What are the challenges in the VLSI design flow?
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The challenges in the VLSI design flow include the long design process, high risk, and the need for human intervention . Additionally, there are practical limitations and the use of non-compatible tools and design flows that require manual adaptation . Low cost, low form-factor, and energy efficiency are also important considerations for VLSI design targeted for the Internet-of-Things (IoT) . Power dissipation is another challenge, and power management techniques are used to design low power circuits and systems . Overall, the VLSI design flow requires optimization, improvements in bio-inspired algorithms, and addressing the floor planning problem .
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| Papers (5) | Insight |
|---|---|
Open access•Journal Article | The challenges in VLSI design flow include high-speed and low-power requirements, power dissipation, and difficulties at architectural, logic, and device levels. |
13 May 2018 5 Citations | The challenges in the VLSI design flow include handling process, voltage, and temperature variations, incorporating timing margins, and synchronizing asynchronous and synchronous clocks. |
24 May 2015 1 Citations | The challenges in VLSI design flow include the use of non-compatible tools, manual intervention, and the complexity of integrating different types of circuits. |
22 Citations | The paper discusses the research gaps and challenges in VLSI design, providing insights for further research. |
12 Citations | The challenges in VLSI design for IoT devices include low cost, low form-factor, and high energy efficiency. |
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