Service interceptors process communications within a gateway to enable modular policy enforcement and simplified protocol translation.
Portable metering device uses location detection technologies to determine audience member position, preventing spillover from adjacent rooms.
A layer-2 network switching system monitors multiple path performance metrics to select an optimal route for data traffic forwarding.
A terminal device processes voice commands to control home appliances and display relevant information.
A network system manages data flow by applying protocol-specific packet dropping criteria to control congestion.
A wearable body sensor antenna uses a ground layer to reflect radio frequency signals away from the human body.
Network management systems identify unmanaged switches using IP phone MAC tables, resolving topology accuracy issues caused by undetected devices.
Proxy nodes forward data units and accumulate path characterization information to resolve global synchronization issues in congestion management.
Mobile device builds lighting control group network table to eliminate complex manufacturing configuration steps.
Connection group objects represent network links to reduce storage requirements and template management complexity.
A network node determines its position data and replies with a protocol address to enable remote configuration.
A multimode communication method balances energy consumption and data transmission quality on power lines.
Segmenting data packets into sub-packets routed through multiple random paths prevents intermediate nodes from intercepting complete information.
A wireless radio network detects occupancy and tracks movable items within a facility.
Virtual bridge segmentation directs broadcast packets through designated interfaces, reducing flooding and improving bandwidth efficiency in bridged networks.
A communication method synchronizes autonomous home automation nodes to limit receiver active listening time.
Dynamic virtual output queue allocation adjusts buffer sizes proportionally to drain rates, preventing congestion and packet dropping in shared network buffers.
An image sensor on an input device captures images of an electronic marker displayed on a screen to determine x, y, and z coordinates.
Rearranges scene icons on a mobile terminal display based on device location, resolving clutter in crowded scene selection screens.
User equipment measures and reports contention metrics to the base station, resolving inefficient manual network optimization.
Assigns a protection quality metric to circuit paths based on the number of protection changes, minimizing single points of failure in mixed protection schemes.