1. A method comprising: receiving identification of a current user reading position within an electronic text of an electronic book residing on an electronic book reading device for a current reading session; determining candidate pause positions within the electronic text of the electronic book based on the current user reading position and from among a portion of the electronic text extending from the current user reading position and another reading position following the current user reading position within the electronic text of the electronic book; selecting a suggested pause position from the determined candidate pause positions based on an available reading time and reading speed associated with a user profile of the current user for the current reading session; and presenting the suggested pause position on a user interface of the electronic device to indicate where to pause in reading the electronic text of the electronic book for the current reading session.
1. A method comprising: receiving identification of a current user reading position within an electronic text of an electronic book residing on an electronic book reading device for a current reading session; determining candidate pause positions within the electronic text of the electronic book based on the current user reading position and from among a portion of the electronic text extending from the current user reading position and another reading position following the current user reading position within the electronic text of the electronic book; selecting a suggested pause position from the determined candidate pause positions based on an available reading time and reading speed associated with a user profile of the current user for the current reading session; and presenting the suggested pause position on a user interface of the electronic device to indicate where to pause in reading the electronic text of the electronic book for the current reading session. 3. The method of claim 1 , wherein the electronic text of the electronic book comprises metadata including the candidate pause positions, and wherein determining the candidate pause positions comprises extracting the candidate pause positions from the metadata of the electronic text of the electronic book.