Attribute | Rank |
---|---|

Difficulty | 3 |

Proof Quality | 2 |

Readability | 3 |

Self-Study | 2 |

Good for Teaching? | 2 |

Quality of Exercises | 3 |

- some graph basics
- vector spaces of graphs
- fundamental circuits
- cut sets, cut vertices, 1- and 2-isomorphism
- planar and dual graphs
- matrix representation of graphs
- coloring, covering, partitioning
- digraphs
- enumeration of graphs
- basic graph-theoretic algorithms
- applications in analysis and synthesis of contact networks, sequential switching networks, and codes
- RLC electrical network analysis
- transport and activity networks
- signal-flow graphs
- stochastic graphs
- computer programming applications
- chemical applications