Multiple Digital Computer Combinations TRIZ Cases

Nested protocol headers guide BIER packets along designated paths without duplication.

A SaaS template engine translates common message content into channel-specific formats, reducing code rewriting and delivery failures.

This case uses subnet prefixes and path identifiers to simplify cloud route configuration, reduce tunnels, and improve packet forwarding.

This case combines AR auxiliary data and media streams on one path to reduce latency in voice and video calls.

This case separates known-domain authentication from open sign-up checks to reduce fraud, false positives, negatives, and privacy exposure.

A VAL server sends SDP details to an NRM server before media setup, balancing session reliability with resource allocation time.

Distributed probes, hubs, and cloud correlation filter packets and logs to detect threats while limiting bandwidth and vehicle resource use.

WREB notifications target contributing senders and adapt timing to congestion, reducing signaling overhead while improving path control.

This case measures event magnitude, intensity, precision, and accuracy to detect meta-events from changing interests over time.

A realtime kernel distributes rendering and manages distance-based connections to sustain communications across modest computing devices.

Precomputed delays, buffering, and synchronization exchange align playback across devices despite network and geographic timing differences.

This case uses client display feedback to adjust video quality, balancing transmission quality with bandwidth and device processing limits.

A per-node distributed lock manager uses FIFO queues and fairness feedback to balance virtual IP allocation without a master node.

Ontology-based learning and probabilistic reasoning help predict malicious actions and protect web applications from business logic attacks.

A server-managed file synchronization architecture replaces manual transfers with unified access to current versions across devices.

Interactive email elements record and update recipient reactions without changing the original message across providers.

Containerized client components and common queuing services connect external providers while enabling centralized contact center updates.

The decentralized approach uses a network configuration agent and remote engine to calculate and distribute industrial TSN settings.

This case keeps electronic communications local for timed review before users transfer messages to a transmission-capable application.

Regional agents share monitoring data to compute optimal paths, while a central controller enforces routing across hybrid networks.

Receive and transmit credit holds synchronize buffer movement across ports or virtual lanes, avoiding link flaps, frame loss, and downtime.

Adaptive IP lookup selects communication modes across host and guest OS environments.

This case separates ASIC forwarding from NFV service computing to support scalable, flexible network device expansion.

Device-ID routing delivers content to TVs without email software or unwanted reception.

A flexible hardware circuit selects independent mirror passages by packet criteria, enabling post-deployment control without redesign.

This case maps host VPN resources to guest environments through a virtual adapter and transparent PPP-to-Ethernet framing.

This engineering case automates SNMP manager configuration by mapping device OIDs to MIBs for data collection.

Fixed arrays limit flexibility; dynamic data-path states support high-speed computing.

Cross-process messaging enables content sharing and communication without app switching.