Examples Elliptical Filter

The presented approach has been successfully tested on some high-level synthesis benchmarks. Although the fifth order elliptic filter benchmark is not representative for the investigated application domain, it was submitted to the synthesis system, mainly for testing the synthesis fiow. The example could be mapped successfully onto the emulator board, and the scheduling results are comparable to the best reported in literature. 

A large DSP example from a computer image generation application, a Chel chev preprocessor, a pipelined 16-point FIR filter example, a pipelined fifth-order digital elliptic filter example, and various smaller examples. 

The Intel 8251, the MCS6502, the FRISC microprocessor, a Kalman filter example, a fifth-order digital elliptic filter... 

A differential equation example, a digital filter example, and a fifth-order digital elliptic filter example. 

The Elliptical Filter presented in Chapter 3 and for which partitioning results are presented in Chapter 4 is an interesting candidate for resource constraint information because there are many possible schedules for the data-flow. Table 5-1 shows the results of using various resource options to make schedules for the filter example. 

MOS Technology s MCS6502 is a small microprocessor. Like the Elliptical Filter, this architecture was one of the examples from the ACM / IEEE 1988 Workshop on High-Level Synthesis. This section... 

Great care was also taken to implement a system that is fast enough to allow the synthesis of large designs in a reasonable time HIS is two orders of magnitude faster than the YSC. A M6502 like microprocessor can be synthesized in a few minutes smaller examples like the well-known 5th order elliptical filter [22] run in seconds. 

Table 11.13 Comparison of schedule latency for the Elliptic filter example.

Besides the elimination of the sample-and-hold, oversampling converters also reduce the complexity of the anti-aliasing filter. Previous anti-aliasing filters required the use of high order active filters (11th order elliptic for example) that resulted in phase... 

All sources of error can be divided into systematic and casual. The instrumental polarization (IP) of a telesc ope-polarimeter system is of the first type. It is stipulated, mainly, by that fact that the polarization degree of the light (both reflected and transmitted) varies with incident angle on the optical elements. In astronomical observations such surfaces are the telescopic mirrors, monochromator mirror, diffraction grating, filters, polarizers, SPSP etc. Therefore, even unpolarized light that falls on the main telescope mirror becomes partially elliptically polarized. The contribution of the polarization attributable to the instrument (see [2], for example) is Pj, (pj Qj, Uj and Vj. 

Other control step schedulers, force-directed scheduling, force-directed list scheduling, a second-order differential equation example, a pipelined 16-point digital FIR filter example, and a fifth-order digital elliptic wave filter example. 

The Intel 8251, a Multibus example, a protocol adapter example, a block transfer example, a fifth-order digital elliptic wave filter example, a Kalman filter example, the BTL310, an ADPCM, the Risc-1, the MCS6502, and the IBM System/370. 

A fifth-order digital elliptic wave filter example. 

A model of design representation, algorithmic level behavioral and structural transformations, adding concurrent processes to a fifth-order digital elliptic wave filter example, pipelining the MCS6502 and the RISC-1. 

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