นักพัฒนา blockchain EITC/IS/BTC Bitcoin

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Bitcoin’s original paper: A Peer-to-Peer Electronic Cash System, blockchain overview, general reusable proof-of-work RPOW concept, cryptograhic definition of blockchain according to Bitcoin’s specification, definition of a block and it’s relation to mining and transactions, first release of open source Bitcoin code, Bitcoin Core code, predecessors of bitcoin: b-money, bit gold, Bitcoin cryptographic basis, block height and forking, blockchain as a sequence of blocks with SHA-256 hash functions of the preceeding blocks, proof-of-work conditions for blocks based on Back’s hashcash anti-spam protocol, RPOW nonce, Bitcoin network’s difficulty target, ease of proof verification by nodes vs high generation difficulty, blockchain as a distributed database, blockchain as a public ledger stored in all nodes, best chain, orphaned records, prevention of double spending, Bitcoin transactions data and broadcast, consensus rule changes, detecting forks, Forth-like scripting languages, Bitcoin transactions scripting, P2PKH script validation, P2SH scripts, standard vs non-standard transactions, transactions validation and irreversibility, transactions as ledger additions and their broadcasts, transactions inputs and outputs relations (input refering to an unspent output), multiple-recipients single transactions, signature hash types, locktime and sequence number, transaction fees and change, avoidance of key reuse, transactions malleability, contracts, escrow and arbitration, micropayment channel, CoinJoin, wallets, wallet programmes, full-service vs signing-only, offline and hardware wallets, distributing-only wallets, wallet files, private and public key formats, WIF, hierarchical deterministic key creation, hardened keys, storing root seeds, loose-key wallets, payment processing, pricing orders, requesting payments – plaintext, URI, QR codes, payment control, verifying payment, refunds, disbursing income, merge avoidance, LIFO/FIFO, rebilling recurring, payments, operating modes, full node, SPV and its weaknesses, bloom filters, development proposals, Bitcoin network as a P2P cryptographic protocol payment network and the nodes constituting it, peer discovery, connecting to peers, initial block download, blocks-first, headers-first, block broadcasting, orphan blocks, transaction broadcasting, memory pool, misbehaving nodes, alerts, Bitcoin mining as proof-of-work algorithm, blocks mining, network capping, satoshi per byte fee measurement, ownership and bitcoin addresses as cryptographic ECDSA public keys computed upon randomly chosen private keys, assymetric cryptography in Bitcoin ownership, digital signature in transaction validation, bitcoin mining as new transactions vs processing power, nonce testing vs meeting difficulty target, source of computational difficulty, the difficulty target adjusting, unfeasibility of blockchain modification vs acceptance, solo mining vs pool mining, block prototypes, getwork RPC, getblocktemplate RPS, Stratum, coinbase transaction as mining reward with created new Bitcoins, current Bitcoin protocol specification, Bitcoin scalability problem, SegWit, Bitcoin’s privacy and fungibility, development proposals, Bitcoin’s susceptibility to quantum computation, Bitcoin and quantum cryptography.