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Dive into Complexity Theory with ACM's concise program. Explore circuits, probabilistic formulas, and the coin problem in under an hour.
Dive into Graph Theory and Fixed-Parameter Tractability with ACM's concise program. Learn about galactic algorithms, disjoint general graphs, and more in under an hour.
Learn continuous optimization and machine learning in under an hour with ACM's concise program, focusing on techniques and learning from untrusted batches.
Dive into Quantum Computation with ACM's concise, less than 1-hour material covering local Hamiltonians, entropy, terminology, and historical results.
Explore Approximation Algorithms with ACM's online program. Learn about connectivity augmentation, Steiner tree, linear programming, and spectral network design in under an hour.
Learn optimization techniques with ACM's concise guide, covering dense linear programs and energy maximization. Less than 1 hour workload.
Explore the intricacies of computational complexity with ACM's short program, covering topics from the Multiplicity Theorem to Statistical Physics.
Dive into Graph Theory and Algorithms with ACM's concise program. In under an hour, explore Kcut Algorithm, alternative estimators, and tackle weighted min cut problems.
Explore privacy and fairness in computing with ACM's concise program. Learn about differential privacy, stochastic optimization, and new algorithms in under an hour.
Explore dynamic algorithms with ACM's concise program, covering directed graphs, ES tree, graph greed, and more in under an hour.
Explore the relationship between learning and memorization in this short program by ACM, covering topics from data fitting to experimental validation.
Explore heavy-tailed statistics with ACM's short program. Learn high probability estimation, Gaussian covariance, linear regression, and statistical optimality.
Explore the necessity of interaction in distributed learning with privacy or communication constraints in this ACM offering. Less than 1-hour workload.
Explore dynamic densest subgraph algorithms with ACM's under 1-hour material, covering topics from correlation mining to fraud detection and story identification.
Explore dynamic algorithms for LIS and distance to monotonicity with ACM. Learn patience sorting, grid packing, and more in under an hour.
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