Abstract: A virtual desktop infrastructure (VDI) server is to receive a request from a client device to access an application on an application server, establish a session between the VDI server and the application server to allow the client device to access the application on the application server via the VDI server, obtain a process identifier of the session, obtain identity information of a user of the client device associated with a communication of the session based on the process identifier, and provide identity details of the user of the client device associated with the communication of the session to a monitor device that monitors access to the application on the application server.

Abstract: Methods and systems for heating of heated clothing are provided. An example system may include system comprising one or more heating components placed within one or more zones of the heated clothing and configured to receive electrical current from one or more voltage converters independently. The system may also include a battery configured to provide power to the voltage converters. The system may also include a controller configured to control an output voltage of the one or more voltage converters, wherein the output voltage is provided to the one or more heating components. The controller may be configured to receive temperatures from the temperature sensors located in heating components, an ambient temperature from the ambient temperature sensor, and user-defined temperatures. The controller may adjust the output voltage based on the temperatures received from the temperature sensors and adjust ambient temperature and user-defined temperatures.

Abstract: In one implementation, a system can include an identifier engine to obtain a process identifier, a utility engine to obtain information associated with a communication based on the process identifier, and an informer engine to provide identity details associated with the communication.

Abstract: A valve formed from a frustoconical piece of foldable material, having folds extending from a closable end towards the other end that connects to a container of liquid, each fold having an inner crease extending into the interior region of the nozzle. The valve has a biasing mechanism that may include a spiral spring encircling a nozzle to bias the inner creases inward to cause them to abut each other at the closable end so that the valve is maintained in a closed position. When liquid is forced into the interior region under sufficient pressure it causes the nozzle to move from the closed position to an open position so liquid flows from the interior region out the closable end of the nozzle, and when the pressure on the liquid is removed, the biasing mechanism causes the nozzle to move back to the closed position.