👉 Triple computing, also known as the triple store model, is a computational paradigm that extends traditional single-threaded and multi-threaded computing by incorporating three distinct types of memory: the primary storage (often RAM), the secondary storage (like hard drives or SSDs), and a third type of memory that acts as an intermediate buffer. This approach is particularly useful in scenarios where data needs to be frequently accessed and manipulated, such as in database management systems or complex simulations. By storing data in primary memory and using secondary storage for large datasets, and a temporary buffer for quick access, triple computing optimizes performance and reduces latency, making it highly effective for applications requiring rapid data retrieval and processing.
