Download Designing Network On-Chip Architectures in the Nanoscale Era by Jose Flich PDF
By Jose Flich
Paving the best way for using community on-chip architectures in 2015 structures, this booklet offers the economic standards for such long term structures in addition to the most learn findings for technology-aware structure layout. It covers homogeneous layout suggestions and instructions, together with the recommendations which are so much beautiful to the and most suitable to fulfill the necessities of on-chip integration. each one bankruptcy offers with a particular key structure layout, together with fault tolerant layout, topology choice, dynamic voltage and frequency scaling, synchronization, community on-chip assets uncovered to the structure, routing algorithms, and collective communication"--Provided by means of publisher.
"Chip Multiprocessors (CMPs) are diving very aggressively into given that prior efforts to hurry up processor architectures in ways in which don't adjust the elemental von Neumann computing version have encountered tough limits. the ability intake of the chip turns into the restricting issue and units the principles for destiny CMP platforms. for this reason, the microprocessor is at the present time best the advance of multicore and many-core architectures the place, because the variety of cores raises, effective conversation between them and with off-chip assets turns into key to accomplish the meant functionality scalability. This pattern has helped triumph over the skepticism of a few process architects to embody on-chip interconnection networks as a key enabler for potent procedure integration. Networks-on-chip (NoCs) make functionality scalability extra a question of instantiation and connectivity instead of expanding complexity of particular structure construction blocks. This e-book comes as a well timed and great addition to the extensive spectrum of accessible NoC literature, because it has been designed with the aim of describing in a coherent and well-grounded model the root of NoC expertise, above and past an easy assessment of analysis principles and/or layout stories. It covers intensive architectural and implementation innovations and offers transparent instructions on the best way to layout the major community part, supplying robust counsel in a study box that's beginning to stabilize, bringing "sense and ease" and educating tough classes from the layout trenches. The e-book additionally covers upcoming study and improvement tendencies, similar to vertical integration and version tolerant layout. it's a a lot wanted "how-to" consultant and an incredible stepping stone for the following ten years of NoC evolution.
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Additional info for Designing Network On-Chip Architectures in the Nanoscale Era
In this architecture, external requests pass through a firewall and reach a certain server box, where they are processed. , more server boxes). However, the main challenges nowadays are solving the I/O bottleneck, mostly produced by I/O buses, and increasing reliability, since the failure of a server box or the LAN path to reach it prevents the access to the attached disks. , redundant arrays of inexpensive disks (RAIDs)) and high-speed interconnects linking processors and disk subsystems, usually referred to as storage area networks (STANs).
Chapter 6 is therefore devoted to synchronizerbased GALS architectures and design techniques. Part II. The Industrial Perspective This part reports selected experiences from the industry and sheds light on their vision and on their roadmap. Chapter 7 This chapter presents startup Tilera’s TILE processor family of multicore processors and the detailed microarchitecture of the replicated mesh networks that interconnect the cores. The chapter also discusses the interfaces of the network to the processor pipeline and the suite of software tools that aid in mapping programs onto the chip.
For some application areas, interconnection networks have been studied in depth for decades. This is the case for telephone networks, computer networks, and backplane interconnects. These networks are covered in many books. However, there are some other application areas that have not been covered as extensively in the existing literature. An application area that has attracted a lot of interest since multicore processors were accepted as the way to go to keep increasing the computing power without dramatically increasing heat dissipation, is the NoC.