The Howdy Glossary

Intel Concurrent Collections is an extension of the C++ Standard Library designed to support parallel programming. It provides data containers and algorithms specifically for applications that benefit from utilizing multi-core processors. The library offers thread-safe fixed-size arrays, linked lists, and hash tables for developers, making it easier to distribute tasks across available cores without requiring explicit threading or synchronization constructs in the algorithm code.

Intel Concurrent Collections was created to facilitate parallel programming by providing developers with a specialized set of data containers and algorithms tailored for multi-core processors. The library automates the distribution of tasks across available cores without necessitating explicit threading or synchronization constructs in the algorithm code. Its main goal is to help software developers harness the power of modern multi-core processors more easily, enabling them to create high-performance applications that can efficiently utilize the available computing resources without the complexity traditionally associated with parallel programming.

Intel Concurrent Collections offer several competitive advantages that set it apart from other parallel programming libraries. The library's seamless integration with the C++ Standard Library provides a familiar environment for developers, making it easier to adopt and incorporate into existing projects. Its specialized data containers, such as fixed-size arrays, linked lists, and hash tables, are optimized for multi-core processors, offering efficient data manipulation and access in parallel environments. The automatic task distribution across available cores eliminates the need for developers to manage threading and synchronization details manually, reducing complexity and potential errors in parallel programming. These advantages collectively streamline development processes while enhancing performance.