Note-taking has been largely studied in contexts of work meetings. However, often people need to remember information exchanged in informal situations, such as during mobile phone conversations. In this paper we present a study conducted with 59 subjects who had their phone calls semiautomatically

Although touchscreen mobile phones are widely used for recording informal text notes (e.g., grocery lists, reminders and directions), the lack of efficient mechanisms for combining informal graphical content with text is a persistent challenge. In this paper, we present InkAnchor, a digital ink

that are mismatched with current mobile support. Implications for improving the design of these systems are presented, culminating in a vision for integrated paper-digital micronote systems. This shifts the development focus away from trying to support the entire micronote lifecycle, emphasizing instead the different

in executing a set of tasks with a flexible display. We discuss a study in which users designed bend gestures for common computing actions deployed on a smartphone-inspired flexible E Ink prototype called PaperPhone. We collected a total of 87 bend gesture pairs from ten participants and their appropriateness

The ability to note down small pieces of information, quickly and easily, can be useful. This paper proposes a system called PhonePoint Pen that uses the in-built accelerometer in mobile phones to recognize human handwriting. By holding the phone like a pen, an user should be able to write short

are an attractive alternative, as most students already possess them, they have more capabilities than dedicated clickers, and yet are small enough to minimize interference with note taking on a classroom desk. This paper presents the design and use of a mobile phone extension to Ubiquitous Presenter, which allows

how new information and communications technologies, and mobile phones in particular, can provide a new source of data on internal migration. As these technologies quickly proliferate throughout the developing world, billions of individuals are now carrying devices from which it is possible

. Contrast this with a ringshaped network, in which all actors are equally central. In the VC market, greater centrality may translate into better access to information, deal flow, deeper pools of capital, expertise, contacts, and so on. Network analysis uses a branch of mathematics called graph theory

processes that requires taking notes or annotating a document is only possible using paper. In this paper we present the prototypical system ViDio that offers the possibility of being mobile while at the same time having the ability to annotate an electronic document. Our approach is based on using mobile

The ability to note down small pieces of information, quickly and ubiquitously, can be useful. This paper proposes a system called PhonePoint Pen that uses the in-built accelerometer in mobile phones to recognize human writing. By holding the phone like a pen, an user should be able to write short