�ݺ�ߣshows by User: tokenengineering

�ݺ�ߣshows by User: tokenengineering / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: tokenengineering / Thu, 29 Nov 2018 08:55:52 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: tokenengineering ERC 725 Public On-Chain Identity /slideshow/erc-725-public-onchain-identity/124350651 erc-725identity-181129085611
Presentation by Fabian Vogelsteller, LUKSO, Founder and Developer ERC 725 is gaining traction as a concept for on-chain identity. What is it, how does it work and why does it matter? ]]>
Presentation by Fabian Vogelsteller, LUKSO, Founder and Developer ERC 725 is gaining traction as a concept for on-chain identity. What is it, how does it work and why does it matter? ]]> Thu, 29 Nov 2018 08:55:52 GMT /slideshow/erc-725-public-onchain-identity/124350651 tokenengineering@slideshare.net(tokenengineering) ERC 725 Public On-Chain Identity tokenengineering Presentation by Fabian Vogelsteller, LUKSO, Founder and Developer ERC 725 is gaining traction as a concept for on-chain identity. What is it, how does it work and why does it matter? <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/erc-725identity-181129085611-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presentation by Fabian Vogelsteller, LUKSO, Founder and Developer ERC 725 is gaining traction as a concept for on-chain identity. What is it, how does it work and why does it matter?

ERC 725 Public On-Chain Identity from Token Engineering

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0 SocioTechnical Systems: Engineering & Analysis /slideshow/sociotechnical-systems-engineering-analysis/122546684 t-eng-berlin-oct25-181109113750
Presentation by Michael Zargham, BlockScience, Founder and CEO Token Engineering relies heavily on the principles of optimization as they apply across game theory, artificial intelligence and evolutionary algorithms. Most of the focus placed on the objective which encode the goals of a system but a complete characterization of an optimization paradigm also include constraints which encode feasible states of the system. While constraining an optimization problem may seem counter-intuitive it is a well known property that an optimization objective will drive a system to sacrifice any other property in exchange for gains in the objective. In complex systems this can lead to cannibalizing critical structure, arbitrage of externalities or other adverse effects which ultimately result in late stage effects undermine the health of the eco-system despite early success.This talk introduces the framework for encoding constraints and using them to ensure system safety requirements as part of a token design and validation process.]]>
Presentation by Michael Zargham, BlockScience, Founder and CEO Token Engineering relies heavily on the principles of optimization as they apply across game theory, artificial intelligence and evolutionary algorithms. Most of the focus placed on the objective which encode the goals of a system but a complete characterization of an optimization paradigm also include constraints which encode feasible states of the system. While constraining an optimization problem may seem counter-intuitive it is a well known property that an optimization objective will drive a system to sacrifice any other property in exchange for gains in the objective. In complex systems this can lead to cannibalizing critical structure, arbitrage of externalities or other adverse effects which ultimately result in late stage effects undermine the health of the eco-system despite early success.This talk introduces the framework for encoding constraints and using them to ensure system safety requirements as part of a token design and validation process.]]> Fri, 09 Nov 2018 11:37:50 GMT /slideshow/sociotechnical-systems-engineering-analysis/122546684 tokenengineering@slideshare.net(tokenengineering) SocioTechnical Systems: Engineering & Analysis tokenengineering Presentation by Michael Zargham, BlockScience, Founder and CEO Token Engineering relies heavily on the principles of optimization as they apply across game theory, artificial intelligence and evolutionary algorithms. Most of the focus placed on the objective which encode the goals of a system but a complete characterization of an optimization paradigm also include constraints which encode feasible states of the system. While constraining an optimization problem may seem counter-intuitive it is a well known property that an optimization objective will drive a system to sacrifice any other property in exchange for gains in the objective. In complex systems this can lead to cannibalizing critical structure, arbitrage of externalities or other adverse effects which ultimately result in late stage effects undermine the health of the eco-system despite early success.This talk introduces the framework for encoding constraints and using them to ensure system safety requirements as part of a token design and validation process. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/t-eng-berlin-oct25-181109113750-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presentation by Michael Zargham, BlockScience, Founder and CEO Token Engineering relies heavily on the principles of optimization as they apply across game theory, artificial intelligence and evolutionary algorithms. Most of the focus placed on the objective which encode the goals of a system but a complete characterization of an optimization paradigm also include constraints which encode feasible states of the system. While constraining an optimization problem may seem counter-intuitive it is a well known property that an optimization objective will drive a system to sacrifice any other property in exchange for gains in the objective. In complex systems this can lead to cannibalizing critical structure, arbitrage of externalities or other adverse effects which ultimately result in late stage effects undermine the health of the eco-system despite early success.This talk introduces the framework for encoding constraints and using them to ensure system safety requirements as part of a token design and validation process.

SocioTechnical Systems: Engineering & Analysis from Token Engineering

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0 Token Engineering from an Economic Perspective /slideshow/token-engineering-from-an-economic-perspective/122259010 20181021tokenengineeringtalkworkshop1-181107085143
Presentation by Shermin Voshmgir & Krzysztof Paruch, Cryptoeconomics Research Lab, Vienna University of Economics How can we develop instruments and methods suitable for formalization of design, architecture, parameters and behavior of agents in a tokenized network, with focus on purpose-driven tokens that incentivize participants of an ecosystem to achieve cooperative behavior? We will explain how economics and mathematics have already developed various models and approaches to formalize economic motives and mannerisms of rational agents, which have been by national governments, regulators and institutions. We build on the assumption that crypto-economic systems and their rules, agents, nodes, token and governance structures resemble nation states consisting of laws, inhabitants, corporations, currencies and institutions. To what extent can these economic models be applied in crypto-economic applications? The aim ist therefore to model and design crypto-economies with the instruments and tools available in Macro- and Microeconomics. In order to achieve that we will describe the properties of x (one, two,...) current models in Economics and discuss possible and necessary adaptations to capture crypto-economic dynamics.]]>
Presentation by Shermin Voshmgir & Krzysztof Paruch, Cryptoeconomics Research Lab, Vienna University of Economics How can we develop instruments and methods suitable for formalization of design, architecture, parameters and behavior of agents in a tokenized network, with focus on purpose-driven tokens that incentivize participants of an ecosystem to achieve cooperative behavior? We will explain how economics and mathematics have already developed various models and approaches to formalize economic motives and mannerisms of rational agents, which have been by national governments, regulators and institutions. We build on the assumption that crypto-economic systems and their rules, agents, nodes, token and governance structures resemble nation states consisting of laws, inhabitants, corporations, currencies and institutions. To what extent can these economic models be applied in crypto-economic applications? The aim ist therefore to model and design crypto-economies with the instruments and tools available in Macro- and Microeconomics. In order to achieve that we will describe the properties of x (one, two,...) current models in Economics and discuss possible and necessary adaptations to capture crypto-economic dynamics.]]> Wed, 07 Nov 2018 08:51:43 GMT /slideshow/token-engineering-from-an-economic-perspective/122259010 tokenengineering@slideshare.net(tokenengineering) Token Engineering from an Economic Perspective tokenengineering Presentation by Shermin Voshmgir & Krzysztof Paruch, Cryptoeconomics Research Lab, Vienna University of Economics How can we develop instruments and methods suitable for formalization of design, architecture, parameters and behavior of agents in a tokenized network, with focus on purpose-driven tokens that incentivize participants of an ecosystem to achieve cooperative behavior? We will explain how economics and mathematics have already developed various models and approaches to formalize economic motives and mannerisms of rational agents, which have been by national governments, regulators and institutions. We build on the assumption that crypto-economic systems and their rules, agents, nodes, token and governance structures resemble nation states consisting of laws, inhabitants, corporations, currencies and institutions. To what extent can these economic models be applied in crypto-economic applications? The aim ist therefore to model and design crypto-economies with the instruments and tools available in Macro- and Microeconomics. In order to achieve that we will describe the properties of x (one, two,...) current models in Economics and discuss possible and necessary adaptations to capture crypto-economic dynamics. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/20181021tokenengineeringtalkworkshop1-181107085143-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presentation by Shermin Voshmgir & Krzysztof Paruch, Cryptoeconomics Research Lab, Vienna University of Economics How can we develop instruments and methods suitable for formalization of design, architecture, parameters and behavior of agents in a tokenized network, with focus on purpose-driven tokens that incentivize participants of an ecosystem to achieve cooperative behavior? We will explain how economics and mathematics have already developed various models and approaches to formalize economic motives and mannerisms of rational agents, which have been by national governments, regulators and institutions. We build on the assumption that crypto-economic systems and their rules, agents, nodes, token and governance structures resemble nation states consisting of laws, inhabitants, corporations, currencies and institutions. To what extent can these economic models be applied in crypto-economic applications? The aim ist therefore to model and design crypto-economies with the instruments and tools available in Macro- and Microeconomics. In order to achieve that we will describe the properties of x (one, two,...) current models in Economics and discuss possible and necessary adaptations to capture crypto-economic dynamics.

Token Engineering from an Economic Perspective from Token Engineering

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0 Paranoid's View of Token Engineering /slideshow/paranoids-view-of-token-engineering/121938755 tokenengineeringaparanoidviewver05-181105135639
Presentation by Anish Mohammed, Ontici, CTO and Co-Founder]]>
Presentation by Anish Mohammed, Ontici, CTO and Co-Founder]]> Mon, 05 Nov 2018 13:56:39 GMT /slideshow/paranoids-view-of-token-engineering/121938755 tokenengineering@slideshare.net(tokenengineering) Paranoid's View of Token Engineering tokenengineering Presentation by Anish Mohammed, Ontici, CTO and Co-Founder <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/tokenengineeringaparanoidviewver05-181105135639-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presentation by Anish Mohammed, Ontici, CTO and Co-Founder

Paranoid's View of Token Engineering from Token Engineering

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0 Introducing the world's first token engineering framework /slideshow/introducing-the-worlds-first-token-engineering-framework/121932377 6aronvanammers-181105130629
Presentation by Aron van Ammers, Outlier Ventures, CTO and Founding Partner Outlier Ventures launches their report into the 3 D's of Token Design. Aron shares the insights, methodologies and mechanisms pioneered by his dedicated cryptoeconomics team and a global community of peers based on their direct experience designing of a number of high profile token ecosystems. How can we bring together the capital, compute power, data, people, their assets and their digital representatives at scale, to decentralise the web? He explains the skills and competencies required such as economics, game theory, machine learning and systems design to realize sustainable digital economies that allow the coordination of open source distributed networks of resources. Token Ecosystem Creation can be found here --> https://outlierventures.io/wp-content/uploads/2018/03/Token-Ecosystem-Creation-Outlier-Ventures-1.pdf]]>
Presentation by Aron van Ammers, Outlier Ventures, CTO and Founding Partner Outlier Ventures launches their report into the 3 D's of Token Design. Aron shares the insights, methodologies and mechanisms pioneered by his dedicated cryptoeconomics team and a global community of peers based on their direct experience designing of a number of high profile token ecosystems. How can we bring together the capital, compute power, data, people, their assets and their digital representatives at scale, to decentralise the web? He explains the skills and competencies required such as economics, game theory, machine learning and systems design to realize sustainable digital economies that allow the coordination of open source distributed networks of resources. Token Ecosystem Creation can be found here --> https://outlierventures.io/wp-content/uploads/2018/03/Token-Ecosystem-Creation-Outlier-Ventures-1.pdf]]> Mon, 05 Nov 2018 13:06:29 GMT /slideshow/introducing-the-worlds-first-token-engineering-framework/121932377 tokenengineering@slideshare.net(tokenengineering) Introducing the world's first token engineering framework tokenengineering Presentation by Aron van Ammers, Outlier Ventures, CTO and Founding Partner Outlier Ventures launches their report into the 3 D's of Token Design. Aron shares the insights, methodologies and mechanisms pioneered by his dedicated cryptoeconomics team and a global community of peers based on their direct experience designing of a number of high profile token ecosystems. How can we bring together the capital, compute power, data, people, their assets and their digital representatives at scale, to decentralise the web? He explains the skills and competencies required such as economics, game theory, machine learning and systems design to realize sustainable digital economies that allow the coordination of open source distributed networks of resources. Token Ecosystem Creation can be found here --> https://outlierventures.io/wp-content/uploads/2018/03/Token-Ecosystem-Creation-Outlier-Ventures-1.pdf <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/6aronvanammers-181105130629-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presentation by Aron van Ammers, Outlier Ventures, CTO and Founding Partner Outlier Ventures launches their report into the 3 D's of Token Design. Aron shares the insights, methodologies and mechanisms pioneered by his dedicated cryptoeconomics team and a global community of peers based on their direct experience designing of a number of high profile token ecosystems. How can we bring together the capital, compute power, data, people, their assets and their digital representatives at scale, to decentralise the web? He explains the skills and competencies required such as economics, game theory, machine learning and systems design to realize sustainable digital economies that allow the coordination of open source distributed networks of resources. Token Ecosystem Creation can be found here --> https://outlierventures.io/wp-content/uploads/2018/03/Token-Ecosystem-Creation-Outlier-Ventures-1.pdf

Introducing the world's first token engineering framework from Token Engineering

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0 Token Engineering Community /slideshow/token-engineering-community/121920864 20181025intrototokenengineeringcommunity-181105111019
Presentation by Trent McConaghy, Ocean Protocol, Founder and Founder & CTO, BigchainDB What is token engineering? Who is a part of the community and what are we trying to accomplish? ]]>
Presentation by Trent McConaghy, Ocean Protocol, Founder and Founder & CTO, BigchainDB What is token engineering? Who is a part of the community and what are we trying to accomplish? ]]> Mon, 05 Nov 2018 11:10:19 GMT /slideshow/token-engineering-community/121920864 tokenengineering@slideshare.net(tokenengineering) Token Engineering Community tokenengineering Presentation by Trent McConaghy, Ocean Protocol, Founder and Founder & CTO, BigchainDB What is token engineering? Who is a part of the community and what are we trying to accomplish? <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/20181025intrototokenengineeringcommunity-181105111019-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presentation by Trent McConaghy, Ocean Protocol, Founder and Founder & CTO, BigchainDB What is token engineering? Who is a part of the community and what are we trying to accomplish?

Token Engineering Community from Token Engineering

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0 Protocol Tokens 2.0 /tokenengineering/protocol-tokens-20 1rahulrumalla-181105110520
Presentation by Rahul Rumalla, Paperchain.io, CTO and Co-Founder Cryptosystems are paving the way for a new age of financial engineering and tokenized protocols. However, does every protocol need its own token? Although tokenization models inherently allow value to be captured directly from the protocol layer, in most cases it severely restricts overlying products from effectively extracting it due to the unavoidable frictions a token imposes. In this talk, we will explore how some protocols have effectively captured value while others have not and outline what the Token Engineering community needs to overcome the obstacles imposed through protocol tokens. ]]>
Presentation by Rahul Rumalla, Paperchain.io, CTO and Co-Founder Cryptosystems are paving the way for a new age of financial engineering and tokenized protocols. However, does every protocol need its own token? Although tokenization models inherently allow value to be captured directly from the protocol layer, in most cases it severely restricts overlying products from effectively extracting it due to the unavoidable frictions a token imposes. In this talk, we will explore how some protocols have effectively captured value while others have not and outline what the Token Engineering community needs to overcome the obstacles imposed through protocol tokens. ]]> Mon, 05 Nov 2018 11:05:20 GMT /tokenengineering/protocol-tokens-20 tokenengineering@slideshare.net(tokenengineering) Protocol Tokens 2.0 tokenengineering Presentation by Rahul Rumalla, Paperchain.io, CTO and Co-Founder Cryptosystems are paving the way for a new age of financial engineering and tokenized protocols. However, does every protocol need its own token? Although tokenization models inherently allow value to be captured directly from the protocol layer, in most cases it severely restricts overlying products from effectively extracting it due to the unavoidable frictions a token imposes. In this talk, we will explore how some protocols have effectively captured value while others have not and outline what the Token Engineering community needs to overcome the obstacles imposed through protocol tokens. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1rahulrumalla-181105110520-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presentation by Rahul Rumalla, Paperchain.io, CTO and Co-Founder Cryptosystems are paving the way for a new age of financial engineering and tokenized protocols. However, does every protocol need its own token? Although tokenization models inherently allow value to be captured directly from the protocol layer, in most cases it severely restricts overlying products from effectively extracting it due to the unavoidable frictions a token imposes. In this talk, we will explore how some protocols have effectively captured value while others have not and outline what the Token Engineering community needs to overcome the obstacles imposed through protocol tokens.

Protocol Tokens 2.0 from Token Engineering

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0 Sweetbridge Token Design & Discount Token /slideshow/sweetbridge-token-design-discount-token/121920114 4micharoon-181105110240
Presentation by Micha Roon, Sweetbridge, Principal Blockchain Developer SweetCoin proposes an innovative approach to the fields of loyalty programs and bonus points. Where current systems leave companies with a liability for each loyalty point distributed, Sweetcoin provides with only assets. Sweetcoin is a simple and efficient way for participant companies and their customers to benefit from loyalty programs. Customers benefit from discounts and cashbacks whereas companies get rewarded for growing the economy and on boarding new companies. ]]>
Presentation by Micha Roon, Sweetbridge, Principal Blockchain Developer SweetCoin proposes an innovative approach to the fields of loyalty programs and bonus points. Where current systems leave companies with a liability for each loyalty point distributed, Sweetcoin provides with only assets. Sweetcoin is a simple and efficient way for participant companies and their customers to benefit from loyalty programs. Customers benefit from discounts and cashbacks whereas companies get rewarded for growing the economy and on boarding new companies. ]]> Mon, 05 Nov 2018 11:02:40 GMT /slideshow/sweetbridge-token-design-discount-token/121920114 tokenengineering@slideshare.net(tokenengineering) Sweetbridge Token Design & Discount Token tokenengineering Presentation by Micha Roon, Sweetbridge, Principal Blockchain Developer SweetCoin proposes an innovative approach to the fields of loyalty programs and bonus points. Where current systems leave companies with a liability for each loyalty point distributed, Sweetcoin provides with only assets. Sweetcoin is a simple and efficient way for participant companies and their customers to benefit from loyalty programs. Customers benefit from discounts and cashbacks whereas companies get rewarded for growing the economy and on boarding new companies. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/4micharoon-181105110240-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presentation by Micha Roon, Sweetbridge, Principal Blockchain Developer SweetCoin proposes an innovative approach to the fields of loyalty programs and bonus points. Where current systems leave companies with a liability for each loyalty point distributed, Sweetcoin provides with only assets. Sweetcoin is a simple and efficient way for participant companies and their customers to benefit from loyalty programs. Customers benefit from discounts and cashbacks whereas companies get rewarded for growing the economy and on boarding new companies.

Sweetbridge Token Design & Discount Token from Token Engineering

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0 https://cdn.slidesharecdn.com/profile-photo-tokenengineering-48x48.jpg?cb=1543481602 Creating tokenized ecosystems is hard. How do we figure out what we want? How do we manifest that intent with block rewards and other crypto building blocks? How do we simulate and validate the design? How do we anticipate attacks and respond to them? Given that these systems are wildly powerful, how can we better take responsibility for their design & deployment? We'd love to see token ecosystem design become an engineering discipline: Token Engineering (TE). This implies a body of theory, practice, tools and a sense of responsibility. We aim to do this collectively as a community in a decentralized, permissionless, open-source fashion that all can contribute to and all can use. tokenengineering.net/ https://cdn.slidesharecdn.com/ss_thumbnails/erc-725identity-181129085611-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/erc-725-public-onchain-identity/124350651 ERC 725 Public On-Chai... https://cdn.slidesharecdn.com/ss_thumbnails/t-eng-berlin-oct25-181109113750-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/sociotechnical-systems-engineering-analysis/122546684 SocioTechnical Systems... https://cdn.slidesharecdn.com/ss_thumbnails/20181021tokenengineeringtalkworkshop1-181107085143-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/token-engineering-from-an-economic-perspective/122259010 Token Engineering from...