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This document describes the reference architecture (RA) for different workloads using the Lenovo ThinkAgile HX Series appliances and certified nodes. The intended audience for this document is technical IT architects, system administrators, and managers who are interested in executing workloads on these appliances. The RA provides a technical overview of the appliances and explains why the combination of Lenovo servers and Nutanix software provides best of breed system performance and reliability. The RA contains one chapter per workload which describes the workload components, performance recommendations, and deployment best practices.
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The term "von Neumann architecture" has evolved to refer to any stored-program computer in which an instruction fetch and a data operation cannot occur at the same time (since they share a common bus). This is referred to as the von Neumann bottleneck, which often limits the performance of the corresponding system.[3]
A stored-program design also allows for self-modifying code. One early motivation for such a facility was the need for a program to increment or otherwise modify the address portion of instructions, which operators had to do manually in early designs. This became less important when index registers and indirect addressing became usual features of machine architecture. Another use was to embed frequently used data in the instruction stream using immediate addressing. Self-modifying code has largely fallen out of favor, since it is usually hard to understand and debug, as well as being inefficient under modern processor pipelining and caching schemes.
On a large scale, the ability to treat instructions as data is what makes assemblers, compilers, linkers, loaders, and other automated programming tools possible. It makes "programs that write programs" possible.[5] This has made a sophisticated self-hosting computing ecosystem flourish around von Neumann architecture machines.
Some high level languages leverage the von Neumann architecture by providing an abstract, machine-independent way to manipulate executable code at runtime (e.g., LISP), or by using runtime information to tune just-in-time compilation (e.g. languages hosted on the Java virtual machine, or languages embedded in web browsers).
Both von Neumann's and Turing's papers described stored-program computers, but von Neumann's earlier paper achieved greater circulation and the computer architecture it outlined became known as the "von Neumann architecture". In the 1953 publication Faster than Thought: A Symposium on Digital Computing Machines (edited by B. V. Bowden), a section in the chapter on Computers in America reads as follows:[14]
Through the decades of the 1960s and 1970s computers generally became both smaller and faster, which led to evolutions in their architecture. For example, memory-mapped I/O lets input and output devices be treated the same as memory.[24] A single system bus could be used to provide a modular system with lower cost[clarification needed]. This is sometimes called a "streamlining" of the architecture.[25]In subsequent decades, simple microcontrollers would sometimes omit features of the model to lower cost and size.Larger computers added features for higher performance.
The Grand Prix Casalgrande Padana is an international architecture competition that selects and awards those professionals who, through their work, have best known how to use and exploit the technical features and expressive possibilities of the Casalgrande Padana materials.
Casalgrande Padana has been producing advanced ceramic materials for over 60 years: innovative and environment-friendly solutions for the creation of coatings, floors and coatings capable of responding to any creative and technological requirement of the world of architecture and design.
Welcome to the Nutanix Bible! The purpose of the Nutanix Bible is to provide in-depth technical information about the Nutanix platform architecture. Feel free to use the menu to search for a topic or browse the various books below! You can also download the complete Nutanix Bible as a PDF.
Confusion may result from industry naming conventions for 64-bit CPUs. Chip manufacturer Advanced Micro Devices (AMD) introduced the first commercially successful 64-bit architecture based on the Intel x86 instruction set. Consequently, the architecture is widely referred to as AMD64 regardless of the chip manufacturer. Windows and several Linux distributions follow this practice. This explains why the internal system information on an instance running Ubuntu or Windows displays the CPU architecture as AMD64 even though the instances are running on Intel hardware.