Cybernetic Automatic Economic Planning: Difference between revisions
(Created page with " '''* Presentation: "Arjunveer Singh and Shivam Mahajan of the Center for Cybernomics Research discuss their paper that extends the Dynamic Leontief Input-Output Model to cover accurate supply changes according to demand, international trade and other matters."''' URL = https://www.youtube.com/watch?v=uM6UkVPyvss =Description= "This study extends the classical Leontief inputoutput model into a sophisticated, dynamic, and scalable framework suitable for modern large-s...") |
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'''* Presentation: "Arjunveer Singh and Shivam Mahajan of the Center for Cybernomics Research discuss their paper that extends the Dynamic Leontief Input-Output Model to cover accurate supply changes according to demand, international trade and other matters."''' | '''* Presentation: "Arjunveer Singh and Shivam Mahajan of the Center for Cybernomics Research discuss their paper that extends the Dynamic Leontief Input-Output Model to cover accurate supply changes according to demand, international trade and other matters."''' | ||
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* Paper via [https://www.techrxiv.org/users/890793/articles/1314481-a-dynamic-input-output-framework-for-high-resolution-economic-planning-for-gross-production-investment-and-growth-targets?] | * Paper via [https://www.techrxiv.org/users/890793/articles/1314481-a-dynamic-input-output-framework-for-high-resolution-economic-planning-for-gross-production-investment-and-growth-targets?] | ||
* The [[Center for Cybernomics Research]] | |||
[[Category: | [[Category:Mutual_Coordination]] | ||
[[Category:Webcasts]] | [[Category:Webcasts]] | ||
Latest revision as of 07:52, 26 December 2025
* Presentation: "Arjunveer Singh and Shivam Mahajan of the Center for Cybernomics Research discuss their paper that extends the Dynamic Leontief Input-Output Model to cover accurate supply changes according to demand, international trade and other matters."
URL = https://www.youtube.com/watch?v=uM6UkVPyvss
Description
"This study extends the classical Leontief inputoutput model into a sophisticated, dynamic, and scalable framework suitable for modern large-scale economies comprising millions of sectors. We present a novel computational methodology that leverages sparse matrix techniques, Neumann series approximations, and demand-price elasticity feedback mechanisms to simulate and optimise economic production, investment and resource allocation over time. Our approach rigorously analyses error propagation, computational complexity, and real-world applicability, which are validated through extensive simulations and empirical data comparisons. This study aims to provide a robust platform for real-time, high-resolution economic planning."
More information
- Paper via [1]