SEEDAL: Secure, Energy-Efficient, Delay-Aware, And Lifetime-Balancing Routing Protocol For Heterogeneous Wireless Sensor Networks
The latest research on Open Vehicle Routing (OVR) problems, a dynamic territory in operational research
depends upon some features and requirements which can be contrasted with requirements in Wireless Sensor Networks
domain. According to this perception, the computational overheads in Open Vehicle Routing can be compared to Routing
problems in Wireless Sensor Network. To show that this methodology is possible, one data collection protocol called EDAL,
was developed. The conservation of credibility and protection of the data is not considered in the outline of the EDAL
protocol. Keeping in mind the end goal to conquer the issue with respect to the secure data transmission in EDAL, another
protocol called SEEDAL, which remains for Secure, Energy-Efficient, Delay-Aware, and Lifetime-Balancing Routing
Protocol for Heterogeneous Wireless Sensor Networks (SEEDAL) which provides a secure routing mechanism considering
the concept of secret key sharing by means of encryption and decryption during the data transmission and data reception It
likewise considers expense of giving security and some of its major impact on energy effectiveness. The design of SEEDAL
protocol is efficient in terms of packet delay, network lifetime, energy efficiency, energy consumption.
Keywords— Secure Data Transmission, SEEDAL, EDAL, Clustering, Data Aggregation.