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Overview of VLSI Design o The unit starts with the basic introduction of Very Large Scale. Integrated Circuit. o After that some basic keywords are introduced and some background is provided. o After this the VLSI design flow is illustrated. . o The Y-chart consists of three major domains, namely: o Behavioral domain,.
VLSI Design i. About the Tutorial. Over the past several years, Silicon CMOS technology has become the dominant fabrication process for relatively high VLSI Design. 4. Y Chart. The Gajski-Kuhn Y-chart is a model, which captures the considerations in designing semiconductor devices. The three domains of the
Y-Chart. Processor. Register. ALU. Leaf Cell. Transistor. Algorithm. FSM. Module. Description. Boolean. Equ. Behavioral. Domain. Structural. Domain. Advanced Reliable Systems (ARES) Lab. Jin-Fu Li, EE, NCU. 7. Mask. Cell. Placement. Module. Placement. Chip. Floorplan. Physical. Domain
its implementation. ?Structural. >Describe a model as an interconnection of components. ?Physical. >Relate to the physical object (e.g., transistors) of a design. Maurizio Palesi. 38. The Y-chart. Architectural-level. Logic-level. Geometrical-level. Behavioral-view. Structural-view. Physical-view. Gajski and Kuhn's Y-chart.
Design Partitioning : Y-Chart. • Explains each domain and transformation among domains. • Design process. Design process proceeds from higher to lower levels of abstractions i.e. from outer to inner rings. Digital CMOS VLSI Design. 7
Y-chart methodology and Models of Computation and Architecture. Bart Kienhuis, Ed Deprettere, Kees Vissers,. Pieter van der Wolf, Paul Lieverse. Edward Lee. By Bart Kienhuis. Berkeley USA, University of California,. Berkeley, Dept EECS. Cory Hall. Platform. General. Purpose. Processor. Programmable Communication
Figure-1.4: Typical VLSI design flow in three domains (Y-chart representation). The Y-chart consists of three major domains, namely: behavioral domain,; structural domain,; geometrical layout domain. The design flow starts from the algorithm that describes the behavior of the target chip. The corresponding architecture of
The Gajski-Kuhn chart (or Y diagram) depicts the different perspectives in VLSI hardware design. Mostly, it is used for the development of integrated circuits. Daniel Gajski and Robert Kuhn developed it in 1983. In 1985, Robert Walker and Donald Thomas refined it. According to this model, the development of hardware is
Y Chart. ?. The design flow starts from the algorithm that describes the behavior of the target chip. ?. The corresponding architecture of the processor is first defined. ?. It is mapped onto the chip surface by floorplanning. ?. The next design evolution in the behavioral domain defines finite state machines (FSMs) which.
Y.-W. Chang. VLSI Design Automation. ???. Yao-Wen Chang ywchang@cc.ee.ntu.edu.tw cc.ee.ntu.edu.tw/~ywchang. Graduate Institute of Electronics Engineering. Department of Electrical Engineering. National .. Unit 1. 33. Y.-W. Chang. Gajski's Y-Chart. Unit 1. 34. Y.-W. Chang. Top-Down Structural Design
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