PurefunctionPipelineDataflow

e theoretical foundation of the IT industry, It makes the computer theory system fully & perfectly related to mathematics in a simple and unified way: from hardware integrated circuits and computer architecture, to software programming methodology, architecture, programming language and so on. It solve the most fundamental and core major problems in the IT industry: The foundation and core of the IT theory lack mathematical support.

rdware theory, and raises it from the manual workshop production theory level to the modern manufacturing industry production theory Level. Although the Apple M1 chip has not yet fully realized its theory, Apple M1 chip has become the fastest chip in the world. It has a wide range of applications, from SOC to supercomputer, from software to hardware, from stand-alone to network, from application layer to system layer, from single thread to distributed, from general programming to explainable AI, from manufacturing industry to IT industry, from energy to finance, from the missile's "Fire-and-Forget" technology to Boeing aircraft pulse production line technology . The Grand Unified Programming Theory: The Pure Function Pipeline Data Flow with Principle-based Warehouse/Workshop Model: https://github.com/linpengcheng/PurefunctionPipelineDataflow Why my "warehouse/workshop model" can achieve high performance and low power consumption (take Apple M1 chip, Intel AVX-512, Qualcomm as examples) https://github.com/linpengcheng/PurefunctionPipelineDataflow...

shop) scheduling. Apple M1 only optimizes the access to memory data (materials and products in the warehouse). Apple needs to further improve the programming language and compiler to support and promote my programming methodology. My architecture supports a wider range of workshop types than Apple M1, with greater efficiency, scalability and flexibility. Conclusion Apple M1 chip still needs a lot of optimization work, now its optimization level is still very simple, after all, it is only the first generation of works, released in stages. Forecast(2021-01-19): I think Intel, AMD, ARM, supercomputer, etc. will adopt the "warehouse/workshop model" In the past, the performance of the CPU played a decisive role in the performance of the computer. There were few CPU cores and the number and types of peripherals. Therefore, the CPU became the center of the computer hardware architecture. Now, with more and more CPU and GPU cores, and the number and types of peripherals, the communication, coordination, and management of cores (or components, peripherals) have become more and more important, They become a key factor in computer performance. The core views of management science and computer science are the same: Use all available resources to complete the goal with the highest efficiency. It is the best field of management science to accomplish production goals through communication, coordination, and management of various available resources. The most effective, reliable, and absolutely mainstream way is the "warehouse/workshop model". Only changing the architecture, not changing or only expanding the CPU instruction set, not only will not affect the CPU compatibility, but also bring huge optimization space. So I think Intel, AMD, ARM, supercomputing, etc. will adopt the "warehouse/workshop model", which is an inevitable trend in the development of computer hardware. Finally, "Warehouse/Workshop Model" and "Von Neumann Architecture" will become the two major architectures in the IT field. https://github.com/linpengcheng/PurefunctionPipelineDataflow...