One of the areas of most evidence in Ubiquitous Computing is multimedia applications of Capture & Access (C&A). This kind of application allows the capture of a live experience, usually in smart rooms, for future access. In this way, the responsibility for recording the event is transferred to the computing infrastructure, allowing users to focus their attention in the comprehension and interpretation of the experience itself, without worrying about registering the information. The literature presents many software systems allowing the automatic generation of hypermedia documents as the result of an event capture, using the same documents as the basis for navigation and search of the archived content. Typically these C&A applications generate documents that offer only a timeline navigation of the captured event. This dissertation proposes a general C&A infrastructure, based on reusable and interchangeable services, which explores the features offered by the NCL language (standard language of the Brazilian Digital TV) to investigate new paradigms in C&A documents engineering. This is accomplished by structuring the generated documents in conceptual, navigation and presentation models. The NCL language is used to represent the synchronism between the different recorded media as well as to generate different ways to navigate and present the recorded content. These models of navigation and presentations are based on metadata provided by the user or automatically extracted from the recorded content.