Transactions and ACID: Overview

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Related lectures (32)

Multi-Version Concurrency Control: Optimistic Approaches

Explores Multi-Version Concurrency Control with optimistic approaches to enhance transaction processing systems.

Operational Analytics: Fresh Data Management Techniques

Covers operational analytics, focusing on the adaptive STEP system for efficient access to fresh data in analytical processing.

Concurrency Control: Lock-Based Protocols

Covers lock-based concurrency control protocols and various transaction models.

Distributed Transactions: Principles and Protocols

Explores distributed transactions, covering principles, protocols, concurrency control, commit, and replication.

Optimistic Concurrency Control: Timestamp Ordering

Explores optimistic concurrency control through timestamp ordering and continuous validation tests.

Data Intensive Applications and Systems: HTAP Overview

Provides an overview of HTAP systems, covering concurrency control, data layout, consolidation trade-offs, and workload-driven snapshot efficiency.

Optimistic Concurrency Control: Timestamp Ordering & Validation

Explores Optimistic Concurrency Control, tests for conflicts, critical sections, overheads, Multiversion Concurrency Control, Snapshot Isolation, and transaction performance enhancements.

Conquering Highly Concurrent Workloads

Explores optimizing data layout and query execution for highly concurrent workloads, emphasizing low latency and interactivity in analytical queries.

Hardware Verification using High-Level Design Languages

Explores challenges in hardware verification, clear specifications, speculation harm, and cycle-precise semantics.

The Power of Registers

Covers wait-free implementations of atomic objects, focusing on counters and snapshots, discussing key ideas for enforcing atomicity and wait-freedom.

Real-time Update of Column Store on Disk

Explores challenges and solutions for real-time updates on large column stores on disk, focusing on snapshot isolation and query performance.

Scalable Synchronization Mechanisms for Manycore Operating Systems

Explores scalable synchronization mechanisms for many-core operating systems, focusing on the challenges of handling data growth and regressions in OS.

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