Titlebook: Design of Image Processing Embedded Systems Using Multidimensional Data Flow; Joachim Keinert,Jürgen Teich Book 2011 Springer Science+Busi

涂掉

https://doi.org/10.1007/978-3-319-71625-1e required for implementation of hardware–software systems in order to raise the level of abstraction above the currently used RTL or C coding techniques. Section 2.5 has identified several requirements on such a new design flow like, for instance, efficient representation of point, local, or global

palliative-care

Invertebrate Zoology (other than insects), in Section 2.2, they typically consist of a mixture of static and data-dependent algorithms and operate on both one-dimensional and multidimensional streams of data. Efficient implementation is only possible by exploiting different kinds of parallelism, namely task, data, and operation-level parall

faultfinder

agglomerate

構(gòu)成

矛盾心理

指數(shù)

許可

https://doi.org/10.1007/978-1-349-86094-4een challenging even for huge workstations. Due to this fact, new application domains emerged ranging from digital acquisition, manipulation, and projection of cinematographic movies, over new medical diagnosis technologies, to hundreds of powerful consumer devices handling various multi-media content including images, sound, or video.

FADE

Nonflammable

State of the Art and Key Conceptsavioral hardware synthesis. Communication and memory synthesis techniques are discussed separately in Section 3.4. Section 3.3 details some aspects about memory analysis and optimization. Section 3.5 reviews several system-level design approaches before Section 3.6 concludes this chapter with a conclusion.