Input/Output Processes For Data Processing TRIZ Cases

Synchronized touch sensor driving signals cancel switching noise via preliminary anti-action, preserving display quality and vehicle safety.

A PCIe SRIO protocol controller routes atomic operations through a dedicated DSA section to bypass store-forward packet buffers.

Four diagonal image sensing units capture touch point images to resolve ambiguity when multiple fingers overlap, ensuring accurate identification.

A touch-sensitive display detects directional gestures to scroll through information lists on portable electronic devices.

A touch sensing device applies convolution and fast Fourier transform to driving signals for accurate detection.

A passive stylus uses an integrated RFID tag to transmit pressure data from a conductive tip to a touchscreen interrogator.

Asymmetric 20 to 25 degree electrode angles break periodic interference patterns, eliminating moire artifacts while maintaining reliable touch detection.

Force sensors calculate a centroid location to detect user inputs approaching or contacting a surface.

Segmented connecting patterns and expanded bridge electrodes reduce parasitic capacitance and visibility, improving touch sensitivity and image quality.

Spaced intersection fill patterns in the touch control structure lower mutual capacitance, minimizing signal loading time for multi-layer-on-cell panels.

Segmenting the display into distinct window regions manages Z-order and layout adjustments, resolving multitasking efficiency versus interface complexity.

A controller enlarges a display region upon detecting a flick operation to expand the input range on narrow screens.

A detection circuit uses switching elements to differentiate between touch position and approach states.

Selection logic diverts incoming data to a RAM segment when the FIFO reaches capacity, resolving latency and size trade-offs.

Associates process priority with I/O requests in queues to reorder processing dynamically, resolving wait time bottlenecks from static queue ordering.

Overlapped conductive patterns on an insulating layer suppress noise interference while improving touch sensitivity in display devices.

Relay electrodes overlap first electrode projections to minimize visible area while maintaining electrical connectivity.

An aggregated user interface displays menu choices alongside a navigation history trail.

A control unit sets distinct execution and cancellation pressure standards for an electronic device.

A hybrid ultrasonic and millimeter wave sensor array detects gestures using cross-ambiguity function analysis.

A request queue manager uses occupying bits to swap items based on priority for optimized data transmission.

Stretching edge display elements away from boundaries indicates document limits, preventing repetitive user actions on small screens.

A touch interface calibration system adjusts recognition parameters using stored location data to correct input errors.

Segmented jumper design with oxide layer prevents nanowire accumulation, resolving the trade-off between low contact impedance and visual clarity.

A noise detecting apparatus uses differential processing on reference electrode signals to isolate interference from touch sensing data.

Processor detects simultaneous touch gestures on distinct screen portions to trigger independent display events.

Runtime system allocates container space and adjusts component sizes for variable display configurations.

A virtualization bridge device uses a switch fabric to map root memory spaces to shared I/O device local memory.

Image forming apparatus receives setup data via optical signals from a communication terminal using its image reading part.

Integrating a ground line between first and second trace lines reduces signal noise from coupling phenomena, improving touch position detection accuracy.

A touch screen design converts gate scanning signals into touch driving pulses to increase detecting frequency.

Request identification tags track write completions in a PCIe link, holding read requests in abeyance to resolve deadlock risks from posted writes.

A touch device filters edge gestures using dynamic state conditions to prevent unintended system activations.

A touch display driving controller shares a single memory resource between display and touch data operations.

A grip detection algorithm analyzes touch input characteristics to identify and filter unintentional contacts on a touch-sensitive surface.

Segmented sensing electrodes with distinct frequency bands resolve signal interference between touch and pen inputs.

A processing system selects baseline signals from previous capacitive frames to calculate delta measurements for side touch input.

A touch substrate merges capacitive electrodes and functional channels into single conductive layers.

Continuous rotation of the node set eliminates discrete scrolling steps, resolving the trade-off between navigation simplicity and efficiency.

A touch sensing circuit suppresses common-mode noise through dedicated analog front-end and compensation circuits.

Multipath gating circuits reduce lead pin counts by grouping electrodes and switching them sequentially to a single output line.

A touch sensor uses a closed sensing area with sub-electrodes spaced at equal distances from the center to enhance detection.

Alternating positive and negative integration sequences synchronize with display refresh cycles to cancel noise and flicker from dot inverse patterns.

Through holes expose source drain electrodes to link pixel layers, removing intermediate silicon nitride from the display region to boost light transmittance.

Varying wiring line width in the outermost region reduces visibility and glare while maintaining electrode functionality.

A capacitive sensing system calculates position error using velocity differences derived from sequential measurements to correct calculated coordinates.

A touch input apparatus detects operating object movement parallel to the input surface to trigger immediate responses without waiting for subsequent inputs.