Store-And-Forward Switching Systems TRIZ Cases

A provisioning server automatically retrieves and sends software update packages to packet telephony devices based on device configuration information.

A packet processing system uses a dedicated head decoupled from pre-allocated data buffers to store packets sequentially.

A call control system correlates RTP packet status with SIP routing data to identify faulty components within the network infrastructure.

A detachable communication module enables multilateral one-way data transfer through dedicated input and output slots.

A companion device performs secondary lookups in external memory to extend routing table capacity beyond integrated hardware limits.

A transmission apparatus generates transport protocol selection information to coordinate multiple standards like ROUTE and MMT.

A dynamic bandwidth allocation mechanism adjusts core routing capacity based on real-time hardware temperature and voltage readings.

A cloud telephony system routes calls through a public switched telephone network to enable lawful intercept without modifying the primary internet protocol infrastructure.

A downloadable LAN agent collects performance data and transmits it to a cloud server for analysis.

An address translation gateway bridges private and public networks to enable direct resource allocation.

An adaptive packet processing mechanism selects between direct flow mapping and load balancing based on thread state.

A communication manager module configures data transmission paths based on user-defined priority attributes.

An integrated Layer 2 switch routes packets between multiple hosts, reducing latency and power consumption compared to sequential peripheral access.

A differential latency measurement method uses packet duplication to determine path timing differences for optimal communication routing.

Network control device selects optimal gateway devices based on communication quality parameters.

A token bucket traffic limiting method uses a shared timestamp across multiple buckets to determine filled tokens based on packet arrival.

A call admission controller allocates network bandwidth based on session attributes, eliminating underutilization of dedicated resources.

Flow group queue segmentation isolates individual service traffic using dedicated token buckets, preventing single-service bandwidth monopolization.

A router element establishes authenticated connections across multiple parallel transmission paths to route data packets through diverse physical media.

Communication modules compute routing scores from node hardware and applications to maintain connectivity when centralized infrastructure fails.

A logical transport network overlays a physical PCIe bus to enable cache coherency without hardware replacement.

A firmware abstraction layer translates data descriptors to bridge older driver modules with newer network interface hardware.

A method selects network connection hubs using Quality of Service parameters to aggregate multiple communication paths.