A multi-core processor manages hardware errors by swapping spare cores for failing main cores without interrupting operating system execution.
A software tool calculates pin connection utilization metrics from placed layouts to identify potential routing failures in standard cell libraries.
Physics-based compact models derive electrical parameters from technology computer-aided design simulations to capture device behavior.
A two-dimensional optical proximity correction model generates reticle patterns using scalable test structures to match target contours.
Analyzes intermediate modules via a library to resolve feedback gaps in programmable logic.
A failure analysis tool calculates solder bump stress radii to identify critical wiring areas on semiconductor chips.
Bi-exponential statistical analysis characterizes leakage power across process parameters to resolve manufacturing yield loss from nanometer-scale variations.
Automated parasitic evaluation system supports simulation modes of varying accuracy for circuit design.
An RC extraction tool determines distances between through-semiconductor-vias to model parasitic parameters accurately.
A simulation driver saves context information to a stack during execution on a workstation.
A backplane initiator transmits control commands via SGPIO and SMBus interfaces to verify enclosure management controller functionality.
Apportions electromagnetic analysis data to configure candidate components, resolving iterative approximation bottlenecks that limit model precision.
A debug architecture streams peripheral data to separate stores via a shared hub.
Software program estimates trace bandwidth requirements using FIFO levels and overflow analysis.
A touch screen test apparatus converts collected information into a format recognizable by an intelligent device for external processing.
Control points with stored attributes guide integrated circuit wafer design, reducing optical proximity correction cycles.
An equivalent waveform model uses analog simulation to generate discrete templates for complex input signals.
Iterative statistical timing analysis updates signal arrival and departure times to resolve computational complexity in feedback loop circuits.
A software-based PCIe error injection platform automates correctable and non-correctable fault insertion for hardware validation.
Pattern-based capacitance extraction assembles reusable technology files, eliminating redundant field solver calculations across varying technology nodes.
A deadlock detection method retrieves power node inputs and starting orders to identify circuit path conflicts.
Correlates signals between RTL and gate levels to eliminate manual translation bottlenecks during chip design debugging.
A routing program assigns distinct spacing attributes to voltage-specific layer types on a single metal plane.
Segmenting processing into rad-hard and conventional units mitigates radiation-induced errors without increasing power requirements.
A processing circuit determines electrical connections based on measured passive component values to adjust capacitance or inductance.
A computer-implemented method traces signal paths across boards and chips to identify defects in electronic circuitry.