Abstract: A method for cleaning a firearm suppressor having firing residue deposits on inner surfaces thereof, includes: providing a hydraulic system including a cleaning chamber, a turbulence-inducing nozzle, and a non-petroleum-based cleaning solution; installing a used firearm suppressor onto the turbulence-inducing nozzle; placing the used firearm suppressor into the cleaning chamber; tempering the non-petroleum-based cleaning solution to a temperature between about 120° F. and about 180° F.; and flowing the non-petroleum-based cleaning solution through the turbulence-inducing nozzle and the used firearm suppressor at a predetermined pressure and flow rate during a predetermined period of time. An apparatus for cleaning a firearm suppressor having internal baffles and expansion chambers is also described.

Abstract: Systems and methods for onboarding remote devices in a Distributed Access Architecture. Such systems and methods may include an Onboarding Service Device (OSD) having a network address returnable to the remote device by a DHCP server so that the remote device may contact the OSD directly after receiving its address.

Abstract: Methods, systems, and computer readable media can be operable to facilitate an analysis and control of video quality of experience (VQoE) of services delivered to one or more client devices. A content version segment may be selected for delivery to a client device based upon an estimation of the video quality experienced by the client device and the bandwidth available for delivering content to the client device. Video quality estimation may be based upon information associated with the encoding of a media stream coupled with one or more parameters of the client device receiving the media stream. Video quality estimation for one or more client devices may be aggregated and displayed to a service operator and/or may be used to inform content selection decisions in an adaptive bit-rate delivery method.

Abstract: Methods, systems, and computer readable media can be operable to facilitate an analysis and control of video quality of experience (VQoE) of services delivered to one or more client devices. A content version segment may be selected for delivery to a client device based upon an estimation of the video quality experienced by the client device and the bandwidth available for delivering content to the client device. Video quality estimation may be based upon information associated with the encoding of a media stream coupled with one or more parameters of the client device receiving the media stream. Video quality estimation for one or more client devices may be aggregated and displayed to a service operator and/or may be used to inform content selection decisions in an adaptive bit-rate delivery method.