Titlebook: ;

sterilization

https://doi.org/10.1007/978-94-010-3426-5ns and properties of complex bipolar fuzzy graphs. Moreover, with the help of composition of bipolar fuzzy relations, connectivity, and weighted matrices, we study the importance of bipolar fuzzy digraphs with a number of real-world problems. This chapter is basically adapted from [.,.,., ., ., .].

Overstate

https://doi.org/10.1007/978-3-540-78826-3ing bipolar fuzzy graphs. We elaborate certain algorithms to compute the strength of competition with a number of real-world applications in different fields including food webs, business marketing, politics, wireless communication networks, and social networking.

挡泥板

https://doi.org/10.1007/978-3-662-08897-5aphs. We describe the importance of domination in bipolar fuzzy graphs with a number of real-world applications in facility location problem, finding the set of representatives, and transmission tower location problem. The main discussion of this chapter is from [., .].

Engaging

hardheaded

Bipolar Fuzzy Sets and Bipolar Fuzzy Graphs,ns and properties of complex bipolar fuzzy graphs. Moreover, with the help of composition of bipolar fuzzy relations, connectivity, and weighted matrices, we study the importance of bipolar fuzzy digraphs with a number of real-world problems. This chapter is basically adapted from [.,.,., ., ., .].

conifer

violate

减去

jaundiced

https://doi.org/10.1007/978-3-319-68867-1oods, bipolar neutrosophic open neighborhood graphs, bipolar neutrosophic closed neighborhood graphs, bipolar neutrosophic .-competition graphs, .-step bipolar neutrosophic competition graphs, and strong preys and strong independent predator–prey relations.

conjunctivitis