The paper recalls several known results concerning reconstruction and edge-reconstruction of infinite graphs, and draws attention to some possibly interesting unsolved problems.
Class-reconstruction of total graphs
โ Scribed by David W. Bange; Anthony E. Barkauskas; Linda H. Host
- Publisher
- John Wiley and Sons
- Year
- 1987
- Tongue
- English
- Weight
- 533 KB
- Volume
- 11
- Category
- Article
- ISSN
- 0364-9024
No coin nor oath required. For personal study only.
โฆ Synopsis
It is shown that given any vertex-deleted total graph, every reconstruction into a total graph by the addition of a vertex yields the original total graph. The proof indicates how the reconstruction can be done. Hu, for i = 1 , . . . , p , then G Definition. Let C be a class of graphs. A graph G E C with V ( C ) = { u , , . . . , u p } is said to be class-reconstriictible from 11 subgraphs if whenever
๐ SIMILAR VOLUMES
Kratzke, T.M. and D.B. West, The total interval number of a graph, I: Fundamental classes, Discrete Mathematics 118 (1993) 145-156. A multiple-interval representation of a simple graph G assigns each vertex a union of disjoint real intervals, such that vertices are adjacent if and only if their assi
## RECONgTRUCTIBILITY VERSUI~ EDGE RECONSTR1UCTIBILtlY OF !NF![?CTE GN~APNS Cars,~en -FI-!Ob,~ ASSEN A.hah,,\*~atL~k /~.t;tir~\*., t h~ieersi;e~sp ~tk~'n, S0{P} Aarbus C. Detm~a& Rcc~ .d 23 [;cccm~cr 1~)77 [~ยข :{>.cd 7 April D)TS For every cm~dma! a >R o ~here exi::ts an ,:t-rQ,',ular .g;api~ w[?
## Abstract The Reconstruction Conjecture is established for graphs with nine vertices.