Advanced Research in VLSI and Parallel Systems: Proceedings by Thomas Knight, John Savage

By Thomas Knight, John Savage

The layout of hugely built-in or large-scale structures comprises a collection of interrelated disciplines, together with circuits and units, layout automation, VLSI structure, software program platforms, and conception. winning examine in any of those disciplines more and more is determined by an figuring out of the opposite components. This convention the 14th in a chain that has been held at Caltech, MIT, UNC Chapel Hill, Stanford, and UC Santa Cruz, seeks to inspire interplay between researchers in all disciplines; that relate to hugely built-in platforms. Thomas Knight is affiliate Professor within the division of electric Engineering and machine technological know-how on the Massachusetts Institute of expertise. John Savage is Professor within the division of computing device technology at Brown college. Topics lined: Circuits and units. Innovative electric circuits, optical computing, computerized semiconductor production, wafer-scale platforms. layout Automation. Synthesis and silicon compilation, format and routing, research and simulation, novel layout equipment, architectural layout help, layout for try out. VLSI structure. hugely parallel architectures, specialpurpose VLSI chips and structures, novel small-scale structures, 1/0 and secondary garage, packaging, and fault tolerance. software program structures. Architecturedriven programming versions, parallel languages, compiling for concurrency, working structures, synchronization. 'Theory. Parallel algorithms, VLSI conception, structure and wireability research, 1/0 complexity, interconnection networks, reliability.

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Additional info for Advanced Research in VLSI and Parallel Systems: Proceedings of the 1992 Brown / MIT Conference

Example text

While these four types of nonvolatile memory options all provide the same function—memory for the processor to read and execute—they each have different characteristics and are best suited for different purposes. “None” probably seems like a strange option, but in the high-end PICmicros running in microprocessor mode, it is a very legitimate one. With no internal program memory, the device has to be connected to an external ROM chip, as can be seen in Fig. 13. The external ROM feature is primarily used when more application program memory is required or applications and data are to be loaded into RAM while the application is running.

While it is not recommended to simulate a microprocessor bus for memory devices, it isn’t unusual to see a microcontroller simulating a microprocessor bus to allow access to a specialized peripheral I/O chip. There are cases where a specific chip will provide exactly the function needed and it is designed to be controlled by a microprocessor. The last method is to use a bus protocol that has been designed to provide additional memory and I/O capabilities to microcontrollers. 2 Block diagram of a microcontroller with built-in circuitry to access external memory devices.

In a microcoded processor, a state machine executes each instruction as the address to a subroutine of instructions. When an instruction is loaded into the instruction holding register, certain bits of the instruction are used to point to the start of the instruction routine (or microcode) and the µCode instruction decode and processor logic executes the microcode instructions until an instruction end is encountered as shown in Fig. 6. 6 storing individual instruction steps. PROCESSOR ARCHITECTURES 11 I should point out that having the instruction holding register wider than the program memory is not a mistake.

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