By Daniel D. Gajski, Nikil D. Dutt, Allen C-H Wu, Steve Y-L Lin
Research on high-level synthesis began over two decades in the past, yet lower-level instruments weren't on hand to significantly aid the insertion of high-level synthesis into the mainstream layout method. on account that then, huge growth has been made in formulating and figuring out the elemental strategies in high-level synthesis. even if many open difficulties stay, high-level synthesis has matured.
High-Level Synthesis: creation to Chip and method Design offers a precis of the fundamental suggestions and effects and defines the remainder open difficulties. this can be the 1st textbook on high-level synthesis and comprises the fundamental techniques, the most algorithms utilized in high-level synthesis and a dialogue of the necessities and crucial concerns for high-level synthesis structures and environments. A reference textual content like this can enable the high-level synthesis neighborhood to develop and prosper sooner or later.
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Extra info for High — Level Synthesis: Introduction to Chip and System Design
10: Generic FSMD block diagram. output functions using selectors, decoders, and gates is nonoptimal, it is straightforward to understand and to use for deriving control expressions. FSMD models are used to describe digital systems on the registertransfer level. 10; it consists of an FSM, called a control unit, and a datapath. The control unit contains a state register and two combinatorial blocks computing the next-state and output functions. The inputs to the control unit can be categorized as control inputs and status bits; the outputs can be categorized as control outputs and datapath control signals.
This book is written for the purpose of alleviating this problem. It defines the basic problems in HLS, presents known solutions to some of the problems, discusses possible methodologies using HLS, and points to the trends leading to higher levels of abstraction, software/hardware co-design and 24 HIGH-LEVEL SYNTHESIS concurrent product engineering. 7 Summary In this chapter we discussed the basis trends in design automation of electronic systems, and concluded that a move to automation on higher abstraction levels is needed in order to efficiently build and maintain complex systems.
1(b). Within this model, the earlier two operations can be written as CHAPTER 2. ARCHITECTURAL MODELS IN SYNTHESIS 1. LIR -¢= a; RIR -¢= bj 2. x -¢= LIR + RIR; LIR 3. y -¢= LIR - RIR; -¢= C; RIR -¢= 29 (50 ns) (50 ns) (50 ns) d; and can be executed in three clock cycles or 150 ns, resulting in a 25% improvement over the previous architecture. Note, however, that we obtained this improvement because the two binary operations were independent of one another. There would be no gain if we had to execute the operation x -¢= a + b + c.