Abstract: This invention concerns methods and systems for monitoring one or more students' use of computers, measuring, analyzing, and summarizing in statistical and pedagogical ways learning quality, on-task versus off-taskness, making diagnostic and prescriptive recommendations, and displaying relevant and configurable results in real time and historically in meaningful ways to students, teachers, and various educationalists and managers.

Abstract: This invention concerns methods and systems for monitoring one or more students' use of computers, measuring, analyzing, and summarizing in statistical and pedagogical ways learning quality, on-task versus off-taskness, making diagnostic and prescriptive recommendations, and displaying relevant and configurable results in real time and historically in meaningful ways to students, teachers, and various educationalists and managers.

Abstract: Among other things, we describe monitoring and interactively supervising user activity on a plurality of networked computing devices. Some embodiments relate to methods and systems configured for remote automatic selection and monitoring of a most actively used computer device from among a plurality of computer devices accessible to and logged into by a specific user. Such methods and systems may also involve the display of the user's screen on a dedicated monitoring display device. Where multiple users are monitored, the displays of the user devices that are most actively used may be reproduced on the monitoring device display in dedicated view ports for the users being monitored. Embodiments may involve the use of software agents installed and executing on each user device that is turned on. Such software agents assist in allowing the monitoring device to determine which of the user devices is most actively used by a particular user.

Abstract: A low profile electrical adapter body releasably connects to the electrodes of a pacing lead connector, such as an IS-1. Spring steel lead connector holders and the twist-tolerant cable allow continuous ECG recording while manipulating the pacing lead. The adapter body includes two lead connector holders. A grip longitudinally aligns the lead connector within the adapter body. The grip is slidably attached to a twist-tolerant cable and releasably engages the adapter to form a single adapter assembly that enlarges the device for easier digital manipulation. A twist-tolerant cable connects the low profile adapter directly or indirectly to a medical test device such as a pacemaker analyzer.

Abstract: A low profile electrical adapter body releasably connects to the electrodes of a pacing lead connector, such as an IS-1. Spring steel lead connector holders and the twist-tolerant cable allow continuous ECG recording while manipulating the pacing lead. The adapter body includes two lead connector holders. A grip longitudinally aligns the lead connector within the adapter body. The grip is slidably attached to a twist-tolerant cable and releasably engages the adapter to form a single adapter assembly that enlarges the device for easier digital manipulation. A twist-tolerant cable connects the low profile adapter directly or indirectly to a medical test device such as a pacemaker analyzer.