@@ -17,7 +17,7 @@ Contemporary systems are increasingly built upon cutting-edge hardware component
# Modular end-to-end simulations through SimBricks
SimBricks empowers in-depth exploration of complex systems by enabling the integration of diverse simulators for each system component in order to run end-to-end simulations of complete systems. While individual simulators excel at generating detailed log files that offer deep visibility beyond physical testbed limitations, capturing intricate system behaviors and establishing causal relationships between events across log files from different simulators is a challenge. Synchronizing simulations, as detailed in a [previous post](blog/accurate-efficient-scalable-synchronization.html), is a crucial step, but it doesn't inherently solve the problem of correlating events from different simulation perspectives to understand how system components interact and influence each other.
SimBricks empowers in-depth exploration of complex systems by enabling the integration of diverse simulators for each system component in order to run end-to-end simulations of complete systems. While individual simulators excel at generating detailed log files that offer deep visibility beyond physical testbed limitations, capturing intricate system behaviors and establishing causal relationships between events across log files from different simulators is a challenge. Synchronizing simulations, as detailed in a [previous post](accurate-efficient-scalable-synchronization.html), is a crucial step, but it doesn't inherently solve the problem of correlating events from different simulation perspectives to understand how system components interact and influence each other.
The ability to uncover causal connections between events from disparate log files is essential for comprehending intricate system dynamics and identifying performance bottlenecks or design flaws.
