By Jeffrey Arnold, Wayne Luk, Ken Pocek
Field-Programmable customized Computing expertise: Architectures,Tools, and Applications brings jointly in a single position vital contributions and up to date study ends up in this fast-moving zone. In seven chosen chapters, the publication describes the most recent advances in architectures, layout tools, and functions of field-programmable units for high-performance reconfigurable platforms.
The participants to this paintings have been chosen from the best researchers and practitioners within the box. it will likely be useful to someone operating or discovering within the box of customized computing know-how. It serves as a very good reference, delivering perception into probably the most demanding matters being tested today.
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Additional info for Field-Programmable Custom Computing Technology: Architectures, Tools, and Applications
Figure 8 shows the three-address code for this linear form of the inner loop of the code. ) The code reads Z(k) from Memory 0 and writes Z(k + 1) in Memory 1. Successive iterations of the outer loop alternate in copying from one memory to the other. Notice that this code is an excellent candidate for dynamic partial reconfiguration, to reverse the addresses of input and output memory banks. In the absence of dynamic reconfiguration, additional control logic would need to get inserted to select between read or write access to the two sets of MARs and MDRs.
The word(s) following "#pragma ALP" select(s) among various options. The pragma is inserted after the normal C declaration of the variable(s) referenced. The options listed below tell the compiler where variables are to reside. There are five alternatives: ALP core cells; ALP scratchpad memory; ALP memory modules 1 or 2; external memory accessible to both FIP and ALP. External memory is the default alternative, which the compiler will assume in the absence of other pragmas. Arbitrary precision, up to the physical limit of the ALP area, is supported for ALP register variables, while variables in a memory must conform (or be coercible to) that memory's data word size.
The data may get allocated in external memory accessible to both FIP and ALP (mO); ALP local memory (ml or m2) or the scratchpad (m3). 3. #pragma ALP size (bit-length) (variable-namelist). This directive sets the bit length of the named variab Ies to (bit-length). Figure 2 show examples of pragmas defining location and size of ALP variables. The array A is assigned to memory bank 1. Variables b, c, and d reside on ALP core cells as ALP registers, and each is four bits in length. 3. 2. ALP Function Pragma Data Definition Pragmas Pragmas are used to define attributes of program variables.