Abstract: The disclosure describes one or more techniques for performing automated scheduling and/or orchestration of synthetic tests for network sites. For example, a network management system comprises a memory and one or more processors in communication with the memory and configured to: determine, based on data received from a plurality of network devices of a network, a network condition to perform a test, wherein the network condition comprises one or more of a time window to perform the test or one or more network devices of the plurality of network devices to perform the test; instruct, based on the network condition, the one or more network devices to perform the test; identify, based on data obtained from the one or more network devices that performed the test, an issue of the network; and perform an action based on the identified issue.

Abstract: Systems and methods for dispensing a liquid fragrance into the air. The system includes a liquid fragrance dispenser. The liquid fragrance dispenser includes a dispenser controller for controlling operation of an atomizer. The dispenser controller, via the sensor subsystem, is configured to detect a value of an external variable of an environment of the liquid fragrance dispensing system. In response to detection of the value of the external variable, the dispenser controller variably controls an output of the liquid fragrance dispenser, for example, the duration of operation of the atomizer, the atomization output of the atomizer, or a user output interface. The system is configured to variably control the output of the dispenser, based on at least one or more of, a value of a detected external variable of the system, data representative of a liquid fragrance cartridge, and the previous atomization output of the atomizer, to achieve a target environmental fragrance condition.

Abstract: A method for quantifying acetylamantadine in a urine sample comprises eluting acetylamantadine from the urine sample using solid phase extraction and quantifying the acetylamantadine eluted from the urine sample using Raman spectroscopy.

Abstract: A method for quantifying acetylamantadine in a urine sample comprises eluting acetylamantadine from the urine sample using solid phase extraction and quantifying the acetylamantadine eluted from the urine sample using Raman spectroscopy.

Abstract: A method for quantifying acetylamantadine in a urine sample comprises eluting acetylamantadine from the urine sample using solid phase extraction and quantifying the acetylamantadine eluted from the urine sample using Raman spectroscopy.

Abstract: A method and apparatus for providing wireless intelligent network services to mobile stations currently being served by a mobile switching center (S-MSC) that is not wireless intelligent network capable. The call is routed through a wireless intelligent network capable MSC (O-MSC). When the O-MSC receives the call, it requests instructions from a service control point (SCP) which provides a list of triggers for call states requiring further SCP instructions. Advantageously, this arrangement avoids the use of a double connection, using a loop-around trunk, in the O-MSC, as is required in the prior art.

Abstract: A method and apparatus for providing wireless intelligent network services to mobile stations currently being served by a mobile switching center (S-MSC) that is not wireless intelligent network capable. The call is routed through a wireless intelligent network capable MSC (O-MSC). When the O-MSC receives the call, it requests instructions from a service control point (SCP) which provides a list of triggers for call states requiring further SCP instructions. Advantageously, this arrangement avoids the use of a double connection, using a loop-around trunk, in the O-MSC, as is required in the prior art.