RPL Protocol Project Ideas

This page is about the recent RPL Protocol Project Ideas with a few important technical innovations. Principally, the RPL protocol is a tree-structured or shaped routing topology which is known well in the following aspects,

• Distance Vector Proactive Routing Protocol
• Destination-Oriented Directed Acyclic Graph (DODAG)

In general, DODAG is made up of one or more nodes called the root or sink node. Here, the Directed Acyclic Graphs (DAGs) are generated based on the Objective Function (OF) method which is specified by a user. It helps to identify the optimal transmission path over the huge sensors in an efficient way.  

What’s New in RPL Protocol?

Further, RPL is extended to Cognitive and Opportunistic RPL (CORPL) which is precisely aimed at Cognitive Radio Networks (CRN). Here, the RPL protocol is furnished with data forwarding in the opportunistic network. And, it uses the information of the local network to take a decision on dynamic data forwarding to its adjacent node by following two steps.

• Each and every node in the network first select the multiple forwarders (forwarder set) to transfer the packets
• Next, through nodes coordination in the forwarder set the best receiver node is selected  

How to Improve the Performance of RPL Protocol? 

As a matter of fact, the RPL protocol works on fixed sink conditions which return improved latency, power intake, and packet delivery ratio. The foremost approaches used for optimal RPL protocol are can become together under the followings,

• Modify routing metric
• Enhance the trickle algorithm
• Handle the Control messages

The impact of traffic features like load sharing and data rate on data transmission is also intense. An unsustainable influx of data can generate a sinkhole issue where a node loses the packets quickly because of the great incoming traffic. The main approaches used to handle the problem of high and uneven traffic are:

• Multiple sinks
• Multiple parents or paths
• Multiple metrics for routing protocol

For instance, we have given the working process of the sample RPL Protocol projects. In this, we explain the problem in detail with the solutions that we have handpicked to solve that problem. 

Best RPL Protocol Project 

Project Title: Innovative Authentication Mechanism and Secure Trust Aware RPL Routing in IoT Environment

In this proposed system, we overcome the existing system security drawbacks through effective authentication and routing approaches. The major objective of this system is to enable secure data sharing between authenticated nodes through optimal RPL routing in minimized energy utilization. Now, perform the following operations to achieve the project goal. At first, consider the nodes here are static in nature.

Environment

• Internet of Things (IoT)

Network Entities

• IoT Nodes, Mobile Sink, and Security Entity

Registration Phase

• Register the nodes in the network
  • Parameters:ID, Grid ID (G.ID), Location and Physically Unclonable Function (PUF) credentials, and security entity
• Generate Quartile based Unique Number (U.NO)
  • Parameters:ID and Registration Time
• Generate Pseudo ID (P.ID) and Random Number (R.No)
• ID
  • Blake2b algorithm– hash the PUF and Grid Member Count (GMC) and performs XOR
• R.No

Edwards Curve algorithm authentication Phase

• For Grid Member (GM) Authentication – Verified by Grid Head (GH)
  • Level I:
    • Verify ID, U.No
    • If Above Threshold – Perform second level authentication
    • If Below Threshold – Grant the access for transmission
  • Level II:
    • Verify initial registration time and Grid Member (GM) node location
    • If Valid – Grant the access for transmission
    • If Invalid – Deny the access for transmission
• For Grid Head (GH) Authentication – Verified with Security Entity
• Verify P.ID, Count value, and addition of R.No
• If Valid – Grant the access for transmission
• If Invalid – Abort the access for transmission 

Sail Fish based Secure Routing

• Sail fish algorithm – Select the best path
  • Parameters:Energy, Hop Count, Direct Trust, and Recommended Trust
  • Estimate Direct Trust
    • Metrics:Number of Child Node, Packet Drop Count, Rank Variance, Parent Node, and DIO Packet Transmission Count
• Prince algorithm – Encrypt sensed data 

Artificial Intellect based Mobile Sink Movement

• Quantum Inspired Neural Network (QINN) – select best moving points

• Parameters:
  • Energy, buffer size, previous moving direction and time, distance
  • Perform Data Collection
  • Efficient Energy Consumption
  • Eliminates poor network lifetime

Then the overall performance of the proposed work is evaluated by the following metrics,

• Delay (ms)
• Key Generation Time (ms)
• Energy Consumption (mJ)
• Packet Delivery Ratio (%)
• Malicious Node Detection Accuracy (%)

Further, we have so many novels RPL Protocol Project Ideas that help scholars to start a remarkable research career. Here, our developers have shared a few important research topics that gain more attention in the research world. 

RPL Protocol Project Titles

• An innovative performance of Aggregator based on RPL for an IoT-fog based power distribution system with 6LoWPAN
• A new-fangled intended used for HTmRPL++ based on Trust-Aware RPL Routing Protocol for Fog Enabled IoTs
• An effective performance of Enhanced Mobility Based Content-Centric Routing In RPL aimed at Low Power Lossy Networks on Internet of Vehicles
• The new process intended for Improvement of Power Consumption in RPL-based Networks by Mobility Environment
• Innovative function for Proposing a new technique designed for improving RPL to support mobility in the Internet of things
• An effectual mechanism for L-IDS against Dropping Attack to Secure and Improve RPL Performance in WSN Aided IoT
• A novel method for Lightweight ID for Sybil Attack Under Mobile RPL in IoTs
• The fresh technique of Analysis and Optimization of Advanced Encryption Standard used for IoTs
• An innovative performance for Increased Network Lifetime and Load Balancing Based on Network Interface Average Power Metric for RPL
• The novel approach for Security of RPL Based 6LoWPAN Networks in IoTs
• An efficient methodology of Stabilization for Multi-Hop Routing Construction in Wi-SUN FAN Systems
• The new method for Sybil Attack in RPL-Based Internet of Things
• An inventive method of Leveraging Distributed Protocols aimed at full End-to-End Softwarization in IoT Networks
• The novel approach intended for Extending Network Programmability to Things Overlay using Distributed Industrial IoT Protocols
• An inventive function for Social Cognitive Routing aimed at Communications in Industrial Internet of Things (IIoTs)
• On the use of Demand Distributed Network State Information Collection by Opportunistic Exploration for Resource-Constrained Networks (RCNs)
• An inventive method for Non-Cooperative Gaming designed aimed at Energy Efficient Congestion Control in 6LoWPAN
• A novel approach used for Versatile Out-of-Band SDN Solution for Internet of Things
• An innovative Investigation based on IETF Standardization intended for Connecting and Integrating the Low-Power and Constrained IoT Devices
• Innovative Authentication Mechanism and Secure Trust Aware RPL Routing in IoT Environment

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