Bitcoin Blockchain:
Saved in:
| Main Author: | |
|---|---|
| Format: | Electronic eBook |
| Language: | English |
| Published: |
Delhi
BPB Publications
2020
|
| Edition: | 1st ed |
| Subjects: | |
| Physical Description: | 1 Online-Ressource (326 Seiten) |
| ISBN: | 9789389898101 9789389898095 |
Staff View
MARC
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| 020 | |a 9789389898095 |9 978-93-89898-09-5 | ||
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| 100 | 1 | |a Jain, Kapil |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Bitcoin Blockchain |
| 250 | |a 1st ed | ||
| 264 | 1 | |a Delhi |b BPB Publications |c 2020 | |
| 264 | 4 | |c ©2020 | |
| 300 | |a 1 Online-Ressource (326 Seiten) | ||
| 336 | |b txt |2 rdacontent | ||
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| 505 | 8 | |a Cover Page -- Title Page -- Copyright Page -- About the Author -- About the Reviewer -- Acknowledgement -- Preface -- About this Book -- Errata -- Table of Contents -- Sections I -- 1. Bitcoin Protocol: Origins and Concept -- Structure -- Objective -- Bitcoin: A Peer-to-Peer Electronic Cash System -- History -- Ecash -- B Money -- Ripple Pay -- Introduction to Bitcoin -- Transactions -- Transaction block -- Bitcoin public ledger: what makes it work? -- Bitcoin is an immutable evidence trail -- Conclusion -- Questions -- 2. Economic Model and Network Structure -- Structure -- Objective -- Supply of coins -- Value of money -- So is Bitcoin money? -- Is Bitcoin a Currency (crypto)? -- The economic model of Bitcoin -- Inflation of the economy -- Economics of participation -- Individual -- Businesses -- Miners, the non-trusted third parties -- The protocol set in stone -- The network structure of Bitcoin -- Bitcoin as a small-world network -- Decentralized and distributed network -- Conclusion -- Questions -- 3. Cryptography, ECDSA, and Bitcoin Addresses -- Structure -- Objective -- Cryptography -- Secured key exchanges -- Diffie-Hellman key exchange algorithm -- RSA algorithm -- Cryptography basic concepts -- Tractable and intractable problems -- Modulus arithmetic -- Trapdoor function -- Elliptic curves -- Elliptic curves over finite fields -- Cyclic subgroups and base point -- Discrete logarithm problem -- Elliptic Curve Cryptography (ECC) -- Signing with ECDSA -- Verifying with ECDSA -- Hash functions -- Elliptic Curve Cryptography in Bitcoin -- Public key generation -- Signatures and verification -- BIP32 and BIP39 -- BIP32: Hierarchical deterministic keys -- BIP39: Mnemonics -- Conclusion -- Questions -- 4. All About Wallets -- Structure -- Objective -- Concept of a wallet -- Cold storage wallets -- Paper wallet -- Brain wallet | |
| 505 | 8 | |a Mnemonic wallet -- Hardware wallets -- New generation wallets -- Handle system wallets -- HandCash -- Money button -- Desktop and multi-feature wallets -- Signing and verifying messages -- Hot wallets and multisig or split wallets -- Simple Payment Verification (SPV) -- Hardware wallet using an Android phone -- Conclusion -- Questions -- 5. Transactions and Transaction Script -- Structure -- Objective -- Transactions in Bitcoin -- Big numbers -- Number formats -- Signature formats -- DER format -- COMPACT format -- OPcodes -- Scripts -- Transaction inputs -- Transaction outputs -- Transaction format -- Transaction -- Transaction verification -- Transaction script or simply "script" -- Turing complete "script" -- Script instruction set -- Execution of the script -- Standard and non-standard scripts -- Script creation -- Pay to public key hash (p2pkh) -- Pay to public key (p2pk) -- Pay to multi-sig (p2ms) -- Pay to script hash (p2sh) -- Data output using OP_RETURN (also called null data) -- Non-standard scripts -- Conclusion -- Questions -- 6. Mining and Network Consensus -- Structure -- Objective -- The Byzantine generals problem -- Block creation process -- Transactions in MemoryPool -- Order of transactions -- Candidate block -- Block confirmations -- 0-conf or instant transactions -- Orphan blocks -- 10 minutes interval -- Block reorgs, forks, and various attacks -- Forks or chain splits -- Sybil attack -- 51% attack, selfish miner attack -- Block Reorgs and large miner attack -- Energy consumption -- Mining as an industry -- History of mining -- Evolution of Miners -- Miners as Transaction Processors -- Conclusion -- Questions -- Sections II -- 7. Metanet Protocol: Data Structures on Bitcoin -- Structure -- Objective -- Introduction to MetaNet -- Metanet protocol -- Graphs -- Directed Acyclic Graph (DAG) -- BitCoin DAGs -- Block DAG. | |
| 505 | 8 | |a Transaction DAG -- Metanet DAG -- Nodes and edges -- Names and domains -- Searching Metanet -- Data insertion -- Final thoughts -- Conclusion -- Questions -- 8. Bitcom and Other Application Protocols -- Structure -- Objective -- Bitcom: BitCoin Computer -- Bitcoin address as prefix: -- What can you do with Bitcom? -- B:// protocol -- C:// protocol -- D:// protocol -- BCAT protocol -- AIP protocol -- MAP protocol -- BAP protocol -- Unix pipeline between protocol -- Bottle - A Bitcoin browser -- Bit protocol -- Conclusion -- Questions -- 9. Data Carrier Transactions: Bitcoin as Infinite Database -- Structure -- Objective -- Data on Bitcoin -- Database on Bitcoin: BitDB -- Crawler -- Indexer -- Bitquery -- Genesis, Babel, Chronos, and Meta -- Genesis -- Babel -- Chronos -- Meta -- Bitsocket -- Datapay and bitindex (write and read data) -- Datapay -- Bitindex -- Bitpipe -- Bitchat -- Bitfs -- Toychain -- Conclusion -- Questions -- 10. Planaria Application Development Framework -- Structure -- Objective -- Planaria framework -- Basic concepts -- Planaria implementation -- Planaria file system -- The version control system on Bitcoin -- Neon Planaria -- Bitbus -- Neon Planaria and Bitcoin as Tape -- Bitcoin Op_RETURN Bytecode or BOB -- TXO -- Introducing BOB -- Bitcoin Processing Unit (BPU) -- Metanet Object Model (MOM) -- Neon Genesis -- Metanet Planaria -- Grid Planaria -- Bitwork -- Eventchain -- Overpool -- Overpool Ledger attributes -- Localchain -- Closing thoughts -- Conclusion -- Questions -- 11. Real-world Applications -- Structure -- Objective -- Real-world applications -- Payments -- Supply chain management -- Social media -- Content creation -- Advertising -- Gaming and gambling -- Health care -- Business infrastructure -- Document management -- PIMS and CMS -- PaaS -- IaaS -- E-commerce platforms -- News and digital publications | |
| 505 | 8 | |a Data storage -- Micropayments -- Utilities and SDK -- Nakasendo SDK -- BSV library -- Operate toolkit -- Scrypt -- Bitmesh and Metaglue -- Mattercloud and Matterpool -- Bitsv and Polyglot -- HandCash Connect toolkit -- Mempool and tokens with DOT wallet -- Bitsent tools -- Conclusion -- Questions -- 12. Identity and Authentication on Bitcoin -- Structure -- Objective -- Basics of privacy model -- Paymail and BIP270 specifications -- Paymail -- BIP270: Peer to Peer Payments -- User identity v/s keys -- SPV and Paymail -- Paymail Key Registry on Bitcoin -- Metalink and BIP270 -- Conclusion -- Questions -- 13. Smart Contracts and Tokens -- Structure -- Objective -- Electronic contracting -- Smart Contract -- Basic concepts -- Cryptography -- Business processes -- Tokens and Bitcoin -- Issuing a token -- Transfer tokens -- Monitor tokens -- Tokenized protocol -- Details of the tokenized protocol -- Contract operator -- Token Holders -- Transactions -- Operations -- Tokens -- Oracles -- Run platform -- Bitcoin | Computer -- Conclusion -- Questions -- Sections III -- 14. Going into Future: AI/ML, Big Data, and IoT -- Structure -- Objective -- Artificial Intelligence and Blockchain -- Automata on blockchain -- Deterministic Finite Automata (DFA) -- Decentralized Autonomous Corporations -- Decision making using Neural Networks -- Evolutionary Algorithms -- Machine to Machine communication -- Big Data -- Conclusion -- Questions -- 15. Bitcoin and Law -- Structure -- Objective -- Bitcoin as property rights -- Uncensorable by governments -- Non-repudiation -- Fungibility -- Alert key -- Decentralization -- Privacy and law -- Permissionless -- Bitcoin Blockchain Ledger -- Public commodity -- Miners as Transaction Processors -- Notary and Bitcoin -- Immutability -- Taxation and Bitcoin -- Permissioned Blockchains -- CBDC -- Patents -- Conclusion -- Questions | |
| 505 | 8 | |a References and Links | |
| 650 | 4 | |a Bitcoin | |
| 653 | 6 | |a Electronic books | |
| 776 | 0 | 8 | |i Erscheint auch als |n Druck-Ausgabe |a Jain, Kapil |t Bitcoin Blockchain |d Delhi : BPB Publications,c2020 |z 9789389898095 |
| 912 | |a ZDB-30-PQE | ||
| 999 | |a oai:aleph.bib-bvb.de:BVB01-034006964 | ||
Record in the Search Index
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| adam_txt | |
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| author | Jain, Kapil |
| author_facet | Jain, Kapil |
| author_role | aut |
| author_sort | Jain, Kapil |
| author_variant | k j kj |
| building | Verbundindex |
| bvnumber | BV048631944 |
| collection | ZDB-30-PQE |
| contents | Cover Page -- Title Page -- Copyright Page -- About the Author -- About the Reviewer -- Acknowledgement -- Preface -- About this Book -- Errata -- Table of Contents -- Sections I -- 1. Bitcoin Protocol: Origins and Concept -- Structure -- Objective -- Bitcoin: A Peer-to-Peer Electronic Cash System -- History -- Ecash -- B Money -- Ripple Pay -- Introduction to Bitcoin -- Transactions -- Transaction block -- Bitcoin public ledger: what makes it work? -- Bitcoin is an immutable evidence trail -- Conclusion -- Questions -- 2. Economic Model and Network Structure -- Structure -- Objective -- Supply of coins -- Value of money -- So is Bitcoin money? -- Is Bitcoin a Currency (crypto)? -- The economic model of Bitcoin -- Inflation of the economy -- Economics of participation -- Individual -- Businesses -- Miners, the non-trusted third parties -- The protocol set in stone -- The network structure of Bitcoin -- Bitcoin as a small-world network -- Decentralized and distributed network -- Conclusion -- Questions -- 3. Cryptography, ECDSA, and Bitcoin Addresses -- Structure -- Objective -- Cryptography -- Secured key exchanges -- Diffie-Hellman key exchange algorithm -- RSA algorithm -- Cryptography basic concepts -- Tractable and intractable problems -- Modulus arithmetic -- Trapdoor function -- Elliptic curves -- Elliptic curves over finite fields -- Cyclic subgroups and base point -- Discrete logarithm problem -- Elliptic Curve Cryptography (ECC) -- Signing with ECDSA -- Verifying with ECDSA -- Hash functions -- Elliptic Curve Cryptography in Bitcoin -- Public key generation -- Signatures and verification -- BIP32 and BIP39 -- BIP32: Hierarchical deterministic keys -- BIP39: Mnemonics -- Conclusion -- Questions -- 4. All About Wallets -- Structure -- Objective -- Concept of a wallet -- Cold storage wallets -- Paper wallet -- Brain wallet Mnemonic wallet -- Hardware wallets -- New generation wallets -- Handle system wallets -- HandCash -- Money button -- Desktop and multi-feature wallets -- Signing and verifying messages -- Hot wallets and multisig or split wallets -- Simple Payment Verification (SPV) -- Hardware wallet using an Android phone -- Conclusion -- Questions -- 5. Transactions and Transaction Script -- Structure -- Objective -- Transactions in Bitcoin -- Big numbers -- Number formats -- Signature formats -- DER format -- COMPACT format -- OPcodes -- Scripts -- Transaction inputs -- Transaction outputs -- Transaction format -- Transaction -- Transaction verification -- Transaction script or simply "script" -- Turing complete "script" -- Script instruction set -- Execution of the script -- Standard and non-standard scripts -- Script creation -- Pay to public key hash (p2pkh) -- Pay to public key (p2pk) -- Pay to multi-sig (p2ms) -- Pay to script hash (p2sh) -- Data output using OP_RETURN (also called null data) -- Non-standard scripts -- Conclusion -- Questions -- 6. Mining and Network Consensus -- Structure -- Objective -- The Byzantine generals problem -- Block creation process -- Transactions in MemoryPool -- Order of transactions -- Candidate block -- Block confirmations -- 0-conf or instant transactions -- Orphan blocks -- 10 minutes interval -- Block reorgs, forks, and various attacks -- Forks or chain splits -- Sybil attack -- 51% attack, selfish miner attack -- Block Reorgs and large miner attack -- Energy consumption -- Mining as an industry -- History of mining -- Evolution of Miners -- Miners as Transaction Processors -- Conclusion -- Questions -- Sections II -- 7. Metanet Protocol: Data Structures on Bitcoin -- Structure -- Objective -- Introduction to MetaNet -- Metanet protocol -- Graphs -- Directed Acyclic Graph (DAG) -- BitCoin DAGs -- Block DAG. Transaction DAG -- Metanet DAG -- Nodes and edges -- Names and domains -- Searching Metanet -- Data insertion -- Final thoughts -- Conclusion -- Questions -- 8. Bitcom and Other Application Protocols -- Structure -- Objective -- Bitcom: BitCoin Computer -- Bitcoin address as prefix: -- What can you do with Bitcom? -- B:// protocol -- C:// protocol -- D:// protocol -- BCAT protocol -- AIP protocol -- MAP protocol -- BAP protocol -- Unix pipeline between protocol -- Bottle - A Bitcoin browser -- Bit protocol -- Conclusion -- Questions -- 9. Data Carrier Transactions: Bitcoin as Infinite Database -- Structure -- Objective -- Data on Bitcoin -- Database on Bitcoin: BitDB -- Crawler -- Indexer -- Bitquery -- Genesis, Babel, Chronos, and Meta -- Genesis -- Babel -- Chronos -- Meta -- Bitsocket -- Datapay and bitindex (write and read data) -- Datapay -- Bitindex -- Bitpipe -- Bitchat -- Bitfs -- Toychain -- Conclusion -- Questions -- 10. Planaria Application Development Framework -- Structure -- Objective -- Planaria framework -- Basic concepts -- Planaria implementation -- Planaria file system -- The version control system on Bitcoin -- Neon Planaria -- Bitbus -- Neon Planaria and Bitcoin as Tape -- Bitcoin Op_RETURN Bytecode or BOB -- TXO -- Introducing BOB -- Bitcoin Processing Unit (BPU) -- Metanet Object Model (MOM) -- Neon Genesis -- Metanet Planaria -- Grid Planaria -- Bitwork -- Eventchain -- Overpool -- Overpool Ledger attributes -- Localchain -- Closing thoughts -- Conclusion -- Questions -- 11. Real-world Applications -- Structure -- Objective -- Real-world applications -- Payments -- Supply chain management -- Social media -- Content creation -- Advertising -- Gaming and gambling -- Health care -- Business infrastructure -- Document management -- PIMS and CMS -- PaaS -- IaaS -- E-commerce platforms -- News and digital publications Data storage -- Micropayments -- Utilities and SDK -- Nakasendo SDK -- BSV library -- Operate toolkit -- Scrypt -- Bitmesh and Metaglue -- Mattercloud and Matterpool -- Bitsv and Polyglot -- HandCash Connect toolkit -- Mempool and tokens with DOT wallet -- Bitsent tools -- Conclusion -- Questions -- 12. Identity and Authentication on Bitcoin -- Structure -- Objective -- Basics of privacy model -- Paymail and BIP270 specifications -- Paymail -- BIP270: Peer to Peer Payments -- User identity v/s keys -- SPV and Paymail -- Paymail Key Registry on Bitcoin -- Metalink and BIP270 -- Conclusion -- Questions -- 13. Smart Contracts and Tokens -- Structure -- Objective -- Electronic contracting -- Smart Contract -- Basic concepts -- Cryptography -- Business processes -- Tokens and Bitcoin -- Issuing a token -- Transfer tokens -- Monitor tokens -- Tokenized protocol -- Details of the tokenized protocol -- Contract operator -- Token Holders -- Transactions -- Operations -- Tokens -- Oracles -- Run platform -- Bitcoin | Computer -- Conclusion -- Questions -- Sections III -- 14. Going into Future: AI/ML, Big Data, and IoT -- Structure -- Objective -- Artificial Intelligence and Blockchain -- Automata on blockchain -- Deterministic Finite Automata (DFA) -- Decentralized Autonomous Corporations -- Decision making using Neural Networks -- Evolutionary Algorithms -- Machine to Machine communication -- Big Data -- Conclusion -- Questions -- 15. Bitcoin and Law -- Structure -- Objective -- Bitcoin as property rights -- Uncensorable by governments -- Non-repudiation -- Fungibility -- Alert key -- Decentralization -- Privacy and law -- Permissionless -- Bitcoin Blockchain Ledger -- Public commodity -- Miners as Transaction Processors -- Notary and Bitcoin -- Immutability -- Taxation and Bitcoin -- Permissioned Blockchains -- CBDC -- Patents -- Conclusion -- Questions References and Links |
| ctrlnum | (ZDB-30-PQE)EBC6891763 (ZDB-30-PAD)EBC6891763 (ZDB-89-EBL)EBL6891763 (OCoLC)1203954863 (DE-599)BVBBV048631944 |
| edition | 1st ed |
| format | Electronic eBook |
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Bitcoin Protocol: Origins and Concept -- Structure -- Objective -- Bitcoin: A Peer-to-Peer Electronic Cash System -- History -- Ecash -- B Money -- Ripple Pay -- Introduction to Bitcoin -- Transactions -- Transaction block -- Bitcoin public ledger: what makes it work? -- Bitcoin is an immutable evidence trail -- Conclusion -- Questions -- 2. Economic Model and Network Structure -- Structure -- Objective -- Supply of coins -- Value of money -- So is Bitcoin money? -- Is Bitcoin a Currency (crypto)? -- The economic model of Bitcoin -- Inflation of the economy -- Economics of participation -- Individual -- Businesses -- Miners, the non-trusted third parties -- The protocol set in stone -- The network structure of Bitcoin -- Bitcoin as a small-world network -- Decentralized and distributed network -- Conclusion -- Questions -- 3. Cryptography, ECDSA, and Bitcoin Addresses -- Structure -- Objective -- Cryptography -- Secured key exchanges -- Diffie-Hellman key exchange algorithm -- RSA algorithm -- Cryptography basic concepts -- Tractable and intractable problems -- Modulus arithmetic -- Trapdoor function -- Elliptic curves -- Elliptic curves over finite fields -- Cyclic subgroups and base point -- Discrete logarithm problem -- Elliptic Curve Cryptography (ECC) -- Signing with ECDSA -- Verifying with ECDSA -- Hash functions -- Elliptic Curve Cryptography in Bitcoin -- Public key generation -- Signatures and verification -- BIP32 and BIP39 -- BIP32: Hierarchical deterministic keys -- BIP39: Mnemonics -- Conclusion -- Questions -- 4. All About Wallets -- Structure -- Objective -- Concept of a wallet -- Cold storage wallets -- Paper wallet -- Brain wallet</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Mnemonic wallet -- Hardware wallets -- New generation wallets -- Handle system wallets -- HandCash -- Money button -- Desktop and multi-feature wallets -- Signing and verifying messages -- Hot wallets and multisig or split wallets -- Simple Payment Verification (SPV) -- Hardware wallet using an Android phone -- Conclusion -- Questions -- 5. Transactions and Transaction Script -- Structure -- Objective -- Transactions in Bitcoin -- Big numbers -- Number formats -- Signature formats -- DER format -- COMPACT format -- OPcodes -- Scripts -- Transaction inputs -- Transaction outputs -- Transaction format -- Transaction -- Transaction verification -- Transaction script or simply "script" -- Turing complete "script" -- Script instruction set -- Execution of the script -- Standard and non-standard scripts -- Script creation -- Pay to public key hash (p2pkh) -- Pay to public key (p2pk) -- Pay to multi-sig (p2ms) -- Pay to script hash (p2sh) -- Data output using OP_RETURN (also called null data) -- Non-standard scripts -- Conclusion -- Questions -- 6. Mining and Network Consensus -- Structure -- Objective -- The Byzantine generals problem -- Block creation process -- Transactions in MemoryPool -- Order of transactions -- Candidate block -- Block confirmations -- 0-conf or instant transactions -- Orphan blocks -- 10 minutes interval -- Block reorgs, forks, and various attacks -- Forks or chain splits -- Sybil attack -- 51% attack, selfish miner attack -- Block Reorgs and large miner attack -- Energy consumption -- Mining as an industry -- History of mining -- Evolution of Miners -- Miners as Transaction Processors -- Conclusion -- Questions -- Sections II -- 7. Metanet Protocol: Data Structures on Bitcoin -- Structure -- Objective -- Introduction to MetaNet -- Metanet protocol -- Graphs -- Directed Acyclic Graph (DAG) -- BitCoin DAGs -- Block DAG.</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Transaction DAG -- Metanet DAG -- Nodes and edges -- Names and domains -- Searching Metanet -- Data insertion -- Final thoughts -- Conclusion -- Questions -- 8. Bitcom and Other Application Protocols -- Structure -- Objective -- Bitcom: BitCoin Computer -- Bitcoin address as prefix: -- What can you do with Bitcom? -- B:// protocol -- C:// protocol -- D:// protocol -- BCAT protocol -- AIP protocol -- MAP protocol -- BAP protocol -- Unix pipeline between protocol -- Bottle - A Bitcoin browser -- Bit protocol -- Conclusion -- Questions -- 9. Data Carrier Transactions: Bitcoin as Infinite Database -- Structure -- Objective -- Data on Bitcoin -- Database on Bitcoin: BitDB -- Crawler -- Indexer -- Bitquery -- Genesis, Babel, Chronos, and Meta -- Genesis -- Babel -- Chronos -- Meta -- Bitsocket -- Datapay and bitindex (write and read data) -- Datapay -- Bitindex -- Bitpipe -- Bitchat -- Bitfs -- Toychain -- Conclusion -- Questions -- 10. Planaria Application Development Framework -- Structure -- Objective -- Planaria framework -- Basic concepts -- Planaria implementation -- Planaria file system -- The version control system on Bitcoin -- Neon Planaria -- Bitbus -- Neon Planaria and Bitcoin as Tape -- Bitcoin Op_RETURN Bytecode or BOB -- TXO -- Introducing BOB -- Bitcoin Processing Unit (BPU) -- Metanet Object Model (MOM) -- Neon Genesis -- Metanet Planaria -- Grid Planaria -- Bitwork -- Eventchain -- Overpool -- Overpool Ledger attributes -- Localchain -- Closing thoughts -- Conclusion -- Questions -- 11. Real-world Applications -- Structure -- Objective -- Real-world applications -- Payments -- Supply chain management -- Social media -- Content creation -- Advertising -- Gaming and gambling -- Health care -- Business infrastructure -- Document management -- PIMS and CMS -- PaaS -- IaaS -- E-commerce platforms -- News and digital publications</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Data storage -- Micropayments -- Utilities and SDK -- Nakasendo SDK -- BSV library -- Operate toolkit -- Scrypt -- Bitmesh and Metaglue -- Mattercloud and Matterpool -- Bitsv and Polyglot -- HandCash Connect toolkit -- Mempool and tokens with DOT wallet -- Bitsent tools -- Conclusion -- Questions -- 12. Identity and Authentication on Bitcoin -- Structure -- Objective -- Basics of privacy model -- Paymail and BIP270 specifications -- Paymail -- BIP270: Peer to Peer Payments -- User identity v/s keys -- SPV and Paymail -- Paymail Key Registry on Bitcoin -- Metalink and BIP270 -- Conclusion -- Questions -- 13. Smart Contracts and Tokens -- Structure -- Objective -- Electronic contracting -- Smart Contract -- Basic concepts -- Cryptography -- Business processes -- Tokens and Bitcoin -- Issuing a token -- Transfer tokens -- Monitor tokens -- Tokenized protocol -- Details of the tokenized protocol -- Contract operator -- Token Holders -- Transactions -- Operations -- Tokens -- Oracles -- Run platform -- Bitcoin | Computer -- Conclusion -- Questions -- Sections III -- 14. Going into Future: AI/ML, Big Data, and IoT -- Structure -- Objective -- Artificial Intelligence and Blockchain -- Automata on blockchain -- Deterministic Finite Automata (DFA) -- Decentralized Autonomous Corporations -- Decision making using Neural Networks -- Evolutionary Algorithms -- Machine to Machine communication -- Big Data -- Conclusion -- Questions -- 15. Bitcoin and Law -- Structure -- Objective -- Bitcoin as property rights -- Uncensorable by governments -- Non-repudiation -- Fungibility -- Alert key -- Decentralization -- Privacy and law -- Permissionless -- Bitcoin Blockchain Ledger -- Public commodity -- Miners as Transaction Processors -- Notary and Bitcoin -- Immutability -- Taxation and Bitcoin -- Permissioned Blockchains -- CBDC -- Patents -- Conclusion -- Questions</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">References and Links</subfield></datafield><datafield tag="650" ind1=" " ind2="4"><subfield code="a">Bitcoin</subfield></datafield><datafield tag="653" ind1=" " ind2="6"><subfield code="a">Electronic books</subfield></datafield><datafield tag="776" ind1="0" ind2="8"><subfield code="i">Erscheint auch als</subfield><subfield code="n">Druck-Ausgabe</subfield><subfield code="a">Jain, Kapil</subfield><subfield code="t">Bitcoin Blockchain</subfield><subfield code="d">Delhi : BPB Publications,c2020</subfield><subfield code="z">9789389898095</subfield></datafield><datafield tag="912" ind1=" " ind2=" "><subfield code="a">ZDB-30-PQE</subfield></datafield><datafield tag="999" ind1=" " ind2=" "><subfield code="a">oai:aleph.bib-bvb.de:BVB01-034006964</subfield></datafield></record></collection> |
| id | DE-604.BV048631944 |
| illustrated | Not Illustrated |
| index_date | 2024-07-03T21:16:05Z |
| indexdate | 2024-07-10T09:44:32Z |
| institution | BVB |
| isbn | 9789389898101 9789389898095 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-034006964 |
| oclc_num | 1203954863 |
| open_access_boolean | |
| physical | 1 Online-Ressource (326 Seiten) |
| psigel | ZDB-30-PQE |
| publishDate | 2020 |
| publishDateSearch | 2020 |
| publishDateSort | 2020 |
| publisher | BPB Publications |
| record_format | marc |
| spelling | Jain, Kapil Verfasser aut Bitcoin Blockchain 1st ed Delhi BPB Publications 2020 ©2020 1 Online-Ressource (326 Seiten) txt rdacontent c rdamedia cr rdacarrier Cover Page -- Title Page -- Copyright Page -- About the Author -- About the Reviewer -- Acknowledgement -- Preface -- About this Book -- Errata -- Table of Contents -- Sections I -- 1. Bitcoin Protocol: Origins and Concept -- Structure -- Objective -- Bitcoin: A Peer-to-Peer Electronic Cash System -- History -- Ecash -- B Money -- Ripple Pay -- Introduction to Bitcoin -- Transactions -- Transaction block -- Bitcoin public ledger: what makes it work? -- Bitcoin is an immutable evidence trail -- Conclusion -- Questions -- 2. Economic Model and Network Structure -- Structure -- Objective -- Supply of coins -- Value of money -- So is Bitcoin money? -- Is Bitcoin a Currency (crypto)? -- The economic model of Bitcoin -- Inflation of the economy -- Economics of participation -- Individual -- Businesses -- Miners, the non-trusted third parties -- The protocol set in stone -- The network structure of Bitcoin -- Bitcoin as a small-world network -- Decentralized and distributed network -- Conclusion -- Questions -- 3. Cryptography, ECDSA, and Bitcoin Addresses -- Structure -- Objective -- Cryptography -- Secured key exchanges -- Diffie-Hellman key exchange algorithm -- RSA algorithm -- Cryptography basic concepts -- Tractable and intractable problems -- Modulus arithmetic -- Trapdoor function -- Elliptic curves -- Elliptic curves over finite fields -- Cyclic subgroups and base point -- Discrete logarithm problem -- Elliptic Curve Cryptography (ECC) -- Signing with ECDSA -- Verifying with ECDSA -- Hash functions -- Elliptic Curve Cryptography in Bitcoin -- Public key generation -- Signatures and verification -- BIP32 and BIP39 -- BIP32: Hierarchical deterministic keys -- BIP39: Mnemonics -- Conclusion -- Questions -- 4. All About Wallets -- Structure -- Objective -- Concept of a wallet -- Cold storage wallets -- Paper wallet -- Brain wallet Mnemonic wallet -- Hardware wallets -- New generation wallets -- Handle system wallets -- HandCash -- Money button -- Desktop and multi-feature wallets -- Signing and verifying messages -- Hot wallets and multisig or split wallets -- Simple Payment Verification (SPV) -- Hardware wallet using an Android phone -- Conclusion -- Questions -- 5. Transactions and Transaction Script -- Structure -- Objective -- Transactions in Bitcoin -- Big numbers -- Number formats -- Signature formats -- DER format -- COMPACT format -- OPcodes -- Scripts -- Transaction inputs -- Transaction outputs -- Transaction format -- Transaction -- Transaction verification -- Transaction script or simply "script" -- Turing complete "script" -- Script instruction set -- Execution of the script -- Standard and non-standard scripts -- Script creation -- Pay to public key hash (p2pkh) -- Pay to public key (p2pk) -- Pay to multi-sig (p2ms) -- Pay to script hash (p2sh) -- Data output using OP_RETURN (also called null data) -- Non-standard scripts -- Conclusion -- Questions -- 6. Mining and Network Consensus -- Structure -- Objective -- The Byzantine generals problem -- Block creation process -- Transactions in MemoryPool -- Order of transactions -- Candidate block -- Block confirmations -- 0-conf or instant transactions -- Orphan blocks -- 10 minutes interval -- Block reorgs, forks, and various attacks -- Forks or chain splits -- Sybil attack -- 51% attack, selfish miner attack -- Block Reorgs and large miner attack -- Energy consumption -- Mining as an industry -- History of mining -- Evolution of Miners -- Miners as Transaction Processors -- Conclusion -- Questions -- Sections II -- 7. Metanet Protocol: Data Structures on Bitcoin -- Structure -- Objective -- Introduction to MetaNet -- Metanet protocol -- Graphs -- Directed Acyclic Graph (DAG) -- BitCoin DAGs -- Block DAG. Transaction DAG -- Metanet DAG -- Nodes and edges -- Names and domains -- Searching Metanet -- Data insertion -- Final thoughts -- Conclusion -- Questions -- 8. Bitcom and Other Application Protocols -- Structure -- Objective -- Bitcom: BitCoin Computer -- Bitcoin address as prefix: -- What can you do with Bitcom? -- B:// protocol -- C:// protocol -- D:// protocol -- BCAT protocol -- AIP protocol -- MAP protocol -- BAP protocol -- Unix pipeline between protocol -- Bottle - A Bitcoin browser -- Bit protocol -- Conclusion -- Questions -- 9. Data Carrier Transactions: Bitcoin as Infinite Database -- Structure -- Objective -- Data on Bitcoin -- Database on Bitcoin: BitDB -- Crawler -- Indexer -- Bitquery -- Genesis, Babel, Chronos, and Meta -- Genesis -- Babel -- Chronos -- Meta -- Bitsocket -- Datapay and bitindex (write and read data) -- Datapay -- Bitindex -- Bitpipe -- Bitchat -- Bitfs -- Toychain -- Conclusion -- Questions -- 10. Planaria Application Development Framework -- Structure -- Objective -- Planaria framework -- Basic concepts -- Planaria implementation -- Planaria file system -- The version control system on Bitcoin -- Neon Planaria -- Bitbus -- Neon Planaria and Bitcoin as Tape -- Bitcoin Op_RETURN Bytecode or BOB -- TXO -- Introducing BOB -- Bitcoin Processing Unit (BPU) -- Metanet Object Model (MOM) -- Neon Genesis -- Metanet Planaria -- Grid Planaria -- Bitwork -- Eventchain -- Overpool -- Overpool Ledger attributes -- Localchain -- Closing thoughts -- Conclusion -- Questions -- 11. Real-world Applications -- Structure -- Objective -- Real-world applications -- Payments -- Supply chain management -- Social media -- Content creation -- Advertising -- Gaming and gambling -- Health care -- Business infrastructure -- Document management -- PIMS and CMS -- PaaS -- IaaS -- E-commerce platforms -- News and digital publications Data storage -- Micropayments -- Utilities and SDK -- Nakasendo SDK -- BSV library -- Operate toolkit -- Scrypt -- Bitmesh and Metaglue -- Mattercloud and Matterpool -- Bitsv and Polyglot -- HandCash Connect toolkit -- Mempool and tokens with DOT wallet -- Bitsent tools -- Conclusion -- Questions -- 12. Identity and Authentication on Bitcoin -- Structure -- Objective -- Basics of privacy model -- Paymail and BIP270 specifications -- Paymail -- BIP270: Peer to Peer Payments -- User identity v/s keys -- SPV and Paymail -- Paymail Key Registry on Bitcoin -- Metalink and BIP270 -- Conclusion -- Questions -- 13. Smart Contracts and Tokens -- Structure -- Objective -- Electronic contracting -- Smart Contract -- Basic concepts -- Cryptography -- Business processes -- Tokens and Bitcoin -- Issuing a token -- Transfer tokens -- Monitor tokens -- Tokenized protocol -- Details of the tokenized protocol -- Contract operator -- Token Holders -- Transactions -- Operations -- Tokens -- Oracles -- Run platform -- Bitcoin | Computer -- Conclusion -- Questions -- Sections III -- 14. Going into Future: AI/ML, Big Data, and IoT -- Structure -- Objective -- Artificial Intelligence and Blockchain -- Automata on blockchain -- Deterministic Finite Automata (DFA) -- Decentralized Autonomous Corporations -- Decision making using Neural Networks -- Evolutionary Algorithms -- Machine to Machine communication -- Big Data -- Conclusion -- Questions -- 15. Bitcoin and Law -- Structure -- Objective -- Bitcoin as property rights -- Uncensorable by governments -- Non-repudiation -- Fungibility -- Alert key -- Decentralization -- Privacy and law -- Permissionless -- Bitcoin Blockchain Ledger -- Public commodity -- Miners as Transaction Processors -- Notary and Bitcoin -- Immutability -- Taxation and Bitcoin -- Permissioned Blockchains -- CBDC -- Patents -- Conclusion -- Questions References and Links Bitcoin Electronic books Erscheint auch als Druck-Ausgabe Jain, Kapil Bitcoin Blockchain Delhi : BPB Publications,c2020 9789389898095 |
| spellingShingle | Jain, Kapil Bitcoin Blockchain Cover Page -- Title Page -- Copyright Page -- About the Author -- About the Reviewer -- Acknowledgement -- Preface -- About this Book -- Errata -- Table of Contents -- Sections I -- 1. Bitcoin Protocol: Origins and Concept -- Structure -- Objective -- Bitcoin: A Peer-to-Peer Electronic Cash System -- History -- Ecash -- B Money -- Ripple Pay -- Introduction to Bitcoin -- Transactions -- Transaction block -- Bitcoin public ledger: what makes it work? -- Bitcoin is an immutable evidence trail -- Conclusion -- Questions -- 2. Economic Model and Network Structure -- Structure -- Objective -- Supply of coins -- Value of money -- So is Bitcoin money? -- Is Bitcoin a Currency (crypto)? -- The economic model of Bitcoin -- Inflation of the economy -- Economics of participation -- Individual -- Businesses -- Miners, the non-trusted third parties -- The protocol set in stone -- The network structure of Bitcoin -- Bitcoin as a small-world network -- Decentralized and distributed network -- Conclusion -- Questions -- 3. Cryptography, ECDSA, and Bitcoin Addresses -- Structure -- Objective -- Cryptography -- Secured key exchanges -- Diffie-Hellman key exchange algorithm -- RSA algorithm -- Cryptography basic concepts -- Tractable and intractable problems -- Modulus arithmetic -- Trapdoor function -- Elliptic curves -- Elliptic curves over finite fields -- Cyclic subgroups and base point -- Discrete logarithm problem -- Elliptic Curve Cryptography (ECC) -- Signing with ECDSA -- Verifying with ECDSA -- Hash functions -- Elliptic Curve Cryptography in Bitcoin -- Public key generation -- Signatures and verification -- BIP32 and BIP39 -- BIP32: Hierarchical deterministic keys -- BIP39: Mnemonics -- Conclusion -- Questions -- 4. All About Wallets -- Structure -- Objective -- Concept of a wallet -- Cold storage wallets -- Paper wallet -- Brain wallet Mnemonic wallet -- Hardware wallets -- New generation wallets -- Handle system wallets -- HandCash -- Money button -- Desktop and multi-feature wallets -- Signing and verifying messages -- Hot wallets and multisig or split wallets -- Simple Payment Verification (SPV) -- Hardware wallet using an Android phone -- Conclusion -- Questions -- 5. Transactions and Transaction Script -- Structure -- Objective -- Transactions in Bitcoin -- Big numbers -- Number formats -- Signature formats -- DER format -- COMPACT format -- OPcodes -- Scripts -- Transaction inputs -- Transaction outputs -- Transaction format -- Transaction -- Transaction verification -- Transaction script or simply "script" -- Turing complete "script" -- Script instruction set -- Execution of the script -- Standard and non-standard scripts -- Script creation -- Pay to public key hash (p2pkh) -- Pay to public key (p2pk) -- Pay to multi-sig (p2ms) -- Pay to script hash (p2sh) -- Data output using OP_RETURN (also called null data) -- Non-standard scripts -- Conclusion -- Questions -- 6. Mining and Network Consensus -- Structure -- Objective -- The Byzantine generals problem -- Block creation process -- Transactions in MemoryPool -- Order of transactions -- Candidate block -- Block confirmations -- 0-conf or instant transactions -- Orphan blocks -- 10 minutes interval -- Block reorgs, forks, and various attacks -- Forks or chain splits -- Sybil attack -- 51% attack, selfish miner attack -- Block Reorgs and large miner attack -- Energy consumption -- Mining as an industry -- History of mining -- Evolution of Miners -- Miners as Transaction Processors -- Conclusion -- Questions -- Sections II -- 7. Metanet Protocol: Data Structures on Bitcoin -- Structure -- Objective -- Introduction to MetaNet -- Metanet protocol -- Graphs -- Directed Acyclic Graph (DAG) -- BitCoin DAGs -- Block DAG. Transaction DAG -- Metanet DAG -- Nodes and edges -- Names and domains -- Searching Metanet -- Data insertion -- Final thoughts -- Conclusion -- Questions -- 8. Bitcom and Other Application Protocols -- Structure -- Objective -- Bitcom: BitCoin Computer -- Bitcoin address as prefix: -- What can you do with Bitcom? -- B:// protocol -- C:// protocol -- D:// protocol -- BCAT protocol -- AIP protocol -- MAP protocol -- BAP protocol -- Unix pipeline between protocol -- Bottle - A Bitcoin browser -- Bit protocol -- Conclusion -- Questions -- 9. Data Carrier Transactions: Bitcoin as Infinite Database -- Structure -- Objective -- Data on Bitcoin -- Database on Bitcoin: BitDB -- Crawler -- Indexer -- Bitquery -- Genesis, Babel, Chronos, and Meta -- Genesis -- Babel -- Chronos -- Meta -- Bitsocket -- Datapay and bitindex (write and read data) -- Datapay -- Bitindex -- Bitpipe -- Bitchat -- Bitfs -- Toychain -- Conclusion -- Questions -- 10. Planaria Application Development Framework -- Structure -- Objective -- Planaria framework -- Basic concepts -- Planaria implementation -- Planaria file system -- The version control system on Bitcoin -- Neon Planaria -- Bitbus -- Neon Planaria and Bitcoin as Tape -- Bitcoin Op_RETURN Bytecode or BOB -- TXO -- Introducing BOB -- Bitcoin Processing Unit (BPU) -- Metanet Object Model (MOM) -- Neon Genesis -- Metanet Planaria -- Grid Planaria -- Bitwork -- Eventchain -- Overpool -- Overpool Ledger attributes -- Localchain -- Closing thoughts -- Conclusion -- Questions -- 11. Real-world Applications -- Structure -- Objective -- Real-world applications -- Payments -- Supply chain management -- Social media -- Content creation -- Advertising -- Gaming and gambling -- Health care -- Business infrastructure -- Document management -- PIMS and CMS -- PaaS -- IaaS -- E-commerce platforms -- News and digital publications Data storage -- Micropayments -- Utilities and SDK -- Nakasendo SDK -- BSV library -- Operate toolkit -- Scrypt -- Bitmesh and Metaglue -- Mattercloud and Matterpool -- Bitsv and Polyglot -- HandCash Connect toolkit -- Mempool and tokens with DOT wallet -- Bitsent tools -- Conclusion -- Questions -- 12. Identity and Authentication on Bitcoin -- Structure -- Objective -- Basics of privacy model -- Paymail and BIP270 specifications -- Paymail -- BIP270: Peer to Peer Payments -- User identity v/s keys -- SPV and Paymail -- Paymail Key Registry on Bitcoin -- Metalink and BIP270 -- Conclusion -- Questions -- 13. Smart Contracts and Tokens -- Structure -- Objective -- Electronic contracting -- Smart Contract -- Basic concepts -- Cryptography -- Business processes -- Tokens and Bitcoin -- Issuing a token -- Transfer tokens -- Monitor tokens -- Tokenized protocol -- Details of the tokenized protocol -- Contract operator -- Token Holders -- Transactions -- Operations -- Tokens -- Oracles -- Run platform -- Bitcoin | Computer -- Conclusion -- Questions -- Sections III -- 14. Going into Future: AI/ML, Big Data, and IoT -- Structure -- Objective -- Artificial Intelligence and Blockchain -- Automata on blockchain -- Deterministic Finite Automata (DFA) -- Decentralized Autonomous Corporations -- Decision making using Neural Networks -- Evolutionary Algorithms -- Machine to Machine communication -- Big Data -- Conclusion -- Questions -- 15. Bitcoin and Law -- Structure -- Objective -- Bitcoin as property rights -- Uncensorable by governments -- Non-repudiation -- Fungibility -- Alert key -- Decentralization -- Privacy and law -- Permissionless -- Bitcoin Blockchain Ledger -- Public commodity -- Miners as Transaction Processors -- Notary and Bitcoin -- Immutability -- Taxation and Bitcoin -- Permissioned Blockchains -- CBDC -- Patents -- Conclusion -- Questions References and Links Bitcoin |
| title | Bitcoin Blockchain |
| title_auth | Bitcoin Blockchain |
| title_exact_search | Bitcoin Blockchain |
| title_exact_search_txtP | Bitcoin Blockchain |
| title_full | Bitcoin Blockchain |
| title_fullStr | Bitcoin Blockchain |
| title_full_unstemmed | Bitcoin Blockchain |
| title_short | Bitcoin Blockchain |
| title_sort | bitcoin blockchain |
| topic | Bitcoin |
| topic_facet | Bitcoin |
| work_keys_str_mv | AT jainkapil bitcoinblockchain |