Trends in Computer Architecture

Trends in Computer Architecture Since the advent of the first computer, computer architecture research has become faster, smaller, and more efficient, which is the goal of the computer industry. The first computer was a large large-sized machine made up of thousands of vacuum tubes. Transistor development has created the next development of computer architecture, Microchip. This is the architecture used in computers of the current generation. Like its predecessor vacuum tube, this transistor based architecture can only go so far.

In computer engineering, the computer architecture is a set of rules and methods that describe the function, configuration, and implementation of a computer system. Depending on the definition of the architecture, it is defined as a function to describe a computer and a programming model, not a specific implementation. In other definitions, the computer architecture includes instruction set architecture design, microarchitecture design, logical design, and implementation. The computer architecture of the first record is a correspondence between Charles Babbage and Ada Lovelace and describes the analysis engine. When computer Z1 was built in 1936, Konrad Zuse explained his future project with two patent applications. It can be stored in the same memory for the data, ie the stored program concept. There are two other early and important examples.

The earliest computer architecture was designed on paper and then integrated directly into the final hardware format. Later, the prototype of the computer architecture was physically built in the form of a transistor-transistor logic (TTL) computer, like the prototype of the 6800 and PA-RISC test, adjusted before being submitted to the final hardware form it was done. Since the 1990s, new computer architectures have usually been "built", tested, and tuned as soft microprocessors within other computer architectures within the computer architecture simulator or FPGAs. Before sending the final hardware form

Standardization of technology architecture In the early days of technological breakthroughs, there was a competitive architecture. For example, the Infamous Reduced Instruction Set Computer (RISC) and Complex Instruction Set Computer (CISC) discussed in the 1980s. RISC won, and today many young engineers do not even know that such discussion has occurred. There are many block chains, experiments, and distributed calculation methods. Experiments are the right approach, standards may appear within 10 years. Blockstack believes in simple low-level layers that maintain complexity beyond block chains

The Shakti project is based on the RISC-V ISA, which began at the University of California, Berkeley. For those unfamiliar with this term, RISC stands for Reduced Instruction Set Computer, which is ideal for executing a small number of general-purpose instructions because the number of calculation cycles per instruction is small. ISA is an abbreviation for instruction set architecture that defines specifications that the processor needs to satisfy. "This work was started four to five years ago, we have created a road map, we will move from controller class to server class," says V Kamakoti, coordinator of Shakti with GS Madhusudhan. Project Kamakoti is a professor of computer science at IIT Madras and Madhusudhan is a senior project consultant. Both are members of India's AI working group.