Delivered at Web 3 ATL - 2022
Despite the rapid innovation in Web 3, why is Bitcoin still around? Why does Bitcoin still have the largest market cap?
What makes Bitcoin unique in Web 3?
What qualities define a "good" money? Why is it difficult to make a "good" money? What makes bitcoin a "good" money?
What's new in Bitcoin? Is there anything new/exciting in Bitcoin today?
Why is Bitcoin important?
Blockchain has gained lots of attention in recent years. Bitcoin and Ethereum are leading the race. Crypto currencies in spite of uncertainty and volatility are here to stay. Smart contract programming is the future for the Internet 3.0.
The document provides an overview of blockchain and cryptocurrency. It begins with a brief history of cryptocurrency starting in the 1980s with early digital currency attempts. Bitcoin was introduced in 2009 by Satoshi Nakamoto as the first cryptocurrency based on blockchain technology. Blockchain works by distributing a ledger across a network of computers, making it difficult to hack. New transactions are verified and added to blocks that are chained together using cryptography. Miners use computing power to verify transactions and are rewarded with cryptocurrency. The document discusses the rise in value of bitcoin and potential opportunities for real estate buyers with large holdings of cryptocurrency. It also mentions other applications of blockchain technology beyond currency.
Ask for assistance. Gnashing your teeth in the dark will not get you extra brownie points. It is a sign of strength to ask for assistance and people will respect you for it.
A blockchain is a distributed ledger maintained by a peer-to-peer network that records transactions in digitally signed blocks. The document discusses the technical, business, and legal definitions of blockchains, comparing their transaction processing capabilities to existing networks like Visa and PayPal. It notes that while public blockchains like Bitcoin currently have lower transaction speeds than these networks, improvements in technology could significantly increase speeds over time for both public and private blockchains.
Introduction into blockchains and cryptocurrenciesSergey Ivliev
Slides from my intro course:
- mapping the digital asset ecosystem (as of August 2019)
- how bitcoin works - step-by-step primer?
- hashrate, dollar value transferred, transaction rate and other metrics (as of August 2019)
- hard money, uncorrelated asset and other use cases
- proof-of-stake and proof-of-identity
- horizontal and vertical scaling
- how ethereum smart contracts work?
- ERC20 token standard
- boom and bust of the ICO market (as of August 2019)
- intro into #DeFI (as of August 2019)
- stablecoins
- MarkerDAO, Compound, Uniswap and other cool decentralized finance protocols
- Cryptokitties, Storj, Peepeth and examples of non-financial dapps
Blockchain has gained lots of attention in recent years. Bitcoin and Ethereum are leading the race. Crypto currencies in spite of uncertainty and volatility are here to stay. Smart contract programming is the future for the Internet 3.0.
The document provides an overview of blockchain and cryptocurrency. It begins with a brief history of cryptocurrency starting in the 1980s with early digital currency attempts. Bitcoin was introduced in 2009 by Satoshi Nakamoto as the first cryptocurrency based on blockchain technology. Blockchain works by distributing a ledger across a network of computers, making it difficult to hack. New transactions are verified and added to blocks that are chained together using cryptography. Miners use computing power to verify transactions and are rewarded with cryptocurrency. The document discusses the rise in value of bitcoin and potential opportunities for real estate buyers with large holdings of cryptocurrency. It also mentions other applications of blockchain technology beyond currency.
Ask for assistance. Gnashing your teeth in the dark will not get you extra brownie points. It is a sign of strength to ask for assistance and people will respect you for it.
A blockchain is a distributed ledger maintained by a peer-to-peer network that records transactions in digitally signed blocks. The document discusses the technical, business, and legal definitions of blockchains, comparing their transaction processing capabilities to existing networks like Visa and PayPal. It notes that while public blockchains like Bitcoin currently have lower transaction speeds than these networks, improvements in technology could significantly increase speeds over time for both public and private blockchains.
Introduction into blockchains and cryptocurrenciesSergey Ivliev
Slides from my intro course:
- mapping the digital asset ecosystem (as of August 2019)
- how bitcoin works - step-by-step primer?
- hashrate, dollar value transferred, transaction rate and other metrics (as of August 2019)
- hard money, uncorrelated asset and other use cases
- proof-of-stake and proof-of-identity
- horizontal and vertical scaling
- how ethereum smart contracts work?
- ERC20 token standard
- boom and bust of the ICO market (as of August 2019)
- intro into #DeFI (as of August 2019)
- stablecoins
- MarkerDAO, Compound, Uniswap and other cool decentralized finance protocols
- Cryptokitties, Storj, Peepeth and examples of non-financial dapps
This document provides an introduction to Bitcoin mining. It explains that mining verifies transactions and creates new bitcoins through a process of competing to solve complex cryptographic puzzles. Miners use specialized hardware and software to rapidly guess solutions to these puzzles and earn rewards in bitcoins for successfully adding new transaction blocks to the blockchain. The document outlines some common reasons for individuals and businesses to engage in Bitcoin mining, such as for profit, to obtain bitcoins, or to help support the Bitcoin network.
This document provides an overview of cryptocurrency including:
- Cryptocurrency is a decentralized digital currency that uses cryptography and a distributed ledger called blockchain to secure online transactions. The first cryptocurrency was Bitcoin, created in 2009.
- Blockchain underlies cryptocurrencies like Bitcoin - it is a public distributed ledger where transactions are recorded in chronological order in blocks that cannot be altered.
- Cryptocurrencies work through mining, where miners use computing power to validate transactions by solving complex math puzzles. Successful miners are rewarded with the cryptocurrency.
- Popular cryptocurrencies besides Bitcoin include Ethereum, Ripple, Litecoin, and Dash. Cryptocurrency is not yet clearly regulated in India but the government may launch
1. Bitcoin is a decentralized digital currency that uses cryptography to secure transactions. It was created in 2009 by the mysterious Satoshi Nakamoto.
2. Blockchain technology underlies Bitcoin and other cryptocurrencies. It is a continuously growing list of transaction records linked through cryptography.
3. Mining is the process by which transactions are verified and added to the public blockchain ledger. Miners use specialized computer hardware to solve complex math problems, and are rewarded with new Bitcoin.
Bitcoin, Ethereum, and Blockchain - Digital Literacy @ Columbia University Bu...Chris Castiglione
Bitcoin is two things: a digital currency AND a new technology.
In this course I'll give you the tools to think intelligently about the technology of Bitcoin, and the skills to buy, trade, and store your digital currencies.
Online course:
https://onemonth.com/courses/bitcoin
Bitcoin vs. Ethereum
https://learn.onemonth.com/bitcoin-vs-ethereum/
Join Coinbase
https://www.coinbase.com/join/5341c04e2e00c46d2100006c
The document provides an overview of a presentation on best practices for using and securing bitcoins. It summarizes the topics that will be covered including bitcoin storage methods, security practices, and the future of bitcoin best practices. It then introduces the speaker, Alan Reiner, and his company Armory Technologies which creates bitcoin wallet software focused on security. The remainder of the document previews various slides from the presentation on topics like bitcoin basics, why bitcoin is valuable, bitcoin storage options, and an educational demonstration of how bitcoin transactions work using public and private keys.
Blockchain is a type of distributed ledger technology that records transactions in a digital
way by using cryptography. It is a type of database, which stores information about different
types of transactions.
The blockchain is the backbone of Bitcoin and other cryptocurrencies, but it has many more
possible applications. Blockchain technology can be used to store and transfer anything that
holds value, including money, stocks, property titles, and votes.
An Investigator’s Guide to Blockchain, Bitcoin and Wallet TransactionsCase IQ
As Bitcoin and blockchains are coming into the mainstream, investigators, auditors and forensics and security professionals need to become familiar with how blockchain works and why it is so important to tomorrow’s digital security. It is important for anyone involved in forensics to understand the risk associated with Bitcoin, the most notable usage of blockchain and how applying forensics to those risks can have an impact.
Bitcoin has huge potential to revolutionize financial services, but with risk, as is implicit with any currency. We need to understand how forensic technology can reduce these risks or solve problems of financial loss should these risks materialize. Technology helps us follow flows of cryptocurrencies through wallets and the blockchain. This can be of particular use to regulators and police forces as well as investigators and auditors.
Join Simon Padgett and Sheldon Bennett of DMG Blockchain Solutions Inc. as they outline the basics of cryptocurrency transactions and their associated risks and solutions.
The document discusses Bitcoin and blockchain technology. It begins by outlining how a small number of large institutions control much of the world's financial assets, phone calls, insurance policies, and media. It then asks if decentralization could provide alternatives to these centralized systems. The document goes on to discuss how blockchain technology allows data to be stored across thousands of computers worldwide, preventing disruption. It also examines how blockchain could eliminate the need for middlemen like banks and insurance companies through decentralization.
The document discusses the history of currency from barter systems to modern cryptocurrencies like Bitcoin. It explains key concepts like blockchain technology, mining, and different types of cryptocurrencies. It also provides steps to create an ERC20 token on the Ethereum blockchain using Solidity smart contracts.
A Quick Start To Blockchain by Seval CaprazSeval Çapraz
Blockchain is one of the most innovative discoveries of the past century.
The first cryptocurrency, Bitcoin, was proposed in 2008 by Satoshi Nakamoto with a white paper.
Plenary Talk at ICEIC 2019
Pullman Auckland Hotel, Auckland, New Zealand
Jan. 23th (Wed) 2019, 11:00 ~ 12:30
http://iceic.org/2019/
Abstract
In the year 2018, we have witnessed the surge and the fall of crypto-currencies. With the surge, blockchain the new technology behind cryptocurrencies, and its idealistic footprint of advanced thoughts, blockchainism it can be perhaps called, came to enthrall our minds. Thousands of new ambitious projects have been conceived and fast activated with the worldwide frenzy of new funding through initial coin offerings a novel funding mechanism in the blockchain world. Decentralized societies, equal accesses to valuable resources, reducing the cost of middleman, freed individuals from hierarchical organizations, and reducing the spread in inequalities are some of those advanced thoughts. But the fall came; the market value for Bitcoin has collapsed more than 7 times from its peak-value; that of Ethereum has plummeted more than 12 times. These two power houses which have supported those progressive projects are now torn apart. Recent New York Times report reads, “Blockchain: What’s it good for? Absolutely nothing, report finds.” Another one reads, The Blockchain Is a Reminder of the Internet’s Failure. The same utopian promises that bloomed during the Internet’s early days are back. Be afraid.“ Should this be the end of our pursue to change and make a better world with blockchains? Obviously not. In this presentation, I would like to talk about the reality of blockchain technology and how distant it is from the ideals. With this accessment, I would like to present some of novel research progresses we made in year 2018 and talk about further research ideas to pursue in year 2019.
This document discusses cryptocurrencies like Bitcoin and provides an overview of their legal status and taxation. It examines:
1) The legal status of Bitcoin worldwide and in India.
2) How Bitcoin works using blockchain technology and how transactions are recorded on a public ledger.
3) Popular cryptocurrencies like Bitcoin, Ethereum, and Litecoin along with their real-time prices.
4) Suggestions for how cryptocurrencies could be taxed in India, such as capital gains or as consideration for goods/services.
This is the presentation used at the May 15 Brisbane Bitcoin VS Bitcoin Cash Meetup.
It's a companion to the full article & thesis I've written (am still writing) on Medium @AleksandarSvetski
Note - it's a rush job, slapped together in a few hours so there are probably mistakes. In any case, I hope you find it informative.
The document discusses Bitcoin and cryptocurrency. It begins by defining Bitcoin as a digital currency and decentralized payment system. It then covers how Bitcoin works through the blockchain network, how new Bitcoins are created through mining, and different types of Bitcoin wallets. The document also explores how Bitcoin can currently be used for purchases and money transfers, and speculates that Bitcoin may become more stable and widely used in the future as an alternative global currency.
This document provides an overview of Bitcoin and blockchain technology. It discusses how Bitcoin was created by the mysterious Satoshi Nakamoto and introduced on the Cypherpunks email list. It describes how Bitcoin works as a decentralized digital currency using blockchain technology. The document outlines the economics of Bitcoin mining and the finite supply. It discusses both the strengths of Bitcoin like bypassing middlemen and empowering the unbanked, as well as weaknesses around volatility, environmental costs, and security issues.
Blockchain technology is currently taking over the world with its amazing features. This presentation covers all you need to know about the basics of blockchain technology with beautiful animations
One of the most hyped IT buzzwords to have emerged in the last couple of years. Blockchain has found its way into major media headlines on a near-daily basis, but a year and a half ago, it was a word used by a relatively small number of people to describe the peer-to-peer distributed ledger technology.
The document provides an introduction to Bitcoin and blockchain technology. It discusses how blockchain creates an immutable and distributed digital ledger through the use of cryptography and consensus across a decentralized network. It notes that while blockchain dates back to the 1970s, it is a novel combination of existing technologies that has created new opportunities for digital currencies, smart contracts, and other applications.
A Gentle Introduction to Blockchain & CryptocurrencyAlexLewin7
This document provides an introduction to blockchain and cryptocurrency. It defines blockchain as a decentralized, transactional database backed by digital signatures and public/private key encryption. It compares Bitcoin and Ethereum, the two largest cryptocurrencies, noting that Bitcoin is simpler and more secure but slower and more expensive, while Ethereum supports smart contracts. It also gives some examples of potential blockchain uses like cryptocurrency transactions, zero-knowledge proofs, and self-sovereign identity.
This document provides an introduction to Bitcoin mining. It explains that mining verifies transactions and creates new bitcoins through a process of competing to solve complex cryptographic puzzles. Miners use specialized hardware and software to rapidly guess solutions to these puzzles and earn rewards in bitcoins for successfully adding new transaction blocks to the blockchain. The document outlines some common reasons for individuals and businesses to engage in Bitcoin mining, such as for profit, to obtain bitcoins, or to help support the Bitcoin network.
This document provides an overview of cryptocurrency including:
- Cryptocurrency is a decentralized digital currency that uses cryptography and a distributed ledger called blockchain to secure online transactions. The first cryptocurrency was Bitcoin, created in 2009.
- Blockchain underlies cryptocurrencies like Bitcoin - it is a public distributed ledger where transactions are recorded in chronological order in blocks that cannot be altered.
- Cryptocurrencies work through mining, where miners use computing power to validate transactions by solving complex math puzzles. Successful miners are rewarded with the cryptocurrency.
- Popular cryptocurrencies besides Bitcoin include Ethereum, Ripple, Litecoin, and Dash. Cryptocurrency is not yet clearly regulated in India but the government may launch
1. Bitcoin is a decentralized digital currency that uses cryptography to secure transactions. It was created in 2009 by the mysterious Satoshi Nakamoto.
2. Blockchain technology underlies Bitcoin and other cryptocurrencies. It is a continuously growing list of transaction records linked through cryptography.
3. Mining is the process by which transactions are verified and added to the public blockchain ledger. Miners use specialized computer hardware to solve complex math problems, and are rewarded with new Bitcoin.
Bitcoin, Ethereum, and Blockchain - Digital Literacy @ Columbia University Bu...Chris Castiglione
Bitcoin is two things: a digital currency AND a new technology.
In this course I'll give you the tools to think intelligently about the technology of Bitcoin, and the skills to buy, trade, and store your digital currencies.
Online course:
https://onemonth.com/courses/bitcoin
Bitcoin vs. Ethereum
https://learn.onemonth.com/bitcoin-vs-ethereum/
Join Coinbase
https://www.coinbase.com/join/5341c04e2e00c46d2100006c
The document provides an overview of a presentation on best practices for using and securing bitcoins. It summarizes the topics that will be covered including bitcoin storage methods, security practices, and the future of bitcoin best practices. It then introduces the speaker, Alan Reiner, and his company Armory Technologies which creates bitcoin wallet software focused on security. The remainder of the document previews various slides from the presentation on topics like bitcoin basics, why bitcoin is valuable, bitcoin storage options, and an educational demonstration of how bitcoin transactions work using public and private keys.
Blockchain is a type of distributed ledger technology that records transactions in a digital
way by using cryptography. It is a type of database, which stores information about different
types of transactions.
The blockchain is the backbone of Bitcoin and other cryptocurrencies, but it has many more
possible applications. Blockchain technology can be used to store and transfer anything that
holds value, including money, stocks, property titles, and votes.
An Investigator’s Guide to Blockchain, Bitcoin and Wallet TransactionsCase IQ
As Bitcoin and blockchains are coming into the mainstream, investigators, auditors and forensics and security professionals need to become familiar with how blockchain works and why it is so important to tomorrow’s digital security. It is important for anyone involved in forensics to understand the risk associated with Bitcoin, the most notable usage of blockchain and how applying forensics to those risks can have an impact.
Bitcoin has huge potential to revolutionize financial services, but with risk, as is implicit with any currency. We need to understand how forensic technology can reduce these risks or solve problems of financial loss should these risks materialize. Technology helps us follow flows of cryptocurrencies through wallets and the blockchain. This can be of particular use to regulators and police forces as well as investigators and auditors.
Join Simon Padgett and Sheldon Bennett of DMG Blockchain Solutions Inc. as they outline the basics of cryptocurrency transactions and their associated risks and solutions.
The document discusses Bitcoin and blockchain technology. It begins by outlining how a small number of large institutions control much of the world's financial assets, phone calls, insurance policies, and media. It then asks if decentralization could provide alternatives to these centralized systems. The document goes on to discuss how blockchain technology allows data to be stored across thousands of computers worldwide, preventing disruption. It also examines how blockchain could eliminate the need for middlemen like banks and insurance companies through decentralization.
The document discusses the history of currency from barter systems to modern cryptocurrencies like Bitcoin. It explains key concepts like blockchain technology, mining, and different types of cryptocurrencies. It also provides steps to create an ERC20 token on the Ethereum blockchain using Solidity smart contracts.
A Quick Start To Blockchain by Seval CaprazSeval Çapraz
Blockchain is one of the most innovative discoveries of the past century.
The first cryptocurrency, Bitcoin, was proposed in 2008 by Satoshi Nakamoto with a white paper.
Plenary Talk at ICEIC 2019
Pullman Auckland Hotel, Auckland, New Zealand
Jan. 23th (Wed) 2019, 11:00 ~ 12:30
http://iceic.org/2019/
Abstract
In the year 2018, we have witnessed the surge and the fall of crypto-currencies. With the surge, blockchain the new technology behind cryptocurrencies, and its idealistic footprint of advanced thoughts, blockchainism it can be perhaps called, came to enthrall our minds. Thousands of new ambitious projects have been conceived and fast activated with the worldwide frenzy of new funding through initial coin offerings a novel funding mechanism in the blockchain world. Decentralized societies, equal accesses to valuable resources, reducing the cost of middleman, freed individuals from hierarchical organizations, and reducing the spread in inequalities are some of those advanced thoughts. But the fall came; the market value for Bitcoin has collapsed more than 7 times from its peak-value; that of Ethereum has plummeted more than 12 times. These two power houses which have supported those progressive projects are now torn apart. Recent New York Times report reads, “Blockchain: What’s it good for? Absolutely nothing, report finds.” Another one reads, The Blockchain Is a Reminder of the Internet’s Failure. The same utopian promises that bloomed during the Internet’s early days are back. Be afraid.“ Should this be the end of our pursue to change and make a better world with blockchains? Obviously not. In this presentation, I would like to talk about the reality of blockchain technology and how distant it is from the ideals. With this accessment, I would like to present some of novel research progresses we made in year 2018 and talk about further research ideas to pursue in year 2019.
This document discusses cryptocurrencies like Bitcoin and provides an overview of their legal status and taxation. It examines:
1) The legal status of Bitcoin worldwide and in India.
2) How Bitcoin works using blockchain technology and how transactions are recorded on a public ledger.
3) Popular cryptocurrencies like Bitcoin, Ethereum, and Litecoin along with their real-time prices.
4) Suggestions for how cryptocurrencies could be taxed in India, such as capital gains or as consideration for goods/services.
This is the presentation used at the May 15 Brisbane Bitcoin VS Bitcoin Cash Meetup.
It's a companion to the full article & thesis I've written (am still writing) on Medium @AleksandarSvetski
Note - it's a rush job, slapped together in a few hours so there are probably mistakes. In any case, I hope you find it informative.
The document discusses Bitcoin and cryptocurrency. It begins by defining Bitcoin as a digital currency and decentralized payment system. It then covers how Bitcoin works through the blockchain network, how new Bitcoins are created through mining, and different types of Bitcoin wallets. The document also explores how Bitcoin can currently be used for purchases and money transfers, and speculates that Bitcoin may become more stable and widely used in the future as an alternative global currency.
This document provides an overview of Bitcoin and blockchain technology. It discusses how Bitcoin was created by the mysterious Satoshi Nakamoto and introduced on the Cypherpunks email list. It describes how Bitcoin works as a decentralized digital currency using blockchain technology. The document outlines the economics of Bitcoin mining and the finite supply. It discusses both the strengths of Bitcoin like bypassing middlemen and empowering the unbanked, as well as weaknesses around volatility, environmental costs, and security issues.
Blockchain technology is currently taking over the world with its amazing features. This presentation covers all you need to know about the basics of blockchain technology with beautiful animations
One of the most hyped IT buzzwords to have emerged in the last couple of years. Blockchain has found its way into major media headlines on a near-daily basis, but a year and a half ago, it was a word used by a relatively small number of people to describe the peer-to-peer distributed ledger technology.
The document provides an introduction to Bitcoin and blockchain technology. It discusses how blockchain creates an immutable and distributed digital ledger through the use of cryptography and consensus across a decentralized network. It notes that while blockchain dates back to the 1970s, it is a novel combination of existing technologies that has created new opportunities for digital currencies, smart contracts, and other applications.
A Gentle Introduction to Blockchain & CryptocurrencyAlexLewin7
This document provides an introduction to blockchain and cryptocurrency. It defines blockchain as a decentralized, transactional database backed by digital signatures and public/private key encryption. It compares Bitcoin and Ethereum, the two largest cryptocurrencies, noting that Bitcoin is simpler and more secure but slower and more expensive, while Ethereum supports smart contracts. It also gives some examples of potential blockchain uses like cryptocurrency transactions, zero-knowledge proofs, and self-sovereign identity.
Vim is a powerful text editor that does not require use of a mouse. It has a learning curve but provides benefits once mastered. The document recommends remapping caps lock to escape and lowering key repeat delay. It covers Vim modes, motions to navigate files, and text objects to perform edits like deleting or yanking. Mastering cursor movement, editing with actions and motions, and essential commands like saving and searching will help become a "Vim ninja". Advanced features include tabs, windows, global search/replace, and using regular expressions. While learning takes time, Vim is a worthwhile investment that enhances productivity.
24 teams from 3 universities participated in a 24-hour hackathon where they demoed 6 projects. The projects were judged on criteria such as functionality, innovation, technical achievement, and design. Hourly Lightning was awarded first place and $3,000 for creating a solution using Bitcoin Lightning Network that allowed users to purchase hourly access to services. Discord DLC and BDK Wallet for iOS took second and third place, winning $2,000 and $1,000 respectively. Satmail and InvestHealthy received awards for best use of Bitcoin Lightning technology.
Introduction to Nostr slides for Atlanta BitDevs 1/11/22.
Highly recommend downloading. The animations make the diagrams significantly more effective.
Nostr is a new, fast-growing protocol for decentralized social media.
Read more: https://github.com/vishalxl/nostr_console/discussions/31
https://www.meetup.com/atlantabitdevs/
We have compiled the most important slides from each speaker's presentation. This year’s compilation, available for free, captures the key insights and contributions shared during the DfMAy 2024 conference.
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
Low power architecture of logic gates using adiabatic techniquesnooriasukmaningtyas
The growing significance of portable systems to limit power consumption in ultra-large-scale-integration chips of very high density, has recently led to rapid and inventive progresses in low-power design. The most effective technique is adiabatic logic circuit design in energy-efficient hardware. This paper presents two adiabatic approaches for the design of low power circuits, modified positive feedback adiabatic logic (modified PFAL) and the other is direct current diode based positive feedback adiabatic logic (DC-DB PFAL). Logic gates are the preliminary components in any digital circuit design. By improving the performance of basic gates, one can improvise the whole system performance. In this paper proposed circuit design of the low power architecture of OR/NOR, AND/NAND, and XOR/XNOR gates are presented using the said approaches and their results are analyzed for powerdissipation, delay, power-delay-product and rise time and compared with the other adiabatic techniques along with the conventional complementary metal oxide semiconductor (CMOS) designs reported in the literature. It has been found that the designs with DC-DB PFAL technique outperform with the percentage improvement of 65% for NOR gate and 7% for NAND gate and 34% for XNOR gate over the modified PFAL techniques at 10 MHz respectively.
A review on techniques and modelling methodologies used for checking electrom...nooriasukmaningtyas
The proper function of the integrated circuit (IC) in an inhibiting electromagnetic environment has always been a serious concern throughout the decades of revolution in the world of electronics, from disjunct devices to today’s integrated circuit technology, where billions of transistors are combined on a single chip. The automotive industry and smart vehicles in particular, are confronting design issues such as being prone to electromagnetic interference (EMI). Electronic control devices calculate incorrect outputs because of EMI and sensors give misleading values which can prove fatal in case of automotives. In this paper, the authors have non exhaustively tried to review research work concerned with the investigation of EMI in ICs and prediction of this EMI using various modelling methodologies and measurement setups.
Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
Literature Review Basics and Understanding Reference Management.pptxDr Ramhari Poudyal
Three-day training on academic research focuses on analytical tools at United Technical College, supported by the University Grant Commission, Nepal. 24-26 May 2024
International Conference on NLP, Artificial Intelligence, Machine Learning an...gerogepatton
International Conference on NLP, Artificial Intelligence, Machine Learning and Applications (NLAIM 2024) offers a premier global platform for exchanging insights and findings in the theory, methodology, and applications of NLP, Artificial Intelligence, Machine Learning, and their applications. The conference seeks substantial contributions across all key domains of NLP, Artificial Intelligence, Machine Learning, and their practical applications, aiming to foster both theoretical advancements and real-world implementations. With a focus on facilitating collaboration between researchers and practitioners from academia and industry, the conference serves as a nexus for sharing the latest developments in the field.
1. How Bitcoin Fits into Web 3
Alex Lewin
Warning: Gonna lump all non-bitcoin web3 together
@_AlexLewin
2. Hello!
● I’m Alex Lewin.
● Software Engineer - BlockSpaces
● Work on Bitcoin & Lightning Network
● Passions: Bitcoin, Chess, Bojack
Horseman
@_AlexLewin
3. Talk Goals
● Missions & Priorities (Bitcoin vs. Web3)
● Trade-offs and Design Choices
○ Innovations to allow advancement WITHOUT compromising its goals.
● Why it’s worth it
4. Bitcoin
● Oct. 2008 - Satoshi releases whitepaper
● Describes a solution for digital money
● Decentralized, peer-to-peer, public ledger
● This system is commonly known today as the
first blockchain.
5. Ethereum
● Nov. 2013 - Vitalik Buterin releases
whitepaper
● Describes a new blockchain with built-in smart
contract support
● Allows developers to build complex
applications on a shared, decentralized
infrastructure
● Sparks the Web3 movement
6. Web 3.0
● Cambrian explosion of innovation
● Discovers a mountain of use-cases
for blockchain, far beyond the scope
of Satoshi’s paper
● Utilizes smart contracting platforms
to reimagine the internet
7. Web 3.0 - Today
● $30 Billion invested into Web3
from Venture Capital
● >65 Web 3.0 Unicorns
○ Company with $1B+ valuation
● Web 3.0 awareness is nearly
universal.
Jan 2022
8. How the HECK is
Bitcoin still around?
WTF??
Because Bitcoin’s playing a different game.
…considering all the innovative competition.
9. Mission - Summary
1. Decentralize Money (Crypto)
2. Decentralize Identity (SSI)
3. Decentralize Assets (NFTs)
4. Decentralize Governance (DAOs)
5. Decentralize Decisions (Contracts)
6. Decentralize Data Storage (IPFS)
1. Decentralize Money
Use Blockchain to… Use Blockchain to…
“Maximize blockchain’s innovation and
usability for the new, decentralized
internet.”
“Create the best money in the world for
the next 300 years.”
15. Let’s make a money!
1. Measurable
2. Divisible
3. Durable
4. Scarce
16. Let’s make a money!
1. Measurable
2. Divisible
3. Durable
4. Scarce
17. Let’s make a money!
1. Measurable
2. Divisible
3. Durable
4. Scarce
18. Let’s make a money!
1. Measurable
2. Divisible
3. Durable
4. Scarce
5. Fungible/Homogenous
19. Let’s make a money!
1. Measurable
2. Divisible
3. Durable
4. Scarce
5. Fungible/Homogenous
GOAT since 9000 BC
20. Let’s make a money!
1. Divisible
2. Measurable
3. Durable
4. Scarce
5. Fungible/Homogenous
GOAT since 9000 BC
Globalization
The Internet
21. Let’s make a money!
1. Divisible
2. Measurable
3. Durable
4. Scarce
5. Fungible/Homogenous
6. Global & Digital
Venezuelan Bolivar
14 mil for a chicken
22. Let’s make a money!
1. Divisible
2. Measurable
3. Durable
4. Scarce
5. Fungible/Homogenous
6. Global & Digital
7. Incorruptible by Human Beings circa 2018
23. Let’s make a money!
1. Divisible
2. Measurable
3. Durable
4. Scarce
5. Fungible/Homogenous
6. Global & Digital
7. Incorruptible by Human Beings
Q: “How can human beings make a system that’s
INCORRUPTIBLE by human beings?”
A: You get close if remove the need for trust and put
in a bunch of fail-safes.
24. Let’s make a money!
1. Divisible
2. Measurable
3. Durable
4. Scarce
5. Fungible/Homogenous
6. Global & Digital
7. Incorruptible by Human Beings
Q: “How can human beings make a system that’s
INCORRUPTIBLE by human beings?”
A: You get close if remove the need for trust and put
in a bunch of fail-safes.
25. We Did It!
The Best Money in the World…
+/- some hand waving ;D
27. Biggest Areas of Research
● Scalability
○ More/faster/cheaper transactions
● Privacy
○ Protect against the $5 wrench attack
● Extensibility
○ Adding Features
○ Taproot
30. 1. Bob sends bitcoin
from his wallet to a
payment channel with
Alice.
(Opens the bar tab)
2. Bob and Alice send
payments back and
forth.
(The cumulative balance
of all the payments is
tracked)
3. Eventually, Bob and
Alice close the channel
and the net balance is
settled on-chain.
(Closes the bar tab,
settles up)
37. Takeaways
1. Bitcoin is Money… and nothing else.
2. Bitcoin is patient and uncompromising.
3. Bitcoin doesn’t have many features.
4. Bitcoin is important.
38. Learn More
● Atlanta BitDevs
● Atlanta BitPlebs
● Terminus Labs
○ terminus.money
Editor's Notes
I’m grouping together all decentralized smart contracting platforms that implements ERC-20 or something similar
We have a few goals for this talk…
I’m hoping to give you an intimate feel for bitcoin…
Demystify why the oldest, first-gen blockchain is still relevant… in this exciting, fast moving industry
Bitcoin’s
What are Bitcoin’s goals
The trade-offs bitcoin makes to fulfill this vision
And discuss some of the exciting innovations in bitcoin that allow it to advance without compromising its goals
And due to the imposed limitations on Bitcoin… what are some of the innovations that allow bitcoin to advance… despite the limitations
In ethereum land… you’re met with incredible developer resources
IDE’s (remix)
Incredible dev tooling
Out-of-the-box boilerplate repos to begin a project
It feels modern, fast-moving, and innovative
Because of the EVM, ethereum feels like a developer’s playground… Internet first
You can make a bunch of cool stuff
Like casinos, markets, different types of tokens,
The scope of work… anything with users/assets
In Bitcoin land…
You can make a cool wallet app!
…
Noteworthy organizations (which side did they choose)
UN…
Advises developing nations to use CBDCs
They prioritize international geopolitical stability above all else
Human Rights Foundation…
Big advocates of Bitcoin
The Human Rights Foundation is a nonpartisan, nonprofit organization that promotes and protects human rights globally, with a focus on closed societies.
We promote freedom where it’s most at risk: in countries ruled by authoritarian regimes.
Why the trade-offs are worth it.
Closing
Now, with the incredibly exciting
I’m addicted to moving mountains, and seeing the impact of my work
I choose to work in bitcoin to help
Oct 31st, 2008… An anonymous person going by the name “Satoshi Nakamoto” unveils a COMPLETE solution to digital money…
Digital money had worked on for decades to no prevail
But in his paper, Satoshi described a complete solution to the digital money problem, involving a revolutionary system for processing transactions…
This system is commonly known today as a blockchain
This is huge…
Now, I can write some code and glean the DECENTRALIZATINO BENEIFTS of the blockchain… but WITHOUT NEEDING to worry about the infrastructure..
Developers find this new tool and their
Enter the world of web3
A cambrian explosion of innovation that reimagines how the internet should operate
Utilizes this powerhouse feature of smart contracting platforms… to reimaging the internet.
Enter the world of web3
A cambrian explosion of innovation that reimagines how the internet should operate
Utilizes this powerhouse feature of smart contracting platforms… to reimaging the internet.
How the heck is BITCOIN still around????And what in god’s name is it doing at the top of the leaderboard????
WTF is it still doing on top???
What properties are shared? What are the differences?And despite the picture… there’s much more in common than different.
In Fall 2008 - an anonymous person going by the name “Satoshi Nakamoto” publishes a whitepaper,
Both bitcoin and web3 have 90% of the same DNA… they use the same basic technology to accomplish similar goals
But they’re strategy for doing so and their attitude about it is slightly different
The web3 mission is multi faceted… ii’s broad.. Web 3 has several goals…
Decentralize money… through tokens
Decentralize Identity… through Self-Sovereign Identity
Decentralize Governance… through DAOs
Decentralize Decision making… through smart contracts
Decentralize Datastorage… through ipfs
Decentralize identity… through Self Sovereign Identity
There’s a lot going on here! It seems like every aspect of our lives is being touched…
So that’s web3… Now moving over to Bitcoin…
Bitcoin takes a different approach… it has a different mindset
Bitcoin’s only has one mission and that’s to decntralize money…
It’s view is that fixing the money is the MOST important use of this technology
And it’s not willing to make ANY compromises
Bitcoin has this slogan: Fix the money, Fix the world…
It believes that if you COMPLETELY FIX the money… all of the other world’s problems will sort themselves out…
This is a bit of a lofty goal… maybe a tad of an overstatement…
But this is Bitcoin’s outlook on the world..
It’s unompromising! And it takes this task incredibly seriously
Bitcoin acknowledges that it can’t do as many cool things as it’s competition.
BUT bitcoin is okay with that
Bitcoin will NOT compromise to keep up with competition… because ALL it cares about is being the best money in the world.
It’s to be long-lasting, incorruptible… PERFECT money… for the next 300 years..
High bar
Let’s walk through what goes into making a digital money
Traditional Money works in a couple of different ways, What makes a money good
Plan
Go through examples of bad money to glean the properties of a GOOD money.
Well, this is harder than it sounds…
All we have to do is think of something…
that can be measured…
And that measurement can’t change for YEARS
And that you can’t make MORE of…
What’s the purpose of money?
It’s purpose is to keep track of how much VALUE you someone has
and to allow people to trade that VALUE for goods and services… obviously
Facilitate trading
Cool… so as a society, let’s pick SOMETHING to represent our money.
Let’s pick apples…
Well… someone can plant an apple tree and CHEAT…
They can just plant the apple tree
That’s not fair…
Our money CAN’T BE EASY FOR ANYONE TO MAKE…
So it’s has to be scarce
Also, if i collect a bunch of apples and they go bad… I’ve just lost all my money!!
So it has to last forever (durbility)
So let’s pick something else…
What about diamonds…
THAT many dithere’samond mines on the planet… and they can only pull so many diamonds out of the ground.
And I cant break a diamond… so that fixes the durability issue
Okay.. but let's think this through…
How do we know how many of your SMALL diamonds are worth one of my BIG diamonds?
Because they’re all different, it becomes difficult to use them as a measurement tool.
So diamonds aren’t Homogenous or FUNGIBLE
our society only has one diamond mine… so not everyone can make it right?
Well, what about the people who the diamond miners?
That’s pretty unfair… if they’re surrounded by diamonds, then they have an unfair advantage compared to the rest of us
It has some properties that PREVENT PEOPLE FROM CHEATING IN THE ECONOMY
You want the game to be fair… if someone has money, it had to have PERSONALLY earned it, or been gifted it by someone who got it legitimately.
What are the common ways to cheat in
THESE properties
Physical money
Has a few advantages
Process of making a payment with physical, hard money
Someone pulls out a bill
Fixed supply (expensive to produce more)
To make a money, we have to find a A BEARER Asset…
This is an asset that measure value itself.
Therefore, it has
Who’s got ideas???
Idk… what about the EIFLE TOWER. Let’s make the eiffel tower our money.
Oh shoot.. There’s only ONE eifle tower and we can’t split up the eifle tower into a million pieces
Who’s got ideas???
Idk… what about the EIFLE TOWER. Let’s make the eiffel tower our money.
Oh shoot.. There’s only ONE eifle tower and we can’t split up the eifle tower into a million pieces
Gotta think of something else to be our money…
What about Apples? They’re divisible…
Okay so I’m going to put a bunch of apples in a vault and come back in a year…
Oh shoot… my apples are spoiled… My money is gone.
My money can’t rot away
Also, my neighbor BOB has an apple tree…
He’s gonna just make MORE MONEY
That seems pretty cheaty to me…
Here’s another
Okay we’re getting somewhere…
All we have to do is find something that’s MEASURABLE, DURABLE, and SCARCE
What do we know that’s measurable, durable, and hard to make??
What do we know that’s measurable, durable, and hard to make??
What’s all of these things?
Gold is pretty freaking good at being money…
For a long time, it was the best money in the world
Gold coins or pieces have been around in some form for the past 11,000 years…
And that was perfect!
… until a new challenger emerged - globalization and the internet.
Globalization and the internet…
What about… let’s say the Venezuelan Bolivar!
You know the Bolivar, right? The official money of the great nation of Venezuela
Just like the apples rotting in your safe deposit box… anyone’s wealth denominated in the Bolivar Vanished
Except… now… it costs 14 mil Bolivars for a chicken and
Now we have to find a money that is divisible.. measurable.. Dur…. global AND digital..
This is getting challenging
Now we have to find a money that is divisible.. measurable.. Dur…. global AND digital..
This is getting challenging
The first 6 things are programed into bitcoin… I don’t have the time to explain how bitcoin works today, but you’ll have to take my word that these six things are solved…
The MUCH harder task is figuring out how to prevent humans from
The first
If you’re interested
Let’s walk through what goes into making a digital money
Traditional Money works in a couple of different ways, What makes a money good
Plan
Go through examples of bad money to glean the properties of a GOOD money.
Well, this is harder than it sounds…
All we have to do is think of something…
that can be measured…
And that measurement can’t change for YEARS
And that you can’t make MORE of…
What’s the purpose of money?
It’s purpose is to keep track of how much VALUE you someone has
and to allow people to trade that VALUE for goods and services… obviously
Facilitate trading
Cool… so as a society, let’s pick SOMETHING to represent our money.
Let’s pick apples…
Well… someone can plant an apple tree and CHEAT…
They can just plant the apple tree
That’s not fair…
Our money CAN’T BE EASY FOR ANYONE TO MAKE…
So it’s has to be scarce
Also, if i collect a bunch of apples and they go bad… I’ve just lost all my money!!
So it has to last forever (durbility)
So let’s pick something else…
What about diamonds…
THAT many dithere’samond mines on the planet… and they can only pull so many diamonds out of the ground.
And I cant break a diamond… so that fixes the durability issue
Okay.. but let's think this through…
How do we know how many of your SMALL diamonds are worth one of my BIG diamonds?
Because they’re all different, it becomes difficult to use them as a measurement tool.
So diamonds aren’t Homogenous or FUNGIBLE
our society only has one diamond mine… so not everyone can make it right?
Well, what about the people who the diamond miners?
That’s pretty unfair… if they’re surrounded by diamonds, then they have an unfair advantage compared to the rest of us
It has some properties that PREVENT PEOPLE FROM CHEATING IN THE ECONOMY
You want the game to be fair… if someone has money, it had to have PERSONALLY earned it, or been gifted it by someone who got it legitimately.
What are the common ways to cheat in
THESE properties
Physical money
Has a few advantages
Process of making a payment with physical, hard money
Someone pulls out a bill
Fixed supply (expensive to produce more)
The code for Bitcoin is constantly changing…
It consistently gets upgrades to improve its ability to be the BEST MONEY IN THE WORLD!
There’s a few flavors of HUMAN ERRORS
Bugs in the code
The code for Bitcoin is constantly changing…
It consistently gets upgrades to improve its ability to be the BEST MONEY IN THE WORLD!
There’s a few flavors of HUMAN ERRORS
Bugs in the code
Despite the challenges of bitcoin
Okay… I get it… it’s good money that moves around This brings the question…