トランスクリプト
- Introduction to event
- Survey of progress in zero knowledge proofs towards trustless snarks
- Threshold scriptless scripts
- Bitml
- Zkvm
- Scriptless lotteries
- Txprobe
- Bandwidth-Efficient Transaction Relay for Bitcoin
- Bip securethebag
- Elastic block caps
- Scaling oblivious read write
- Private information retrieval
- Zerolink sudoku
- Prism
- Backpackers
- Atomic multi channel updates
- Plasma cash
- Anonymous atomic locks
- Payment channel recovery with seeds
- Proof of necessary work
- Proof of verification for proof of work
- Secure fountain architecture
- WIP: Optical Proof of Work
- WIP: A lucas critique of the difficulty adjusmtent algorithm of the bitcoin system
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- WIP: Offline transactions
- WIP: Conditional Transfer of Tokens on Top of Bitcoin
- WIP: Storm: layer 2/3 storage and messaging
- WIP: Building ultra-light clients with SNARKs
- WIP: Signet
- WIP: Miniscripts
- WIP: Vaults
- Introduction to eventduction
- Deploying blockchain at scale lessons from the internet deployment in japan
- Analysis of dust in utxo based cryptocurrencies
- How much privacy is enough
- Playing with fire adjusting bitcoin block subsidy
- Self reproducing coins as universal turing machine
- Forward blocks
- Compact multi signatures for smaller blockchains
- Fraud proofs
- Accumulators
- Multi party channels in the utxo model challenges and opportunities
- Multi hop locks
- Scriptless ecdsa
- Omniledger
- Ghostdag
- Rebalancing lightning
- Reproducible lightning benchmark
- Incentivizing payment channel watchtowers
- Atomic swaps
- Statechains
- Introduction to event
- Concurrency and privacy with payment channel networks
- Bolt anonymous payment channels for decentralized currencies
- Valueshuffle mixing confidential transactions
- Flyclient super light clients for cryptocurrencies
- Blocksci platform
- Graphene set reconciliation
- Measuring network maximum sustained transaction throughput
- Atomically trading with roger gambling on the success of a hard fork
- Discreet log contracts
- Bitcoin script v2 0 and strengthened payment channels
- State of cryptography
- Joi ito
- How to charge lightning
- Using the chain for what chains are good for
- Microchains
- Incentives tradeoffs transaction selection in dag based protocols
- Changes without unanimous consent
- Optimizing fee estimation via mempool state
- Redesigning bitcoin fee market
- Weak signal radio communications for bitcoin network resilience
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- Fungibility overview
- Joinmarket
- Tumblebit
- Mimblewimble
- Build scale operate
- Onion routing in lightning
- Flare routing in lightning
- Unlinkable outsourced channel monitoring
- Sidechains
- Timestamping
- Day 1 group summaries
- Segwit lessons learned
- Schnorr signatures
- Bip151 peer encryption
- Coin selection
- On the security and performance of proof of work blockchains
- Covenants
- Collective signing
- Fast difficulty adjustment
- Jute braiding
- Client side validation
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- A bevy of block size proposals BIP100 BIP102 and more
- A flexible limit trading subsidy for larger blocks
- BIP101 block propagation data from testnet
- BIP99 and uncontroversial hard forks
- Braiding the blockchain
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- Fungibility and scalability
- In adversarial environments blockchains dont scale
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- Invertible bloom lookup tables and weak block propagation performance
- Network topologies and their scalability implications on decentralized off chain networks
- Overview of bips necessary for lightning
- Security assumptions
- Segregated witness and its impact on scalability
- Validation cost metric
- Why miners will not voluntarily individually produce smaller blocks
- Zero knowledge proofs for bitcoin scalability and beyond
- Alternatives to block size as aggregate resource limits
- Amiko pay
- Bitcoin block propagation iblt rusty russell
- Bitcoin failure modes and the role of the lightning network
- Bitcoin load spike simulation
- Block synchronization time
- Blockchain testbed
- Coinscope andrew miller
- Competitive fee market urgency
- Future of spv tech
- How to mine bitcoin profitably
- Issues impacting block size proposals
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- Non currency applications
- Overview of security concerns
- Peter r
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- Privacy preserving smart contracts
- Relay network
- Reworking bitcoin core p2p code for robustness and event driven
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- Security of diminishing block subsidy
- Sharding the blockchain
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- Stroem payment channels
- Systematizing knowledge
- Transaction fee estimation
- Validation costs