| Popis: |
In contrast to the computation in Von-Neumann Architecture, the human mind executes processing in the brain by improving speed and accuracy over execution cycles. Further, it has been postulated that the memory is a result of continuous processing and is not separated from processing in the human mind. Similar to that mind model, a six-state continuous processing model with the states New, Ready, Running, Blocked, Sleep and Terminate, has been proposed to implement a special compiler which consists of conditionally evolving memory that aids in improving performance in conventional computation by exploiting 24-Casual Relations explained in Buddhist Theory of Mind. The experiments have been conducted to demonstrate how the proposed computing model increases the performance of execution of source codes and compilers. The result shows a clear increase of performance in computation by avoiding overloading the memory, and ensuring the execution of high quality code segments at the right time. |
