Dynamical Systems and Sheaves
by D. I. Spivak, C. Vasilakopoulou, P. Schultz
Publisher: arXiv 2016
Number of pages: 65
Description:
A categorical framework for modeling and analyzing systems in a broad sense is proposed. These systems should be thought of as 'machines' with inputs and outputs, carrying some sort of signal that occurs through some notion of time. Special cases include discrete, continuous, and hybrid dynamical systems. A central goal is to understand the systems that result from arbitrary interconnection of component subsystems.
Download or read it online for free here:
Download link
(610KB, PDF)
Similar books
![Book cover: Model Categories and Simplicial Methods](images/4884.jpg)
by Paul Goerss, Kristen Schemmerhorn - Northwestern University
There are many ways to present model categories, each with a different point of view. Here we would like to treat model categories as a way to build and control resolutions. We are going to emphasize the analog of projective resolutions.
(10413 views)
![Book cover: Mixed Motives](images/2540.jpg)
by Marc Levine - American Mathematical Society
This book combines foundational constructions in the theory of motives and results relating motivic cohomology to more explicit constructions. Prerequisite for understanding the work is a basic background in algebraic geometry.
(15462 views)
![Book cover: Categorical Homotopy Theory](images/12257.jpg)
by Emily Riehl - Cambridge University Press
This book develops abstract homotopy theory from the categorical perspective with a particular focus on examples. Emily Riehl discusses two competing perspectives by which one typically first encounters homotopy (co)limits ...
(4951 views)
![Book cover: A Gentle Introduction to Category Theory: the calculational approach](images/blank.gif)
by Maarten M. Fokkinga - University of Twente
These notes present the important notions from category theory. The intention is to provide a fairly good skill in manipulating with those concepts formally. This text introduces category theory in the calculational style of the proofs.
(19802 views)