Exploring Algorithms For Big Data Compsci 229r Lecture 2
Welcome to our comprehensive guide on Algorithms For Big Data Compsci 229r Lecture 2.
- Competitive paging, cache-oblivious
- Matrix completion.
- ℓ1/ℓ1 recovery, RIP1, unbalanced expanders, Sequential Sparse Matching Pursuit.
- Logistics, course topics, basic tail bounds (Markov, Chebyshev, Chernoff, Bernstein), Morris'
- Fusion trees, word-level parallelism, most significant set bit in constant time.
In-Depth Information on Algorithms For Big Data Compsci 229r Lecture 2
Distinct elements, k-wise independence, geometric subsampling of streams. Approximate matrix multiplication with Frobenius error via sampling / JL, matrix median trick, subspace embeddings. External memory model: linked list, matrix multiplication, B-tree, buffered repository tree, sorting. Necessity of randomized/approximate guarantees, linear sketching, AMS sketch, p-stable sketch for p less than
MapReduce: TeraSort, minimum spanning tree, triangle counting.
In summary, understanding Algorithms For Big Data Compsci 229r Lecture 2 gives us a better perspective.
