ABSTRACT. Reconstructing system-level behavior from silicon traces is critical in post-silicon debug of System-on-Chip (SoC) de-.

For example, work by Jamal et.al [9,10] proposes better functional changes during on-chip system debug, employing FPGA edge architecture.

This paper presents an on-chip monitoring infrastructure aiming to enhance observability by detecting communication transactions from low level signal events.

Enhancing Observability for Post-Silicon Debug with On-chip Communication Monitors · Abstract · Authors · BibTeX · References · Bibliographies · Reviews · Related.

ABSTRACT. Reconstruction of how components communicate with each other during system execution is crucial for debugging system- on-chip designs.

We first introduce an overview of post-silicon validation in Section 2.1. The scan-based debug technique is described in Section 2.2. The basic principle of.

To address the above challenges, this research project explores the communication-centric approach where validation and debug focus on whether exchanges of ...

A trace analysis approach that exploits architectural models of system-level protocols to reconstruct design behavior from partially observed silicon traces ...

We presented a post-silicon solution to support the functional verification of networks- on-chip by increasing the observability of the network's internal ...

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