Multiple Digital Computer Combinations TRIZ Cases

A proxy server routes browser requests to external devices via local interfaces.

Local area data initializes the wide area algorithm to reduce reliance on costly infrastructure.

A recommendation service identifies users with similar color preferences by analyzing associated color palettes from purchase history and browsing data.

Passive monitoring probes capture LTE interface packets to automatically identify network nodes, eliminating manual configuration delays and errors.

A DNS server adds type identifiers to query requests, reducing software module complexity and enabling efficient user security analysis.

Cloud servers mediate asset streaming between devices to resolve security risks while maintaining accessibility.

Smart Data Accelerator Interface chains hardware engines to process data streams without host intervention.

A performance enhancing proxy system establishes persistent connections between client and hub proxies to reduce data retrieval latency.

Segments heterogeneous networks to evaluate transmission distances and round trip times, preventing unauthorized content transfers.

A document exchange platform validates content against user-defined rules and delivers files in specified formats.

Local caching of a display engine and data files services read requests independently, reducing ASP network load.

A printer uses multiple network interfaces to maintain connectivity during communication disruptions.

A hybrid data surveillance system uses deep packet inspection and machine learning to establish behavioral baselines for network traffic analysis.

A parallel processing framework builds and distributes work packages across multiple servers to optimize resource utilization.

Electronic Message Costing System calculates message costs against allocated budgets to prevent unproductive messaging and optimize resource allocation.

A software system highlights email recipients matching a user's social network list.

Segmenting large media files into smaller data elements distributed across multiple peer devices reduces upstream access network burden and connection time.

Segmenting video files across multiple servers balances processing speed with energy consumption by assigning larger segments to high-performance nodes.

A distributed computing system uses cell computers that self-assign roles to distribute tasks and maintain data redundancy across a network.

A correspondence system uses an automatic flag to store messages for user review before rendering.

DNS alias synchronization maintains updated replication link information across independent storage nodes to process network requests on behalf of other systems.

A server-mediated system manages mobile data transfers by dynamically selecting optimal communication modes.

A messaging system gateway translates messages between diverse IoT devices using different connection protocols.

A clustering system assigns event messages to groups using non-parameter tokens and generates parsing functions to extract structured data fields.

Transfer devices packetize control panel data for network transmission, eliminating dedicated hard-wired field bus installation time and costs.

A digital media control room aggregates live streams from multiple mobile devices into a single virtual location.

A centralized messaging opt-out registry system enables wireless subscribers to block unwanted messages by querying subscriber preferences before delivery.

A client-side acceleration program dynamically redirects communications to bypass unavailable intermediaries.

A message service consolidates multiple datums into single emails using member-defined rules.

Co-locates affinity-related virtual machines on common processing resources, reducing power consumption from underutilized hardware overhead.

A routing device establishes direct peer-to-peer connections via a positioning server using recognition strings, bypassing complex tunneling protocols.

A scheduling system tracks user behavior patterns to predict high-probability time slots for online sessions.

Edge servers analyze client requests to cache partial SWF files, reducing startup latency and network bandwidth consumption.

A proxy entity queries a Domain Name Server to obtain IP addresses and includes them in Session Initiation Protocol messages before forwarding.

A gateway translates UPnP synchronous messages into SIP session control signals.

Flow steering entities decouple service chaining from network topology, enabling dynamic graph reconfiguration without static coupling constraints.

Segmenting avatar groups into peer subgroups offloads processing from central servers, maintaining rendering quality during high user density.

Server delivers discrete media assets via temporal backsets, enabling proactive client buffering that prevents rebuffering delays during live transmission.

A filter engine intercepts SSL certificate requests to enforce security policies within the existing protocol stack.

Computing components exchange tree generation data to build independent coding trees, encoding messages without shared secrets to prevent interception.

A proxy server validates content stream manifests against schema rules, resolving inconsistencies that cause streaming interruptions and quality degradation.

A Notification Delivery System processes excavation tickets to send targeted safety messages via email or video before work begins.

Hypervisor-based memory sharing between active and passive virtual machines preserves session state, eliminating reboot delays during server failures.

A cloud broker dynamically allocates processing resources across multiple federated cloud management infrastructures.