This article shows how highly mobile computing, when used with new forms of network connectivity, can allow new forms of activities in the mathematics classroom. Examples are provided, such as the ability to share, harvest, and aggregate mathematical objects, and the ability for teachers and students to analyze the entire set of classroom…

This article discusses the importance of private interactions, in which a student works alone with learning materials, and public interactions, in which a group of students engage in discourse around learning materials. While traditional technology requires that designers choose one type of interaction over another, the authors show how handheld…