Add to ORKGChoosing the right methodology is a significant step towards successful VLSI designs. Traditional methodologies and tools are no longer adequate to handle large and complex designs. This paper presents a novel design methodology for complex deep-submicron designs, using a case study of the development of a high-end network processing ASIC chip-set. The paper focuses on the synergetic use of the “dual design verification approach”, along with static verification methods in achieving defect free silicon. It also discusses the techniques employed for achieving faster and less-iterative timing closure
The current report contains the introduction of a novel Top-Down Design and Verification methodology...
We describe a methodology for verifying system-on-chip designs. In our methodology, the problem of v...
In the design process of a chip, 30% of design time is dedicated for designing and 70% of time is sp...
Shrinking process node sizes allow the integration of more and more functionality into a single chip...
This paper presented an efficient verification strategy for the platform based design. A goal of the...
During the 1990\u27s the main focus of chip design methodologies was on the timings and area constra...
The development process of digital integrated circuits is increasingly needing resources for design ...
We present a methodology and design flow for signal processing application specific integrated circu...
Given the growing size and heterogeneity of Systems on Chip (SOC), the design process from initial s...
Abstract—This paper examines the achievements and future of system-on-a-chip (SoC) design methodolog...
Deep submicron semiconductor technology has enabled system-level IC design complexity to exceed mil...
Systems on chip (SOC) are composed of intellectual property blocks (IP) and interconnect. While matu...
This paper discusses a standard flow on how an automated test bench environment which is randomized ...
Systems on chip (SOC) are composed of intellectual property blocks (IP) and interconnect. While matu...
A unified algorithm-architecture-circuit co-design environment for dedicated signal processing hardw...
The current report contains the introduction of a novel Top-Down Design and Verification methodology...
We describe a methodology for verifying system-on-chip designs. In our methodology, the problem of v...
In the design process of a chip, 30% of design time is dedicated for designing and 70% of time is sp...
Shrinking process node sizes allow the integration of more and more functionality into a single chip...
This paper presented an efficient verification strategy for the platform based design. A goal of the...
During the 1990\u27s the main focus of chip design methodologies was on the timings and area constra...
The development process of digital integrated circuits is increasingly needing resources for design ...
We present a methodology and design flow for signal processing application specific integrated circu...
Given the growing size and heterogeneity of Systems on Chip (SOC), the design process from initial s...
Abstract—This paper examines the achievements and future of system-on-a-chip (SoC) design methodolog...
Deep submicron semiconductor technology has enabled system-level IC design complexity to exceed mil...
Systems on chip (SOC) are composed of intellectual property blocks (IP) and interconnect. While matu...
This paper discusses a standard flow on how an automated test bench environment which is randomized ...
Systems on chip (SOC) are composed of intellectual property blocks (IP) and interconnect. While matu...
A unified algorithm-architecture-circuit co-design environment for dedicated signal processing hardw...
The current report contains the introduction of a novel Top-Down Design and Verification methodology...
We describe a methodology for verifying system-on-chip designs. In our methodology, the problem of v...
In the design process of a chip, 30% of design time is dedicated for designing and 70% of time is sp...