High-Performance Embedded Computing: Architectures, by Wayne Wolf
By Wayne Wolf
During the last numerous years, embedded platforms have emerged as an indispensable although unseen a part of many shopper, commercial, and armed forces units. The explosive development of those structures has led to embedded computing changing into an more and more vital self-discipline. the necessity for designers of high-performance, application-specific computing structures hasn't ever been higher, and lots of universities and faculties within the US and around the world are actually constructing complicated classes to aid organize their scholars for careers in embedded computing.
High-Performance Embedded Computing: Architectures, functions, and Methodologies is the 1st booklet designed to deal with the desires of complicated scholars and pros. targeting the original complexities of embedded approach layout, the publication offers an in depth examine complex issues within the box, together with multiprocessors, VLIW and superscalar architectures, and tool intake. primary demanding situations in embedded computing are defined, including layout methodologies and versions of computation. HPEC presents an in-depth and complex remedy of the entire parts of embedded structures, with discussions of the present advancements within the box and diverse examples of real-world applications.* Covers complex themes in embedded computing, together with multiprocessors, VLIW and superscalar architectures, and gear consumption
* offers in-depth assurance of networks, reconfigurable platforms, hardware-software co-design, safety, and application analysis
* comprises examples of many real-world embedded computing purposes (cell telephones, printers, electronic video) and architectures (the Freescale Starcore, TI OMAP multiprocessor, the TI C5000 and C6000 sequence, and others)
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Additional info for High-Performance Embedded Computing: Architectures, Applications, and Methodologies
Example text
Embedded systems architectures may be designed along with the algorithms they will execute. This is true even in standards-based systems, since standards generally allow for algorithmic enhancements. Joint algorithm/architecture development creates some special challenges for system designers. Algorithm designers need estimates and models to help them tailor the algorithm to the architecture. Even though the architecture is not complete, the hardware architects should be able to supply estimates of performance and power consumption.
Figure 1-7 The zigzag pattern used to transmit DCT coefficients. 2 Example Applications 13 video compression standards multiple streams motion estimation There are two major families of video compression standards. The MPEG series of standards was developed primarily for broadcast applications. Broadcast systems are asymmetric—more powerful and more expensive transmitters allows receivers to be simpler and cheaper. 26x series is designed for symmetric applications, such as videoconferencing, in which both sides must encode and decode.
When embarking on a new project, we need to be able to predict the time and resources required to complete the project. The better we understand our methodology, the better able we are to predict design costs. A design methodology is not simply an abstraction—it must be defined in terms of available tools and resources. The designers of high-performance embedded systems face many challenges, some of which include the following. ■ The design space is large and irregular. We do not have adequate synthesis tools for many important steps in the design process.