Extended cardiac monitoring

Extended OCL for Goal Monitoring

Monitoring human-computer interaction aids the analysis for understanding how well software meets its purpose. In particular, monitoring human-computer interactions with respect to a user’s goal model helps to determine user satisfaction. By formalizing a goal model, runtime monitors can be automatically derived. The REQMON system monitors the satisfaction of goal models. Recently, an OCL compi...

Diagnostic Yield of Extended Cardiac Patch Monitoring in Patients with Stroke or TIA

BACKGROUND It is important to evaluate patients with transient ischemic attack (TIA) or stroke for atrial fibrillation (AF) because the detection of AF changes the recommended anti-thrombotic regimen from treatment with an antiplatelet agent to oral anticoagulation. This study describes the diagnostic yield of a patch-based, single-use, and water-resistant 14-day continuous cardiac rhythm monit...

Bedside cardiac monitoring.

Most newer bedside monitors allow monitoring of 2 leads simultaneously but only allow monitoring of one precordial (V) lead at a time. Leads V1 or V6 can be obtained by using a 5-lead bedside monitoring cable with limb electrodes placed as shown in Figure 1: • Arm electrodes should be placed on the shoulders as close as possible to where the arms join the torso. Although the arm electrodes tiat...

System Monitoring with Extended Message Sequence Chart (Extended Abstract)

Runtime verification is a lightweight formal verification technique that checks the correctness of the behaviour of a system. A problem with this technique is that most monitoring specification languages are not actually used in practice by system designers. To avoid this problem, we propose an monitoring approach on basis of an extension of live sequence charts (LSCs). We extend the standard L...

Cardiac Output Monitoring