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ZPP (complexity)
The Complexity Zoo
The Polynomial Hierarchy
1 Circuits
Ex. 8 Complexity 1. by Savich Theorem NL ⊆ DSPACE (Log2n)
ZPP (Zero Probabilistic Polynomial)
The Weakness of CTC Qubits and the Power of Approximate Counting
The Computational Complexity Column by V
Quantum Zero-Error Algorithms Cannot Be Composed∗
A Detailed Examination of the Principles of Ion Gauge Calibration
Observation of the Distribution of Zn Protoporphyrin IX (ZPP) in Parma Ham by Using Purple LED and Image Analysis
In Search of an Easy Witness: Exponential Time Vs. Probabilistic
Quantum Complexity Theory
Quantum Circuits
Arxiv:2002.11858V2 [Math.NT]
Solutions to Exercise Sheet 3
Establishment of a Model Experiment System to Elucidate the Mechanism by Which Zn‒Protoporphyrin IX Is Formed in Title Nitrite-Free Dry-Cured Ham
Some Results on Derandomization
Pseudo-Deterministic Proofs
Top View
Mathematical Foundation of Computer Sciences VIII
Lecture Notes on Computational Complexity
Stony Brook University
Complexity-Theoretic Aspects of Interactive Proof Systems
Complexity Theory 23-26 July 2018 University of Oxford Abstracts Josh Alman
Zero-Knowledge Proofs of Proximity∗
Lecture 14: Randomized Classes 1 Introduction and Examples
In Search of an Easy Witness: Exponential Time Vs. Probabilistic Polynomial Time
Amplification with One NP Oracle Query
Spherical Radon Transform and the Average of the Condition Number on Certain Schubert Subvarieties of a Grassmannian Jérémy Berthomieu, Luis Pardo
2.1 Complexity Classes
Probabilistically Checkable Proofs
Complexity Theory
Interactive Proofs and Zero Knowledge
L4 Complexity Theory I
Randomized Complexity
CS301 Complexity of Algorithms Notes
BPP, Proof Systems. 1 Randomized Time Complexity
Hardness of KT Characterizes Parallel Cryptography
Randomized Complexity Classes
A Stroll Through the Complexity Zoo
A Full Characterization of Quantum Advice
Notes for Lecture 8 1 Probabilistic Complexity Classes
Randomized and Symmetric Catalytic Computation⋆
Robustness of Probabilistic Computational Complexity Classes Under Definitional Perturbations
A ZPP NP[1] Lifting Theorem
CS 579: Computational Complexity. Lecture 5 Randomized Computation
NP Might Not Be As Easy As Detecting Unique Solutions
Advanced Complexity Theory Lecture Notes
1 More Comlexity Classes
An Invitation to Quantum Complexity Theory the Study of What We Can’T Do with Computers We Don’T Have NP- Scott Aaronson (MIT) Complete QIP08, New Delhi
Introduction to Complexity Theory
The Complexity of Equivalence Relations
Lecture 15 Computational Complexity Theory
CS 2401 - Introduction to Complexity Theory Lecture #5: Fall, 2015
Handout 7 1 More on Randomized Complexity Classes
Notes for Lecture 4 1 Relativizations
Quantum Interactive Proof Systems Uses Somewhat Different Techniques
Revision 1 of Report No
Lecture 12 1 Randomized Time Complexity
Lecture 11 (Feb 12Th): BPP & Interactive Proofs
A Full Characterization of Quantum Advice
Hardness of Sparse Sets and Minimal Circuit Size Problem
Another Proof That BPP ⊆ PH (And More)
Towards NEXP Versus BPP?
Randomized Computation 2
Pseudodeterministic Constructions in Subexponential Time
Sum of Interpolated Multiple Q-Zeta Values
Amplification with One NP Oracle Query
On the Power of Exact Quantum Polynomial Time
Computational Complexity: a Modern Approach
Easiness Assumptions and Hardness Tests: Trading Time for Zero Error