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- Reader-Writer Synchronization for Shared-Memory Multiprocessor Real-Time Systems∗
- Readers/Writers Lock, Lock Granularity: Coarse Grained, Fine Grained, Optimal, and Lazy Synchronization
- Objective-C Language and Gnustep Base Library Programming Manual
- Implementing Joins Using Extensible Pattern Matching
- Mutual Exclusion: Classical Algorithms for Locks
- Executive Summary: Balking Design Patterns by Drew Goldberg
- Passive Reader-Writer Locks
- Monitors & Condition Synchronization
- Fairness & Starvation
- Aspect-Oriented Implementation of Concurrent Processing Design Patterns
- Last Class: Synchronization
- Overview of C++ 2011 © Feabhas Ltd 2012 2
- Adaptive Lock-Free Data Structures in Haskell:A General Method for Concurrent Implementation Swapping
- The Essence of Multitasking*
- Semaphores and Monitors: High-Level Synchronization Constructs
- CS110 Lecture 10: Threads and Mutexes
- CS350 • Mesa Cvs: - Void Cond Wait (Cond T *C, Mutex T *M);
- LOCK DOWN Protocol and Incident Command System Prevention
- Evacuate Shelter
- Lecture 4: Advanced Concurrency in the Java Language
- CS301 Session 5 Where Are We? Where Are We Going? Lambda
- Lock-Free Data Structures with Hazard Pointers
- Ios Threading and Concurrency
- Scalable Join Patterns
- Lightweight Software Transactions for Games
- Semaphores and Monitors: High-Level Synchronization Constructs
- Fine-Grained Synchronization & Lock-Free Programming
- A Concurrency Monad (2) Running a Concurrent Computation (1) Running a Computation: Introduce a Monad Representing “Interleavable Type Output = [Char] Computations”
- Phidget Setup, Model-View-Controller, 2D API, Affline Transformations
- The Great Gas Lock-In
- Oracle ADF Overview
- Today: Synchronization Computing Parable
- BRAVO—Biased Locking for Reader-Writer Locks Dave Dice and Alex Kogan, Oracle Labs
- Model-View-Controller
- Concurrent Programming
- Design Patterns
- The Design and Implementation of Multimedia Software Supplemental Material
- Eocontrol Framework Objective-C API Reference
- Locks and Lock-Free
- 8 Synchronization with Monitors
- BRAVO – Biased Locking for Reader-Writer Locks
- 28.1 Locks: the Basic Idea
- Mostly Lock-Free Malloc
- Design Patterns
- Using Currying and Process-Private System Calls to Break the One-Microsecond System Call Barrier
- Speeding up Thread-Local Storage Access in Dynamic Libraries in the ARM Platform
- Hardware Read-Write Lock Elision on Intel Processors
- Design Patterns
- Types for Safe Locking
- A Signal Processing Toolkit
- Secure Design Patterns
- Organization of Programming Languages Review Choices
- Curry Report
- INFORMATIK a Concurrency Monad Based on Constructor Primitives, Or
- Thread-Specific Storage
- Strategized Locking, Thread-Safe Interface, and Scoped Locking
- Optimizing C Multithreaded Memory Management Using Thread-Local Storage
- API Availability Checking in Objective-C
- Synchronization: Going Deeper Sharedlock: Reader/Writer Lock
- CS 316: Synchronization-II
- The Joins Concurrency Library
- Chapter 4 Shared Memory Programming with Pthreads
- Concurrency Example – Readers/Writers Locks
- Two Types of Synchronization Monitors
- Lecture 6: Semaphores and Monitors
- Readers-Writers Problem
- Velocity 3.1 Operators Guide.Book
- IBM Iprogramming Multithreaded Applications
- From C++ to Objective-C Version 2.1 En
- Local Threads a Programming Model That Prevents Data Races While Increasing Performance
- On Lock-Free Programming Patterns