$30M Raised in 30 Minutes and the Controversies to Follow: The Story Behind Dexter’s GM.ai Project
#web3 #gmai #dexter_cap #dexter_capgmaiproject #gmaipresale #gmaireview #isgmaiascam #goodcompany
https://hackernoon.com/$30m-raised-in-30-minutes-and-the-controversies-to-follow-the-story-behind-dexters-gmai-project
#web3 #gmai #dexter_cap #dexter_capgmaiproject #gmaipresale #gmaireview #isgmaiascam #goodcompany
https://hackernoon.com/$30m-raised-in-30-minutes-and-the-controversies-to-follow-the-story-behind-dexters-gmai-project
Hackernoon
$30M Raised in 30 Minutes and the Controversies to Follow: The Story Behind Dexter’s GM.ai Project
After months of anticipation, GM.ai's long-awaited launch finally occurred on August 14th, but it quickly turned into a nightmare for presale investors.
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Mean Field Games
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-mean-field-games
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-mean-field-games
Hackernoon
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Mean Field Games
This paper presents a novel algorithm using generalized fictitious play to compute mixed equilibria in mean field games with optimal stopping decisions.
Comparative Analysis of Prompt Optimization on BBH Tasks
#ai #llmoptimization #llmsforpromptengineering #oproalgorithm #derivativefreeoptimization #bigbenchhardtasks #promptengineering #promptoptimizationtechniques
https://hackernoon.com/comparative-analysis-of-prompt-optimization-on-bbh-tasks
#ai #llmoptimization #llmsforpromptengineering #oproalgorithm #derivativefreeoptimization #bigbenchhardtasks #promptengineering #promptoptimizationtechniques
https://hackernoon.com/comparative-analysis-of-prompt-optimization-on-bbh-tasks
Hackernoon
Comparative Analysis of Prompt Optimization on BBH Tasks
Review tabulated instructions for prompt optimization on BBH tasks comparing results from PaLM 2-L-IT and GPT-3.5-turbo optimizers against established baselines
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Stopping and Obstacle Issue
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-stopping-and-obstacle-issue
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-stopping-and-obstacle-issue
Hackernoon
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Stopping and Obstacle Issue
This paper presents a novel algorithm using generalized fictitious play to compute mixed equilibria in mean field games with optimal stopping decisions.
Prompt Optimization Curves on BBH Tasks
#ai #llmoptimization #llmsforpromptengineering #oproalgorithm #derivativefreeoptimization #bigbenchhardtasks #promptengineering #promptoptimizationtechniques
https://hackernoon.com/prompt-optimization-curves-on-bbh-tasks
#ai #llmoptimization #llmsforpromptengineering #oproalgorithm #derivativefreeoptimization #bigbenchhardtasks #promptengineering #promptoptimizationtechniques
https://hackernoon.com/prompt-optimization-curves-on-bbh-tasks
Hackernoon
Prompt Optimization Curves on BBH Tasks
Explore the upward trends observed in prompt optimization curves across 21 BBH tasks using the text-bison scorer and PaLM 2-L-IT optimizer.
Mind Mapping “How to Do Great Work”: My Take on Paul Graham's Essay (Part One)
#selfimprovement #paulgraham #howtodogreatwork #essayresponse #mindmapping #howtoachievegreatness #hackernoontopstory #passivethinking
https://hackernoon.com/mind-mapping-how-to-do-great-work-my-take-on-paul-grahams-essay-part-one
#selfimprovement #paulgraham #howtodogreatwork #essayresponse #mindmapping #howtoachievegreatness #hackernoontopstory #passivethinking
https://hackernoon.com/mind-mapping-how-to-do-great-work-my-take-on-paul-grahams-essay-part-one
Hackernoon
Mind Mapping “How to Do Great Work”: My Take on Paul Graham's Essay (Part One)
Explore a visual breakdown of Paul Graham's "How to Do Great Work" essay. This article covers finding your field, making progress, and cultivating habits
Large Language Models as Optimizers: Meta-Prompt for Prompt Optimization
#ai #llmoptimization #llmsforpromptengineering #oproalgorithm #derivativefreeoptimization #bigbenchhardtasks #promptengineering #promptoptimizationtechniques
https://hackernoon.com/large-language-models-as-optimizers-meta-prompt-for-prompt-optimization
#ai #llmoptimization #llmsforpromptengineering #oproalgorithm #derivativefreeoptimization #bigbenchhardtasks #promptengineering #promptoptimizationtechniques
https://hackernoon.com/large-language-models-as-optimizers-meta-prompt-for-prompt-optimization
Hackernoon
Large Language Models as Optimizers: Meta-Prompt for Prompt Optimization
Explore the tailored meta-prompts for different optimizer models, including PaLM 2-L and GPT models, and their effectiveness in prompt optimization tasks.
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Abstract and Introduction
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-abstract-and-introduction
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-abstract-and-introduction
Hackernoon
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Abstract and Introduction
This paper presents a novel algorithm using generalized fictitious play to compute mixed equilibria in mean field games with optimal stopping decisions.
Meet ALAI Network
#aitrading #multipairtrading #tokenomics #aipoweredtrading #volatiletradingmarket #web3trends #tradingstrategies #goodcompany
https://hackernoon.com/meet-alai-network
#aitrading #multipairtrading #tokenomics #aipoweredtrading #volatiletradingmarket #web3trends #tradingstrategies #goodcompany
https://hackernoon.com/meet-alai-network
Hackernoon
Meet ALAI Network
ALAI Network is introducing new approaches to AI-powered trading, offering innovative strategies in the cryptocurrency market.
How Tokenization is Reshaping Institutional Investments
#behindthestartup #clorischen #cogitofinance #cogitofinanceceo #rwatokenization #defi #tokenization #goodcompany
https://hackernoon.com/how-tokenization-is-reshaping-institutional-investments
#behindthestartup #clorischen #cogitofinance #cogitofinanceceo #rwatokenization #defi #tokenization #goodcompany
https://hackernoon.com/how-tokenization-is-reshaping-institutional-investments
Hackernoon
How Tokenization is Reshaping Institutional Investments
Cloris Chen, CEO of Cogito Finance, discusses the convergence of traditional finance and DeFi through asset tokenization.
Bluesky and the AT Protocol: Usable Decentralized Social Media: Indexing Infrastructure
#decentralizedsocialmedia #socialnetworks #bluesky #socialmediaarchitecture #blueskyuserexperience #decentralizedsocialnetwork #decentralizedmoderation #socialmediaalgorithms
https://hackernoon.com/bluesky-and-the-at-protocol-usable-decentralized-social-media-indexing-infrastructure
#decentralizedsocialmedia #socialnetworks #bluesky #socialmediaarchitecture #blueskyuserexperience #decentralizedsocialnetwork #decentralizedmoderation #socialmediaalgorithms
https://hackernoon.com/bluesky-and-the-at-protocol-usable-decentralized-social-media-indexing-infrastructure
Hackernoon
Bluesky and the AT Protocol: Usable Decentralized Social Media: Indexing Infrastructure
Explore AT Protocol’s indexing infrastructure, from the Relay that aggregates updates to the App View service that powers real-time social app features.
Self-Hosting and Moderation in AT Protocol’s Personal Data Servers (PDS)
#decentralizedsocialmedia #bluesky #socialmediaarchitecture #blueskyuserexperience #decentralizedsocialnetwork #decentralizedmoderation #socialmediaalgorithms #personaldataservers
https://hackernoon.com/self-hosting-and-moderation-in-at-protocols-personal-data-servers-pds
#decentralizedsocialmedia #bluesky #socialmediaarchitecture #blueskyuserexperience #decentralizedsocialnetwork #decentralizedmoderation #socialmediaalgorithms #personaldataservers
https://hackernoon.com/self-hosting-and-moderation-in-at-protocols-personal-data-servers-pds
Hackernoon
Self-Hosting and Moderation in AT Protocol’s Personal Data Servers (PDS)
Personal Data Servers (PDS) in AT Protocol host user repositories and media files, offering decentralized data management with easy migration.
How AT Protocol Repositories Secure and Store User Actions
#decentralizedsocialmedia #socialnetworks #bluesky #socialmediaarchitecture #blueskyuserexperience #decentralizedsocialnetwork #decentralizedmoderation #socialmediaalgorithms
https://hackernoon.com/how-at-protocol-repositories-secure-and-store-user-actions
#decentralizedsocialmedia #socialnetworks #bluesky #socialmediaarchitecture #blueskyuserexperience #decentralizedsocialnetwork #decentralizedmoderation #socialmediaalgorithms
https://hackernoon.com/how-at-protocol-repositories-secure-and-store-user-actions
Hackernoon
How AT Protocol Repositories Secure and Store User Actions
The AT Protocol stores all user actions in cryptographically authenticated repositories, leveraging DAG-CBOR encoding, Merkle Search Trees, and CIDs.
How ICP's Chain Fusion Technology Enhances Decentralized AI Models
#decentralizeai #decentralizedaimodels #icp #icpframework #web3ai #icpchainfusiontechnology #deaivscentralizedai #internetcomputericp
https://hackernoon.com/how-icps-chain-fusion-technology-enhances-decentralized-ai-models
#decentralizeai #decentralizedaimodels #icp #icpframework #web3ai #icpchainfusiontechnology #deaivscentralizedai #internetcomputericp
https://hackernoon.com/how-icps-chain-fusion-technology-enhances-decentralized-ai-models
Hackernoon
How ICP's Chain Fusion Technology Enhances Decentralized AI Models
Chain fusion technology enhances DeAI through canister and Decentralized Bi-directional communication.
The AT Protocol Architecture
#decentralizedsocialmedia #bluesky #socialmediaarchitecture #blueskyuserexperience #decentralizedsocialnetwork #decentralizedmoderation #socialmediaalgorithms #atprotocol
https://hackernoon.com/the-at-protocol-architecture
#decentralizedsocialmedia #bluesky #socialmediaarchitecture #blueskyuserexperience #decentralizedsocialnetwork #decentralizedmoderation #socialmediaalgorithms #atprotocol
https://hackernoon.com/the-at-protocol-architecture
Hackernoon
The AT Protocol Architecture
AT Protocol powers Bluesky and supports multiple social apps, sharing user identity and data storage across various social modes with lexicon-defined schemas.
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: A Local OSMFG Example
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-a-local-osmfg-example
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-a-local-osmfg-example
Hackernoon
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: A Local OSMFG Example
This paper presents a novel algorithm using generalized fictitious play to compute mixed equilibria in mean field games with optimal stopping decisions.
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Numerical Experiments
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-numerical-experiments
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-numerical-experiments
Hackernoon
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Numerical Experiments
This paper presents a novel algorithm using generalized fictitious play to compute mixed equilibria in mean field games with optimal stopping decisions.
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Numerical Analysis
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-numerical-analysis
#meanfieldgamesmfg #optimalstoppingproblem #mixedstrategyequilibria #fictitiousplayalgorithm #obstacleproblempdes #nashequilibriumsolutions #computationalgametheory #finitedifferencemethod
https://hackernoon.com/fictitious-play-for-mixed-strategy-equilibria-in-mean-field-games-numerical-analysis
Hackernoon
Fictitious Play for Mixed Strategy Equilibria in Mean Field Games: Numerical Analysis
This paper presents a novel algorithm using generalized fictitious play to compute mixed equilibria in mean field games with optimal stopping decisions.