Comments (2)
I think the 3rd item can be considered done/wontfix based on the points you raised yesterday. I.e. if there are Merkle cap elements that aren't "seen", we can't recover the cap, unless we include the unseen elements, but that would negate the space savings. cap_height: 0
works for bridge proofs at least.
I think the last point can be considered done, since the size_optimized
test uses fewer rounds along with more PoW bits and rate bits.
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All of the 6 original tasks have been completed.
Here are the current recursive proof sizes:
- Recursive proof optimized for gate count and prover time, using
rate_bits=3, num_query_rounds=28, reduction_arity_bits=[3,3,3], pow_bits=16, cap_height=3
: Average proof size: 137KB, σ=1.5KB. - Recursive proof optimized for proof size, using
rate_bits=7, num_query_rounds=11, reduction_arity_bits=[3,3], pow_bits=23, cap_height=0
: Average proof size: 71KB, σ=0.6KB.
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Related Issues (20)
- Discord HOT 2
- Inquiry about Serialization and Deserialization of the "data" Variable in plonky2-ecdsa HOT 1
- Documentation in plonky2 crate HOT 11
- The `Solidity` Verifier for `Plonky2` Proofs HOT 7
- what is the most expensive part of `compute_quotient_polys` under `plonky2/plonk2/src/plonk/prover.rs`
- Panic when trying to generate proof with invalid witness
- Understanding selected gate for each row in the trace table
- Add Prometheus metrics support to the prover
- Increase testing in starky crate HOT 3
- Allow larger constraint degrees for logUp HOT 1
- Add workspace CHANGELOG for future releases
- Deal with `CompressedStarkProof` on `starky` side
- Failed to build for wasm32-unknown-unknown with no_std
- Move `README`'s contribution guidance into a `CONTRIBUTING.md`
- Support monolith hash instead of Poseidon. HOT 1
- Amortize serialization size bloat
- Question: why BaseSumGate takes up the whole row while the other gates can share the same row across multiple instances? HOT 1
- plonky2 works very slow after MacOS Sonoma 14.4 has beed updated HOT 3
- Fix CTLs with exactly two looking tables
- Solving cross verification of n-recursed circuits using Domain Separator HOT 4
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