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STIMSMITH

CRT Test Bench

Tool
First seen 7/17/2026
Last seen 7/17/2026
Evidence 5 chunks

NEIGHBORHOOD

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RELATIONSHIPS

11 connections
Control Path Verification evaluates → 97% 2e
The CRT test bench is focused on verifying the control path of the DUT.
Instruction Abstraction Layer (IAL) implements → 97% 2e
The CRT Test Bench includes and implements the Instruction Abstraction Layer.
Design Under Test (DUT) evaluates → 98% 2e
The CRT Test Bench applies test vectors to the DUT and evaluates its responses.
Constrained Random Verification implements → 97% 1e
The CRT Test Bench verifies the DUT using constrained random verification of the design control path.
Verification Methodology Manager (VMM) uses → 90% 1e
One particular embodiment of the CRT test bench is based on VMM.
Register Abstraction Layer (RAL) uses → 90% 1e
One particular embodiment of the CRT test bench is based on RAL.
Integrated Circuit (ASIC) Design evaluates → 97% 1e
The CRT Test Bench is developed to verify integrated circuit and ASIC designs.
Constrained Random Test (CRT) implements → 99% 1e
The CRT Test Bench implements the constrained random test methodology for verifying integrated circuit designs.
Directed Test Bench ← compares with 95% 1e
The CRT Test Bench addresses shortcomings of the traditional Directed Test Bench approach.
SystemVerilog uses → 99% 1e
The CRT Test Bench is built on SystemVerilog as its underlying language.
Test Vector uses → 97% 1e
The CRT Test Bench applies test vectors as stimuli to the DUT during simulation.