Electric Digital Data Processing TRIZ Cases

A fusion device combines sensor data to generate reliable vehicle position information.

A target device detects cable mismatches by comparing active PHY types against stored configurations to enable or disable specific interface groups.

A shared transceiver architecture merges multiple CAN XL protocol controllers onto a single bus system using NRZ and PWM signal modes.

Segmented addressable monitors replace manual inspections by transmitting specific fault codes to reduce time spent locating elevator door defects.

A handshaking mechanism manages signal line assertions to prevent communication collisions and reduce peripheral complexity in low-cost microcontrollers.

Integrating DRAM memory channels within a CXL switch creates a local cache that reduces latency for AI and HPC workloads.

An overlap detection unit monitors bus states across distinct physical layers to identify signal conflicts during serial communication.

A chip-to-chip interface communicates separate interface and logic clock signals to enable flexible multi-mode data transmission.

A DBI encoding circuit compares previous raw data with current raw data to determine inversion states.

A variable current bleed unit prevents inductor vibrations by maintaining pulse frequency modulation above the audible range while conserving power.

A dedicated polling unit monitors register data and generates interrupt signals to offload processing tasks from the central processor.

A microprocessor controls a hardwired finite state machine via pause and continue signals, enabling post-fabrication flaw correction without hardware redesign.

A device driver uses direct memory access to transfer timestamp data without polling.

An interconnect interface unit manages payload queues to enable data engines as master devices.

A smart card uses dynamic protocol switching to upload data faster than standard modes, resolving the trade-off between transfer speed and device compatibility.

Master-slave systems merge interrupt signals into bidirectional data transactions using periodic polling during idle periods to reduce I/O pin requirements.

Dynamic buffer allocation adapts to destination congestion by adjusting weights, improving data transfer efficiency without rigid rules.

A host controller dynamically releases clock line control to a slave device, enabling the slave to source and drive a second clock signal onto the interconnect.

A distributed arbitration system uses transmit identifier transitions to balance data access across serially connected arbiters.

A USB network switch routes host signals through a matrix to connect over 126 devices while preserving seven-bit addressing compatibility.

Nonblocking crossbar switches enable direct FPGA-to-FPGA data transfers, reducing host involvement and configuration time for supercomputing applications.

An embedded-system device exposes a serial port to a host computer through a USB connection.

A virtual GPIO finite state machine consolidates multiple signal events into a single transmission window over a serial bus.

Dynamic interrupt coalescing in network interface controllers adjusts transmission signaling based on system memory availability.

Translation bus controller bridges one wire and MIPI RFFE protocols, consolidating master and slave operations to reduce pin count and device complexity.

A dynamic access category assignment mechanism prioritizes USB application data transmission over wireless channels.

A USB hub system uses a multi-host bridge to enable simultaneous device access, eliminating reconfiguration and state loss when switching between hosts.

An aggregate BMC controller mediates message exchange between a hybrid switch and baseboard management controllers.

A data bus interface channel controller translates and buffers commands to align multi-bit transactions with the bus width.

An SPI multiplex chip minimizes RF signal interference by merging control lines through time-division arbitration, resolving PCB routing complexity.

A serial interface receiver uses a blacklist to skip unacceptable equalization coefficients during link training.

An isolated communication bus system uses electromagnetic induction to link master and slave devices across varying ground references.

ID aliasing logic replaces transaction identifiers to prevent cyclic dependency deadlocks in data processing interconnects.

A USB-powered ornamental device prevents computer sleep mode by using an actuation mechanism to periodically press keys or move the mouse.

Common drive slots accommodate accelerators alongside drives, increasing mounted count while maintaining dual-controller reliability.

A memory device directs image sensor data via serial and parallel interfaces, reducing intermediary ISP circuitry resource consumption.

I3C bus transfers image data via interrupts, reducing power consumption compared to high-speed SerDes interfaces.

A modular backplane architecture enables flexible printed circuit board module upgrades through adaptable connectors and buses.

Binary arbitration tree nodes propagate encoded priority signals to resolve static local state conflicts and ensure dynamic request prioritization.

A channel performance monitor tracks real-time data traffic activity within an integrated circuit interconnection network to control transaction initiation timing.

A programmable DMA controller segments data load, computation, and store units into a pipeline for concurrent burst operations.

A swap media socket uses a detection apparatus and processor to disconnect power during removal.

A virtual bus gateway converts CAN messages into Ethernet packets to enable remote electronic control unit communication.

Tri-state buffers sink current on serial bus lines to mask devices, eliminating USB hubs and reducing board space.

An asymmetric memory interface uses distinct voltage swings and slew rates to optimize data transfer between logic controllers and storage devices.

A unified serial interface module selects protocols via a buffer to transmit data, eliminating separate hardware configurations for each standard.

I/O expansion logic translates non-standard adapter requests to standard PCIe formats, enabling legacy system support without modifying bus infrastructure.

Receiver detects frame boundaries by monitoring a predefined reception gap time, eliminating software parsing overhead and enabling efficient DMA transfers.

Indirection registers map limited 17-bit SDIO commands to 1 MB memory regions, overcoming address range constraints.