Shadowing, asymptotic shadowing and s-limit shadowing
                                                                                
                                                    
                    
                        Chris Good, Piotr Oprocha, Mate Puljiz                    
                    
                        Fundamenta Mathematicae 244 (2019), 287-312                    
                                        
                        MSC: Primary 37E05; Secondary 37C50, 37B10, 54H20, 26A18.                    
                                        
                        DOI: 10.4064/fm492-5-2018                    
                                            
                            Opublikowany online: 21 December 2018                        
                                    
                                                
                    Streszczenie
                    
We study three notions of shadowing: classical shadowing, limit (or asymptotic) shadowing, and s-limit shadowing. We show that classical and s-limit shadowing coincide for tent maps and, more generally, for piecewise linear interval maps with constant slopes, and are further equivalent to the linking property introduced by Chen in 1991.
We also construct a system which exhibits shadowing but not limit shadowing, and we study how shadowing properties transfer to maximal transitive subsystems and inverse limits (sometimes called natural extensions).
Where practicable, we show that our results are best possible by means of examples.
                 
                                                
                    Autorzy
                    
                                                    - Chris GoodSchool of Mathematics
 University of Birmingham
 Birmingham, B15 2TT, UK
 e-mail
 
- Piotr OprochaFaculty of Applied Mathematics
 AGH University of Science and Technology
 al. Mickiewicza 30
 30-059 Kraków, Poland
 and
 National Supercomputing Centre IT4Innovations
 Division of the University of Ostrava
 Institute for Research and Applications of
 Fuzzy Modeling
 30. Dubna 22
 70103 Ostrava, Czech Republic
 e-mail
 
- Mate PuljizUniversity of Zagreb
 Faculty of Electrical Engineering
 and Computing
 Unska 3
 10000 Zagreb, Croatia
 e-mail
 e-mail