Architecture is crucial to the success of any large software system -- but even a superb architecture will fail if it isn't communicated well. Now, there's a language- and notation-independent guide to capturing architecture so it can be used successfully by every analyst, software designer, and developer. The authors review the diverse goals and uses of software architecture documentation, providing documentation strategies for several common scenarios. They identify the basic unit of software architecture documentation: the viewtype, which specifies the type of information to be provided in an architectural view. For each viewtype -- Modules, Component-and-Connectors, and Allocation -- they offer detailed guidance on documenting what really matters. Next, they demonstrate how to package architecture documentation in coherent, usable form: augmenting architectural views with documentation of interfaces and behavior; accounting for architectural variability and dynamic systems; and more.
This book explains every part of your computer and shows how each part works together, it teaches simple troubleshooting and repair techniques and is packed with real-world examples and case studies.
Campus Network Design Fundamentals
POLL99 Pollack, F. “New Microarchitecture Challenges in the Coming Generations of CMOS Process Technologies (keynote address). ... PRZY88 Przybylski, S.; Horowitz, M.; and Hennessy, J. “Performance Trade-offs in Cache Design.
Power Consumption Model for DSP Systems [microform]
A Programmer's View of Computer Architecture: With Assembly Language Examples from the MIPS RISC Architecture, Final Version
Distributed Applications and Online Dialogues: A Design Method for Application Systems
If you are new to arc42, this book is a great learning resource. For those of you who want to write better technical documentation will benefit from the general concepts covered in this book.
Architektonikē hypologistōn: posotikē prosengisē
計算機組織與設計: 硬體/軟體的介面
CONTENIDO: Abstraciones y tecnología de computadores - Aritmética para computadores - Las bases del diseño lógico - El procesador : camino de datos y control - Ensambladores, montadores de enlace y el simulador SPIM - Grande y rápido : ...