Electric Digital Data Processing TRIZ Cases

Sequentiality profiles quantify input/output workload patterns to evaluate data movement policies and reduce cache pollution from fixed look-ahead windows.

Segmented scan engine module reduces operator fatigue by enabling autonomous scanning and detachable operation in tight spaces.

A microcontroller interrupt management unit introduces a delay time for activating interrupts to stabilize system operation.

Dynamic sensor configuration reduces communication bus load by filtering irrelevant data while maintaining critical acquisition performance.

A communication system transmits control frames to reduce GPIO pin usage.

An interrupt controller converts signals into scheduled events using a vector table and scheduler engine to manage work properties.

Slave devices generate request signals to initiate data transmission, allowing the master device to selectively communicate with slaves as needed.

A slave expander decodes addresses in data streams to activate independent slave selects on a shared SPI bus.

Independent pipeline stages decode headers and manage data simultaneously to eliminate processing latency in high-speed serial communication systems.

Segmenting data values into chunks transmitted via interrupt transactions overcomes high-speed bus corruption before receiver training.

Disabling the USB hub during mode switching prevents interference, ensuring accurate identification of the second electronic device.

A CPLD-based I2C system counts valid SDA data within clock cycles to decode signals accurately.

An arbiter generates a pseudo-grant signal to allow master units to supply target information before arbitration completes.

A connection interface conversion chip routes DP signals between USB and DisplayPort circuits via a dedicated switching circuit.

A control element modifies data packets to enable transparent sharing of physical I/O devices among multiple computer systems.

Optical Idle Ordered Sets maintain PCIe protocol compatibility across optical interfaces, preventing signal termination issues and noise interference.

A PCIe switch fabric storage node couples multiple SSDs via standardized half-height, half-length add-in cards.

A system detects logical states of PCIe slot pins to determine communications width and sets a bifurcation variable for the connected resource.

Appends tie-break bits to priority values, enabling single-cycle arbitration that resolves equal priorities without increasing critical path delay.

Subscriber station compares received identifiers against local transmission codes, preventing data loss during bus expansion without complex configuration.

A serial sideband link merges multiple I/O protocols into one interface to reduce pin count.

Logic controller switches USB configuration channel levels to enable dynamic master-slave role assignment, resolving fixed connection limitations.

A host device obtains storage connectivity information to automatically establish iSCSI links via multi-path input-output drivers.

An interface emulator uses paired first-in, first-out memory buffers to exchange data with external devices through a shared access port.

A data transfer apparatus uses a request generation circuit to create highest priority requests for bus access.

A memory device with multiple sub-banks and independently driven data channels processes concurrent requests from several processors.

Interface device encodes I2C signals into differential data to overcome capacitance limits and extend communication distance.

A memory evaluating board uses a single PCIe card edge to evaluate dual port SSDs.

A wireless small form-factor pluggable module replaces physical cables with radio frequency signals to enable high-speed data transmission.

An extensible host controller enables direct data transmission between two hosts via a standard USB line using dynamic mode switching.

Rate-matching and phase compensation FIFO buffers transfer data between FPGA and HBM2 clock domains, resolving bandwidth mismatch and clock insertion latency.

A spurious interrupt detection module scans device functions sharing an IRQ value to identify the source of a hardware interrupt signal.

Host system maps Requester ID values to network-on-chip target ports, enabling full lendee memory access without performance degradation.

A USB controller implements OTG functionality via a hybrid state machine, reducing development costs by minimizing extra hardware.

Buffered engines in a multi-channel USB controller enable autonomous operation, resolving bandwidth limits and device complexity.

Configurable communication circuit uses protocol bridge circuits and a switch network to convert data between raw and intermediate formats.

A virtual interface card adapter dynamically learns host locations and builds interfaces to connect selected PCIe devices.

A dedicated controller manages communication interfaces to execute instructions at each clock cycle.

A PCIe endpoint encodes transaction-specific attributes in a transaction layer packet prefix to optimize host communication.

A time division multiplexed signal bus connects multiple memory types through a shared communication path, reducing I/O pin count and controller complexity.

A protocol control part divides large capacity data into smallest payload units to manage transmission timing.

A bus addressing method uses current sources to pre-select participants before assigning unique addresses.

A network interface system parallelizes workload using flexible packet classification and memory access channels.

Detection units trigger bus switching to incorporate extension modules, resolving the trade-off between system stability and adaptability.

A multi-master bus emulates keyboard controller style services to manage system interactions between processing nodes and a service processor.

A signal conditioner uses a re-driver to inject current into data signal edges, extending physical device distance.

Inserting additional short bits within CAN bit temporal length maintains bus user synchronicity while increasing data transmission rates.

Dynamic allocation of shared decoupling capacitors mitigates voltage transients across multiple power delivery buses without increasing chip area.

An abstraction protocol enables full command queuing across SATA and SAS storage devices via a unified interface.

A processing circuit encodes data as an index and difference relative to stored thresholds to reduce bit width.