Posts

End-to-End RTL to GDSII flow for digital clock circuit

Image
 Abstract: This project presents the design and implementation of a Digital Clock Circuit through a fully automated RTL-to-GDSII flow. The circuit performs precise timekeeping with features such as second, minute, and hour transitions. The project covers every stage of the VLSI design process, from initial preparation to layout verification, ensuring adherence to timing, power, and area constraints. Key steps include synthesis, placement, routing, static timing analysis (STA), and post-layout validation. The final output is a clean, manufacturable layout in GDSII format, ready for fabrication. Introduction: The Digital Clock Circuit is a vital module for accurate timekeeping in embedded systems and modern IC designs. This project demonstrates the end-to-end design flow for such a circuit, leveraging industry-standard tools and methodologies. By following a structured process, from Register Transfer Level (RTL) coding to final GDSII layout generation, this project ensures a robust a...
Post a Comment
Read more

Value-driven employee performance evaluation model

Image
  Abstract This paper proposes a transformative approach to employee performance reviews by using mathematically defined metrics that go beyond basic time-to-completion or task quantity. The goal is to promote personal growth for employees, enabling them to better understand and enhance their capabilities while simultaneously aligning their efforts with the organization's goals. By measuring attributes like collaboration, complexity, versatility, competency, and value creation, this model fosters a more value-driven and adaptable workforce. Traditional methods of employee performance evaluation are often limited to surface-level metrics such as time to task completion or number of tasks accomplished. While these measures offer some insight, they fail to capture the multifaceted nature of true employee performance, which includes collaboration, versatility, competency, and adaptability. This paper introduces a revolutionary performance evaluation model that quantifies deeper emp...
Post a Comment
Read more

Node Sanitation Copilot (NSC) – A Front-End Approach to Comprehensive Data Observability

Image
  Abstract Data observability solutions are traditionally built to monitor backend systems, ensuring compliance, performance, and data integrity within a predefined tech stack. However, these solutions overlook the critical aspect of data transfer and duplication at the front end, where data travels between user nodes and endpoints. Node Sanitation Copilot (NSC) leverages task mining and remote capture technologies to provide real-time, UI-layer visibility into data classification, redundancy management, and access control, making it a pioneering solution in front-end data observability. This paper discusses the architecture of NSC, contrasts its functionality with traditional backend-focused observability tools, and explores novel applications where NSC can offer superior infrastructure support. 1. Introduction As digital data grows exponentially within organizations, tracking its journey from creation to deletion has become more complex. Data observability tools have evolve...
Post a Comment
Read more