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We are working to secure the Artificial Superintelligence Alliance's leadership in decentralized AGI. More details coming soon. $FET

54,198 просмотров • 1 год назад •via X (Twitter)

Комментарии: 11

Фото профиля jaybird86👨‍🚀 ᛤᛤ
jaybird86👨‍🚀 ᛤᛤ1 год назад

@ASI_Alliance Looks like some heavy compute right there!

Фото профиля Lab4crypto
Lab4crypto1 год назад

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Фото профиля $CPUMP😉
$CPUMP😉1 год назад

@ASI_Alliance Are there any updates on the next burn? 😅

Фото профиля cryptoFOXXY
cryptoFOXXY1 год назад

@ASI_Alliance 👀

Фото профиля Eric
Eric1 год назад

@ASI_Alliance 👀

Фото профиля The Legend
The Legend1 год назад

@ASI_Alliance 👌

Фото профиля Kartal
Kartal1 год назад

@ASI_Alliance 👍

Фото профиля Ascend Chain Capital
Ascend Chain Capital1 год назад

@ASI_Alliance 👀

Фото профиля CryptoHash
CryptoHash1 год назад

@ASI_Alliance What is it ?

Фото профиля Habakuk it is
Habakuk it is1 год назад

@ASI_Alliance Quantum computers 🌹❤️🌹.

Фото профиля Derek
Derek1 год назад

@ASI_Alliance All nations unite! All humans unite! All religions come together. We are entering the next phase!

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Computing hardware architecture has evolved from maximizing single-core performance to multiplying parallel processing capacity through more cores, more threads, and higher computational density. This transition demands software architectures specifically designed to exploit parallel processing, especially in advanced AI and blockchain-based systems. As Greg Meredith, CEO of our partner F1R3FLY. io, notes, "We need software architectures that can eat physical threads of computation and turn that into throughput." Traditional sequential programming models often struggle to effectively leverage the potential of these multi-core systems, creating a bottleneck in performance scaling. Rholang addresses this challenge through its foundation in the Rho-Calculus, a reflective higher-order process calculus specifically designed for inherent concurrency and reflection. Unlike computational models based on sequential execution or those that bolt on concurrency primitives, Rholang can leverage its process-oriented nature to detect and distribute non-interfering logical computation threads across available physical processing units, creating a more direct correlation between hardware resources and performance scaling. The Rho-Calculus was specifically designed to provide the minimal set of operations needed to model autonomous agents operating in parallel while maintaining the ability to represent their own reasoning processes. This structure mirrors the operational characteristics of intelligent systems, where autonomous processes run independently while communicating and coordinating. For our novel decentralized AI platform, MeTTaCycle, this future-proof architectural foundation enables more than just enhanced transactional throughput; it fosters an environment where independent computational processes can efficiently coexist and interact, forming a critical layer for the Artificial Superintelligence Alliance's decentralized AGI infrastructure and products.

SingularityNET

29,368 просмотров • 1 год назад