'This exceptionally well-written book is the first modern monograph on computable structure theory in 20 years … The author succeeds in bringing together new and old results and presenting them in a coherent framework, making it easy for the reader to learn the main results and techniques in the area for application in their own research.' Alexandra Andreeva Soskova, MathSciNet
1. Structures; 2. Relations; 3. Existentially-Atomic Models; 4. Generic Presentations; 5. Degree Spectra; 6. Comparing Structures and Classes of Structures; 7. Finite-Injury Constructions; 8. Computable Categoricity; 9. The Jump of a Structure; 10. ∑-Small Classes; Bibliography; Index.