Besides showing how parameters are configured to monitor a single application process, two strategies are proposed to configure IFDS when multiple processes are monitored with different QoS requirements.
An Intruder Detection System (IDS) is the high-tech equivalent of a burglar alarm, one that is configured to monitor information gateways, hostile activities, and known intruders.
BB was configured to monitor various aspects of the system and network object attributes (e.g., CPU utilization, data rate, system event logs) and alerts when these object attributes exceed defined thresholds.
A WSN for a local sensor network may consist of spatially distributed autonomous sensors which are configured to monitor different parameters, such as physical or environmental conditions like temperature, sound, pressure, movements, concentrations of specific elements in the air, etc.
The voltage converter is configured to monitor an amount of power drawn by the device at its output, while the controller is configured to control the voltage converter in order to reduce the amount of power drawn subsequently, if it goes over a certain predetermined threshold.
For each peptide monitored by SRM, up to four transitions were configured to monitor the four most intense fragment ions (Supplementary Table S1 at http://www.BiochemJ.org/bj/430/bj4300215add.htm).htm
Multiple reaction monitoring (MRM) mode was configured to monitor the following mass-to-charge ratio (m/z) transitions: both 404 to 239 and 404 to 358 for OTA, as well as 424 to 250 for U-[C20]-OTA.
Multiple-reaction monitoring (MRM) mode was configured to monitor the following mass-to-charge ratio (m/z) transitions: both 404 → 239 (collision energy 25 eV) and 404 → 358 (collision energy 15 eV) for OTA.
