Parallel Ordered-Access Machine Computational Model and Architecture (original) (raw)

This paper presents a novel computational model termed the Parallel Ordered-Access Machine (POAM), which seeks to enhance computer performance by addressing the limitations of traditional memory access methods. By introducing the identification of program components through matrix-based indices rather than conventional memory addresses, the POAM allows for advanced parallel processing capabilities. The proposed architecture demonstrates improved efficiency in program execution, tackling prevalent bottlenecks in existing systems such as RAM access and the singular program counter limitation.