92 figuras de 16 whitepapers — diagramas, gráficos e esquemas de protocolo.
This figure appears in the Transactions section, which defines an electronic coin as a chain of digital signatures. It i...
This figure appears in the Timestamp Server section, which proposes the first building block for solving the double-spen...
This figure appears in the Proof-of-Work section, which describes how Bitcoin implements a distributed timestamp server ...
This figure appears in the Reclaiming Disk Space section, which addresses the long-term storage scalability of the Bitco...
This figure appears in the Simplified Payment Verification section, which describes how a lightweight client can confirm...
This figure appears in the Combining and Splitting Value section, which explains how Bitcoin avoids the impracticality o...
This figure appears in the Privacy section, which acknowledges that Bitcoin's requirement to publicly announce all trans...
This figure appears in the 'Bitcoin as a State Transition System' section, which introduces the conceptual model underly...
This figure appears in the 'Mining' section, which explains how Bitcoin achieves decentralized consensus by having nodes...
This figure appears in the 'Merkle Trees' section, which explains how Bitcoin organizes transaction data in blocks using...
This figure appears in the 'Ethereum State Transition Function' section, which defines the precise algorithm by which a ...
This figure appears in the 'Blockchain and Mining' section, which describes how Ethereum validates entire blocks rather ...
This figure appears in the 'Miscellanea and Concerns' section, which addresses open questions and long-term design consi...
This figure appears in the Unique Node Lists section of the XRP Ledger consensus paper, which establishes the trust mode...
This figure appears in the Formal Analysis section of the XRP Ledger consensus paper, which provides mathematical proofs...
This figure appears in the 'Proof of History' section, which introduces PoH as a cryptographic timekeeping mechanism tha...
This figure appears in the 'Proof of History' section, specifically in the discussion of how external events — transacti...
This figure appears in the 'Proof of History' section, in the discussion of the asymmetry between generation and verific...
This figure appears in the 'Proof of History' section, in the discussion of how the PoH sequence ensures causal consiste...
This figure appears in the 'Network Design' section, which describes how Solana's peer-to-peer network is organized arou...
This figure appears in the 'Proof of History Sequence' section, which describes the operational details of PoH as a cont...
This figure appears in the 'Streaming Proof of Replication' section, which describes how Solana validators prove they ar...
This figure appears in the 'Streaming Proof of Replication' section, specifically in the description of how storage chal...
This figure appears in the 'System Architecture' section, which describes how Solana's Transaction Processing Unit (TPU)...
This figure appears in the 'System Architecture' section, in the discussion of the theoretical and practical throughput ...
This figure appears in the 'System Architecture' section, specifically in the description of the Banking stage's Sealeve...
This figure appears at the opening of the Overview section of the BNB Chain whitepaper, after the introduction establish...
This figure appears in the Architecture section of the TRON whitepaper, establishing the structural organization of the ...
This figure appears in the Introduction section of the TRON whitepaper, outlining the staged development plan. It covers...
This figure continues the roadmap from the Introduction section, covering later development phases from mid-2018 through...
This figure appears in the Block section of the TRON whitepaper, specifying the internal structure of a TRON block. It d...
This figure appears in the TRON Virtual Machine (TVM) section, introducing TVM as TRON's smart contract execution enviro...
This table appears in Section 2 (The Engine) of the Avalanche whitepaper, immediately after the qualitative description ...
This figure appears in Section 3 (Platform Overview) of the Avalanche whitepaper, within the monetary policy and governa...
This figure appears in the Introduction section during the explanation of Decentralized Oracle Networks (DONs). It intro...
This figure appears in the Introduction's discussion of hybrid smart contracts, which is identified as the first and mos...
This figure appears in the Introduction when describing the long-term vision for 'abstracting away complexity,' one of t...
This figure appears in the Introduction during the discussion of scaling as one of the seven key design goals. It contra...
This figure appears in the Introduction during the discussion of confidentiality, describing how oracle networks can com...
This figure appears in the Introduction during the discussion of order-fairness for transactions as one of the seven key...
This figure appears in the Introduction during the overview of trust minimization as one of the seven key design goals. ...
This figure appears in the Introduction during the discussion of incentive-based (cryptoeconomic) security, the seventh ...
This figure appears in Section 3 (Decentralized Oracle Network Interface and Capabilities) during the discussion of netw...
This figure appears in Section 4 (Decentralized Services Enabled by Decentralized Oracle Networks) during the descriptio...
This figure appears in Section 4 during the description of Mixicles, a confidentiality-preserving DeFi instrument that f...
This figure appears in Section 5 (Fair Sequencing Services) during the detailed description of the FSS architecture, spe...
This figure appears in Section 6 (The DON Transaction Execution Framework) at the beginning of the TEF overview, providi...
This figure appears at the beginning of Section 7 (Trust Minimization), providing the structural overview of where trust...
This figure appears in Section 9 (Economics and Cryptoeconomics) during the description of the staking mechanism with al...
This figure appears in Section 9.4.2 during the explanation of quadratic staking impact. It provides an intuitive graphi...
This figure appears in Section 9.6.1 during the discussion of Future Fee Opportunity (FFO) within the Implicit-Incentive...
This figure appears in Section 9.8 during the explanation of the virtuous cycle of economic security, which is the culmi...
This figure appears in the Evaluation section of the Stellar Consensus Protocol (SCP) paper, which empirically assesses ...
This figure appears in the Vision section of the Polygon 2.0 whitepaper, introducing the overarching redesign from a col...
This figure appears in the Supply section of the Polygon 2.0 tokenomics whitepaper, which specifies the POL token emissi...
This figure appears in the Supply section of the Polygon 2.0 tokenomics whitepaper, immediately alongside the validator ...
This figure appears in the Economic Model section of the Polygon 2.0 tokenomics whitepaper, which builds a demand-side m...
This figure appears in the Economic Model section alongside the public chains growth projection. Supernets are applicati...
This figure appears in the economic analysis subsection, which translates chain growth projections and emission schedule...
This figure appears in the economic analysis subsection as the counterpart to the return-on-work figure, completing the ...
This figure appears in Section 1 (Introduction) of the Cosmos whitepaper, describing the Tendermint Core consensus engin...
This figure appears in Section 2 (Cosmos Architecture) of the Cosmos whitepaper, defining the Hub-and-Zones topology. It...
Figure 1 appears at the end of the Introduction section after the Protocol Overview, serving as the primary reference di...
Figure 2 immediately follows Figure 1 in the Introduction and provides a visual, flow-oriented complement to the pseudoc...
Figure 3 appears in Section 3.4.4 (Practical PoSt construction) as an illustration of the internal mechanism of the PoSt...
Figure 4 closes Section 3.4 (Practical PoRep and PoSt) and presents complete, step-by-step algorithm listings for both t...
Figure 5 appears at the start of Section 4.2 (Data Structures) within the Filecoin DSN Construction section. It provides...
Figure 6 is the concluding figure of Section 4.3 (Protocol) and Section 4 overall, providing a concrete example trace of...
Figure 7 appears at the end of Section 4.4 (Guarantees and Requirements) and presents the complete formal algorithm list...
Figure 8 directly follows Figure 7 in the whitepaper and provides the complete algorithm listings for the Manage Protoco...
Figure 9 opens Section 5 (Filecoin Storage and Retrieval Markets) and appears immediately after the definition of Verifi...
Figure 10 appears in Section 5.2.2 (Storage Market Data Structures) and is also referenced from Section 5.3.2 (Retrieval...
Figure 11 closes Section 5.2.3 (The Storage Market Protocol) and presents the complete two-phase Storage Market protocol...
Figure 12 closes Section 5.3.3 (The Retrieval Market Protocol) and presents the complete two-phase Retrieval Market prot...
Figure 13 appears in Section 6.2.3 (Using Power to Achieve Consensus) and presents the EC (Expected Consensus) election ...
This figure appears in the Analysis section of the CryptoNote whitepaper, which critically examines Bitcoin's proof-of-w...
This figure appears at the opening of the Aave Protocol whitepaper introduction, immediately after describing the shift ...
This figure accompanies the 'Basic Concepts' subsection of the introduction, explaining the core mechanics of how reserv...
This figure appears in the 'Basic Concepts' subsection immediately after introducing the Loan-To-Value (LTV) concept, pr...
This figure opens Section 2 'Protocol Architecture' and provides a structural overview of the smart contract system that...
This figure opens Section 3 'The LendingPool Contract' and shows the interface of the central user-facing contract that ...
This figure appears at the start of Section 3.1 'Deposit' and illustrates the step-by-step workflow when a user deposits...
This figure appears in Section 3.2 'Redeem' and shows the workflow by which a depositor exchanges aTokens back for the u...
This figure is presented in Section 3.3 'Borrow' and diagrams the workflow for opening a borrowing position against coll...
This figure appears in Section 3.4 'Repay' and illustrates the workflow for a borrower to reduce or fully close their ou...
This figure appears in Section 3.5 'Swap Rate' and shows the workflow for a borrower to switch between stable and variab...
This figure appears in Section 3.6 'Liquidation Call' and diagrams the sequence of events when an external actor (liquid...
This figure appears in Section 3.7 'Flash Loans' and illustrates the atomic borrow-and-repay cycle that must complete wi...
This figure appears at the start of Section 4.1 'Lending Rate Oracle' within the 'Stable Rate Theory' chapter, which exp...
This figure appears at the end of Section 4.5 'The Rebalancing Process' and provides a step-by-step flowchart for the re...
This figure appears in the Protocol Design section of the Aptos whitepaper, specifically within the discussion of the Bl...
This figure appears in the Protocol Design section of the Internet Computer whitepaper, describing the four-layer archit...