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STIMSMITH

CCSG

Tool
First seen 6/22/2026
Last seen 6/22/2026
Evidence 2 chunks

NEIGHBORHOOD

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RELATIONSHIPS

13 connections
Mode Transition Verification evaluates → 97% 2e
CCSG is used to evaluate and verify mode transitions under asynchronous event stress conditions.
SoC Pre-Silicon Verification evaluates → 97% 2e
CCSG is applied within the SoC pre-silicon verification flow to uncover corner case bugs.
Corner Case Scenario Generation Tool compares with → 99% 2e
CCSG is the abbreviated name for the Corner Case Scenario Generation Tool; they refer to the same tool.
Asynchronous Event Injection implements → 96% 1e
CCSG injects asynchronous events at precise times to cover mode transition windows.
External Reset uses → 93% 1e
CCSG allows the user to select external reset as the event type for injection.
External Interrupt uses → 93% 1e
CCSG allows the user to select external interrupt as the event type for injection.
Corner Case Scenario Generation implements → 98% 1e
CCSG is introduced as the automated tool for generating and verifying corner case scenarios.
Clock Failure uses → 93% 1e
CCSG allows the user to select clock failure as the event type for injection.
Randomization of Asynchronous Events ← compares with 92% 1e
CCSG is presented as a superior alternative to simple randomization of asynchronous events, since randomization can miss single-cycle windows.
CCSG Verilog Implementation ← part of 97% 1e
The Verilog implementation is the coded artifact that constitutes the CCSG tool.
External Wakeup uses → 93% 1e
CCSG allows the user to select external wakeup as the event type for injection.
Precision Event Sweeping implements → 97% 1e
CCSG implements precise sweeping of events across mode transition windows to ensure complete coverage.
Post-Processing of Simulation Results implements → 97% 1e
CCSG includes intelligent post-processing embedded in the tool to generate meaningful graphical data.