Routing Protocol for Low power and Lossy Networks in Internet of Things Thesis is an in–depth analysis undergo to model the proposed innovations. In this routing protocol an objective function is defined based on different metrics and use different algorithms to select a route for transmission. Nodes participating in this Low power and Lossy Networks are enabled to operate on storing mode and non–storing mode. Objective Function in many research works involves the following metrics,
- Node Residual Energy
- Estimated Transmission count
- Number of Neighbors
- Channel Capacity
- Channel Bandwidth
- Reference Signal Received Quality
- Link Stability
- Hop count
- Node Mobility
- Throughput
- Latency
- Link Reliability
- Received Signal Strength
- Signal to Noise Ratio
- Link Quality
- Packet Reception Ratio
- Control traffic
- Convergence tome
- Energy Consumption
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To gain more ideas in this area, go through the latest concepts in Routing Protocol for Low power and Lossy Networks in Internet of Things Thesis,
- An innovative mechanism intended for Mobility support of intensification also for RPL system
- A new source function of QoS also based on routing with RPL [Routing Protocol for Low power and Lossy Networks in Internet of Things Thesis]
- On the use of Cooja simulator also based on Analysis of routing protocol intended for Low Power and Lossy Networks (RPL) system
- An effective method also for fast DODAG formation method into improve trickle algorithm with by RPL
- A new-fangled proportional study intended also for RPL based objective functions system
- The fresh function of Trust-Based on Intrusion Detection System designed also for Mobile RPL Based Networks
- The novel technique for Performance evaluation of three parent selection used also for RPL into smart grid network system
- An effective performance also for Improving rendition of route maintenance progressions into RPL protocol
- The new process of Security Routing Protocol designed also for IoT Based on by RPL system
- A competent function for comparative analysis of simulation and also experimental results based on RPL performance method
- A ground-breaking performance also for testbed implementation of a trust-aware RPL routing protocol method
- An efficient process of Link reliable and trust aware RPL routing protocol used also for Internet of Things system
- The novel technique also based on Enhanced variant of RPL for improved security scheme [Routing Protocol for Low power and Lossy Networks in Internet of Things Thesis]
- A new source for Electrical erosion resistance of serial and also experimental contacts of electromagnetic relays Series RPL-2204
- A proficient process of Internet of Things and RPL routing protocol also based on study and evaluation method