security is a fundamental requirement for these kinds of networks. Wireless sensor networks consist of small nodes with sensing, computation and communications capabilities. Routing protocols are one of the key technologies in Wireless Sensor Network. The routing protocol is a process to select a suitable path for the data to travel from source to destination. In this paper, according to the network structure in WSN, we modified the original LEACH protocol and also proposed a method that contains clustering of the sensor nodes. We use clustering in the LEACH protocol to enlarge energy efficiency and increase overall throughput. we compare the proposed method with LEACH and HEED routing protocols considering some predefined parameters and matrices. We also discuss the k-means clustering process and two routing protocols and propose a scheme modifying an existing routing protocol.
msaarthak/ClusteringNetworks-EAMMHvsLEACH
This repository develops a system to perform a comparison between two energy efficient protocols in Wireless Sensor Networks(WSN) - EAMMH and LEACH.
Ppardeepssingh99/Multi-Hop-Energy-Efficient-Reliable-Clustering-MEERC-Scheme-in-Wireless-Sensor-Network
architSrivastav/sturdy-octo-train
A modification in LEACH algorithm for Wireless Sensor Networks
Sandeep876/AN-IMPROVED-ROUTING-PROTOCOL-FOR-HETEROGENEOUS-WIRELESS-SENSOR-NETWORKS
vibhor-shukla/lt_mine_2
wireless sensor network
MadeByXy/wsn
Wireless Sensor Networks
Ilia-Abolhasani/leach
MATLAB program to simulate and compare LEACH-based routing protocols for wireless sensor networks. Evaluate protocols using random network generation, energy consumption, and network visualization.
Darkcoder1995/wireless-sensor-networks-stimulation
mit09m/Wireless-sensor-networks
Rohitag14/Wireless-Sensor-Network---LEACH
Improved Leach Protocol for increasing network lifetime of WSN
ruchi12345/Cluster-Based-Wireless-Sensor-Network-Routings-using-BSO
projjal1/MOPSO-WSN
Finding optimal no of clusters in MOPSO implementation of Wireless Sensor Networks.
LeadingIndiaAI/ROUTING-ALGORITHMS-FOR-ENERGY-EFFICIENCY-IN-UNDERWATER-WIRELESS-SENSOR-NETWORKS
skgshivam/Particle_Swarm_Optimization
Visualizing Particle Swarm Optimization on Wireless Sensor Network
Adityauelb15/OCMMH
OPTIMAL CLUSTERING AND ROUTING PROTOCOL FOR WIRELESS SENSOR NETWORKS
KarthikeyaYadav/Improving-Lifetime-of-Wireless-Sensor-Networks-along-with-Security
A Novel Approach to Balance the Trade-Off between Security and Energy Consumption in WSN.
ArnavBalyan/Wireless-Sensor-Network-Blockchain
Creation of a Wireless Sensor Network and use random flooding routing techniques to simulate transfer of data. Further, energy reduction and generation of blocks on each node is done to simulate the data exchange. Generation of blocks at each node ultimately results in formation of a blockchain which is received at the destination nodes.
MUmarJaved/Optimized_Leach
https://www.researchgate.net/project/Development-of-High-Performance-Wireless-Sensor-Network-based-on-Stochastic-Geometry-and-Graphical-Optimization-techniques-for-hybrid-Event-Monitoring-within-Deep-Belief-Network
Mohamadnet/MOPSO-WSN
Routing in Wireless Sensor Network using Multiobjective Particle Swarm Optimization
anchshar/battery-lifetime-optimisation-of-WSN
This project uses A* search algorithm to optimize the average battery lifetime of a network of wireless sensor nodes
dorisxinyi/CSCluster
simulation codes for paper " Transmission Efficient Clustering Method for Wireless Sensor Networks using Compressive Sensing"
Chenkeke1234/Balance
A simulation model of balanced energy consumption for wireless sensor networks (WSN) is proposed to solve the uneven energy consumption problem in WSN that leads to the rapid death of some nodes and the occurrence of blind spots. The model consists of five parts: a hierarchical model, an energy consumption model, a cluster filtration model, a data transmission model, and a cluster model. It forms a complete scheme that can effectively solve the problems of unreasonable cluster head selection, uneven clustering, and poor network robustness in WSN networking by combining energy consumption depolarization strategies to fill the gap of set optimization scheme. A clustering method is proposed to equalize node load, and an adaptive two-cluster model is used in accordance with node location to equalize network energy consumption. The simulation results show that the proposed energy consumption model can significantly improve the overall performance of the network. The network lifetime is extended by about 120%, the total data transmission per unit of energy is improved by 51% on average, the redundant data generation is reduced by 44.2%, and the localization tracking success rate is reduced by only 2.14%.
SUHONGJIAN/Matlab-Distributed_sensoorithm_judege_LEACH-clustering-energy-exhaustion
首先需要随机产生100个点，挑选出簇头以及每个簇头下的簇成员，需要注意一点的是，每个节点仅能当一次簇头，即本轮的簇头在以后的分簇中只能当簇成员，我将簇成员用*来表示，簇头用实心圆心来表示，且普通簇成员用‘黑色*’来表示，当过簇头的簇成员用‘蓝色*’，普通簇头用‘红色实心圆心’来表示，第一个耗尽簇头用‘绿色实心圆心’来表示
kalyan0510/Analysis-of-Energy-Efficient-Fair-Routing-in-Wireless-Sensor-Networks
course project
amitnavindgi/sensor-network-protocols
Each folder contains the code for protocol in finding the average energy of the sensor network after certain number of logical rounds specified by the name of the file. Run the code in MATLAB v7.6 to obtain the results. Visit http://bit.ly/186VWzV to download the published paper "Comparison of energy efficient routing protocols for heterogeneous wireless sensor networks".