Computer Architecture

Computer Architecture is the science and art of selecting and interconnecting hardware components to build computers that meet functional, performance and cost goals. Coursera's Computer Architecture catalogue teaches you about the design, function and operation of a computer system. You'll learn everything from the principles of hardware and software interaction, memory hierarchy design, pipelining and parallel processors, to the impact of compiler technology on architecture. Understand the basic building blocks such as transistors, gates, and memory cells, and how they're combined to form complex systems. Through this understanding, you'll be equipped to design, analyze and optimize computing systems for applications across a wide range of disciplines.

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Results for "Computer Architecture"

  • Princeton University

    Skills you'll gain: Microarchitecture, Computer Architecture, Memory Management, Computer Systems

  • University of Colorado Boulder

    Skills you'll gain: Field-Programmable Gate Array (FPGA), Hardware Design, Electronic Hardware, Laboratory Experience, Laboratory Reports, Software Design, Application Specific Integrated Circuits, System Design and Implementation, Embedded Software, Systems Design, Embedded Systems, Electronics Engineering, Electronic Systems, Electrical and Computer Engineering, Eclipse (Software), Laboratory Testing, Test Script Development, Program Development, Microarchitecture, Computer Architecture

  • University of Colorado Boulder

    Skills you'll gain: Embedded Software, Embedded Systems, Debugging, Data Structures, System Programming, C (Programming Language), Hardware Architecture, Computer Architecture, Software Design, Maintainability, Peripheral Devices

  • Universitat Autònoma de Barcelona

    Skills you'll gain: Computer Architecture, Systems Design, System Design and Implementation, Application Specific Integrated Circuits, Digital Design

  • University of Michigan

    Skills you'll gain: Memory Management, C (Programming Language), C++ (Programming Language), Object Oriented Programming (OOP), Object Oriented Design, C and C++, Programming Principles, Data Structures, Secure Coding, Algorithms, Software Design, Application Security, Other Programming Languages, System Programming, Python Programming, Computer Architecture, Computer Programming, Java, Performance Tuning, Unix

  • Skills you'll gain: Theoretical Computer Science, Data Structures, Computer Science, Computer Architecture, Computer Systems, Algorithms, Computer Programming, Hardware Architecture, Computational Logic, Java Programming, Computer Hardware

  • Skills you'll gain: Semiconductors, Finite Element Methods, Medical Devices, Microarchitecture, Engineering Analysis, Mechanical Design, Materials science, Laboratory Equipment, Quality Assurance, Medical Equipment and Technology, Process Control, Biomedical Engineering, Process Flow Diagrams, Electronics, Product Testing, Manufacturing Processes, Electrical Engineering, Electronic Components, Computer Architecture, Mechanical Engineering

  • From the course: Efficient Programming·Lesson: Memory Architecture and Hierarchy

  • University of Pittsburgh

    Skills you'll gain: Web Services, Cloud Computing, Cloud Computing Architecture, Cloud Storage, Cloud Infrastructure, Cloud Development, Cloud Applications, Google Cloud Platform, Cloud Services, Flask (Web Framework), Distributed Computing, Containerization, Systems Architecture, Software Architecture, Docker (Software), Cloud-Based Integration, Virtualization and Virtual Machines, Virtualization, Restful API, Computer Architecture

  • University of California, Irvine

    From the course: The Raspberry Pi Platform and Python Programming for the Raspberry Pi·Lesson: ---- Lesson 1 ----

  • University of Colorado Boulder

    Skills you'll gain: Computational Logic, Systems Design, Verification And Validation, Computer Engineering, Communication Systems, Systems Analysis, Software Systems, Process Modeling, Theoretical Computer Science, Computational Thinking, Functional Specification, Software Architecture, Model Optimization, Software Design, Graph Theory, Software Testing, Software Quality Assurance, Computer Architecture, Test Tools, Logical Reasoning

  • From the course: Computer Architecture·Lesson: Instruction Set Architecture, Microcode