State of Analogue & MS Design today?

In summary, the conversation discusses the use of bottom-up methodology in analogue and mixed-signal design methods, with the suggestion that it may be more effective to adopt a top-down approach. The speaker also asks about tools and methods for fixing this issue and mentions Spectre and HSSPICE as potential solutions. The conversation also touches on the idea that small organizations may benefit more from bottom-up methodology, while larger corporations may need to resort to the author's methods. The use of Parkinson's Laws in engineering and business curricula is also mentioned.
  • #1
bernie21
2
0
Hi,

I was reading an article/report (http://www.designers-guide.org/Design/tdd-principles.pdf) about how Analogue and mixed-signal design methods are too bottom-up when they should be top-down (like the modern digital methods). Browsing around, I haven't found much material published on this topic since... What tools exist to fix it?

I've found Spectre and HSSPICE as possibilities, but I don't know to what extent these address RTL verification and synthesis. Also, are there automated methods to verify "gate-level" analogue circuits?

Thanks in advance!
 
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  • #2
in my humble opinion

small efficient organizations can do fine with bottom up methology.

large bureaucratic ones must resort to that author's methods

and that's why so much of large corporations' work is farmed out to smaller ones

Parkinson's Laws should be required for both engineering and business curricula.

"A methodology is a method that went to college" - Mark Twain
 
  • #3
jim hardy said:
in my humble opinion

small efficient organizations can do fine with bottom up methology.

large bureaucratic ones must resort to that author's methods

and that's why so much of large corporations' work is farmed out to smaller ones

Parkinson's Laws should be required for both engineering and business curricula.

"A methodology is a method that went to college" - Mark Twain

Thanks for the quick response Jim.

I agree with you on small organizations since I doubt they would pursue large, complex designs right out the gate. As for large corporations, I doubt they would outsource much of their work to smaller corporations - it would be costly and difficult to line up efforts for multiple blocks... Do they?

For high-tech, I expect both engineering and business curricula do employ Parkinson's Law; especially in ASIC design. I'm just not positive.
 

FAQ: State of Analogue & MS Design today?

What is the current state of analogue and MS design in the scientific community?

The current state of analogue and MS design in the scientific community is constantly evolving as new technologies and techniques are being developed. However, there is a growing emphasis on incorporating both analogue and MS methods into research to gain a more comprehensive understanding of complex systems.

What are the advantages of using analogue and MS design in scientific research?

One advantage of using analogue and MS design in scientific research is the ability to study dynamic systems and complex relationships in a more realistic and holistic manner. This can lead to a better understanding of real-world phenomena and potential applications in various fields such as medicine, environmental science, and engineering.

How do scientists ensure the accuracy and reproducibility of data obtained through analogue and MS design?

To ensure accuracy and reproducibility, scientists often use standardized protocols and procedures for data collection and analysis in analogue and MS design. They also conduct multiple trials and replicate experiments to confirm their findings and eliminate any potential biases.

What are some challenges faced by scientists when using analogue and MS design in their research?

One challenge is the complexity of data interpretation and analysis. Analogue and MS design often involve large datasets and require sophisticated statistical methods to extract meaningful insights. Additionally, ensuring the comparability of data obtained from different analogue and MS methods can be a challenge.

What advancements and future directions can we expect in analogue and MS design in the coming years?

In the future, we can expect to see advancements in technology and techniques that will allow for more precise and efficient data collection and analysis in analogue and MS design. There may also be a greater focus on integrating multiple methods and approaches to gain a deeper understanding of complex systems. Additionally, the use of artificial intelligence and machine learning in analogue and MS design is an area of active research and is expected to have a significant impact in the coming years.

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