RPL Routing Protocol for Low Power and Lossy Networks (LLNs) gives methods for traffic control in LLNs. In Homework help in RPL protocol, you can easily find all the significant details about RPL usage and functioning. Routers are segregated using RPL Routing protocol into Destination Oriented Directed Acyclic Graph or DODAG. Preference of router is based on the rank information carried by DIO (DODAG Information Object) data. Now let us understand the basics of using RPL protocol starting from its modes of operations.


There are two modes of operations in RPL protocol are

  • Storing mode ensures that the whole DOA information is transmitted without any loss from the child to the parent node. 
  • The non-storing mode does not store data at the middle stages whereas it connects directly with the DODAG roots.

These modes are used under different circumstances which give rise to various types of RPL  routing protocols. They are discussed below.


RPL protocol is classified into many fields depending on certain characteristics. Following is the list of different types of RPL routing protocols.

  • P2P RPL protocol is a type that is energy conscious while allowing for data segregation.
  • Qu-RPL protocol  has appreciable energy useability which also provides for segregation of data and multipath functioning
  • The energy-efficient ENHANCED RPL protocol also provides for information segregation and multiple path support.
  • C-RPL only uses energy sensibly but do not help in information segregation or multipath operation
  • Multipath supportive GI-RPLis equally energy efficient
  • MRPL allows balancing of load and also has good energy usage capacity in multipath functioning
  • Strengthen- RPL supports multiple path mechanisms and utilizes energy efficiently.
  • RPL-BMARK does not work for sorting data but is good in load balance.
  • Co-RPL better segregates the data and balances the load 
  • Ec-RPL has good energy usage capacity and enables multipath.
  • ER-RPL exhibits balancing of load and multiple path support is enabled
  • Me-RPL separates data effectively and balances the load
  • MoMoRo is a type of RPL protocol that allows multiple path functioning
  • BD-RPL allows load balancing but is not as energy efficient
  • HECRPLis more energy-efficient and also performs information segregation in multiple path-enabled functioning.

These are the different types of RPL protocols and their advantages. The router is preferred based on the minimum rank. When you get a practical explanation from our team of experts you can easily understand all the RPL routing Protocol characteristics and types. So be quick to reach out to us for your faster submission of amazing work on RPL protocol. We have got 24/7 customer support. So do not hesitate to make us a call.

Implementing RPL Routing Protocol Projects


RPL routing protocol research has been on the peaks for the past few years. But still, the field demands much innovation be included. The major research areas in RPL protocol include the following.

  • CoAP calculation
  • D2D multiple hop functioning
  • Network of ubiquitous wireless sensor
  • Sensor networks using P2P RPL
  • 6TiSCH Network using IDN
  • RPL used in Internet of things
  • Network of IoT under less power consumption using RPL
  • M2M Communication using RPL Protocol 
  • Cognitive Radio Projects

For all these research areas in RPL protocol, we provide complete support and a custom research facility. We also encourage you to come up with your ideas in research. Our technical team gives you handy resources for any topic of research. We at Homework help in RPL Routing protocol help you write a great piece of work in RPL project creation and execution. In the following part, we have given the stimulation parameters for RPL protocol functioning.


Executing the RPL Routing protocol projects requires them to be stimulated using proper tools and parameter values. Below is a detailed technical note on the stimulation parameters. We use standardized objective functions in the RPL protocol. The simulation settings for the sample RPL protocol as follows, 

  • Covers an area of 500m X 500m
  • IEEE 802.15.4 standard for MAC and PHY layer
  • Employs Storing mode as mode of transmission
  • With 200 packets in random topology and UDG model of radius
  • Uses cooja mote as contikiOS mote type

Our projects executed using the above parameter values showed perfect results. We are thus highly capable to provide Homework help in RPL Routing protocol. We also give you assignment help, paper writing help, paper publication support, research proposal writing help, and thesis writing guidance. Our team of writers and developers with high research experience is always ready to help you.