About the Book
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 73. Chapters: Harvard architecture, Superscalar, IBM System/360 architecture, Addressing mode, Multi-core processor, Stream processing, Flexible Architecture for Simulation and Testing, Von Neumann architecture, Microarchitecture, Explicit Data Graph Execution, Comparison of CPU architectures, Hardware architect, Transport triggered architecture, Popek and Goldberg virtualization requirements, Simultaneous multithreading, Burroughs large systems descriptors, Modified Harvard architecture, Fault-tolerant computer system, Network Centric Product Support, IOMMU, Heterogeneous computing, Embryonics Project, Memory ordering, Ne-XVP, Semantic service-oriented architecture, Reference model, Dataflow architecture, Duncan's Taxonomy, Abstraction layer, HL7 Services Aware Interoperability Framework, Extendable instruction set computer, NonStop, Good enough architecture methodology, Address space, Cross-Platform Support Middleware, Computer architecture simulator, Multiprogramming, Von Neumann syndrome, Frequency scaling, IEEE Transactions on Computers, Vaakya Architecture, Hybrid-core computing, Open architecture, System bus model, Cellular architecture, Instruction window, Single point of failure, Machine check architecture, MIC-1, Control/Status Register, Slot, Fraglets, Processor-in-memory, Bridging model, Byte addressing, Intel Tera-Scale, Tagged architecture, Interconnect processing unit, Zero address arithmetic, Synchronous Data Flow, International Symposium on Computer Architecture.
