Blogs - Industries
Role of AI/ML in Vision System for Surgical Support
Surgery and AI Throughout the years, we have seen many examples where surgeons seem skeptical
Understanding Bi-directional EV Charging
The global Electric Vehicle (EV) charger market is expected to grow from $18 billion to
A Case Study – Crosstalk role in delaying full-chip closure
To keep up the pace with Moore’s law, manufacturing technology nodes keep decreasing so much
Application Security Testing: API, Web, and Mobile App Vulnerability Detection
What is Application Security Testing? The process of making an application more resistant to vulnerabilities
Digital Dermatoscopes – Redefining Skin Imaging Diagnosis with Advanced Imaging & Connectivity
WHO estimates that out of three cancers diagnosed, one is skin cancer. Further, it is
How Cadence Coverage commands solve manual efforts in coverage closure exercise?
Coverage is traditionally used as a confidence-building metric and the quality of verification is measured based on it. Coverage works as a safety net to ensure that the design is verified thoroughly and keeps track of the progress of the verification process. While verifying a complex SoC (System on Chip) or IP (Intellectual Property), we invest most of our time in other verification phases like planning, development, and debugging. We generally struggle to close on coverage numbers. The purpose of this article is to highlight some hidden but useful coverage commands supported by the Cadence IMC tool that can help to ease and speed up the coverage closure.
A closer look at OCPP (Open Charge Point Protocol) and its growing importance to the EV Charging Systems
This is the second blog in the series of ‘Digital transformation in EV charging value
AMS verification – Co-simulation vs. Digital-centric simulation
Introduction Analog-centric and digital-centric simulations are two different types of mixed-signal simulations. The real challenges
Understanding the V2X (Vehicle to Everything) Communication
According to the business wire market research, there were 0.7 million cars with V2X capability
