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suitable for both internal or external chip application Hence, the integration of a parameterized cell with a de ned and xed guard ring may not be advantageous Second, in the case of hierarchical design, the need for multiple guard rings about all the primitive devices may not be necessary; the additional guard rings impacts design area and limits design exibility For example, in the formation of a double-diode network, a guard ring is required around the complete double-diode network, but not individually around the p =n-well diode and the n-well-to-substrate diode The integration and layout allow the elimination of some of these rings, and when not doing so, leads to wasted design area Hence, it is a major design disadvantage without the ability to develop a design system that does not allow the removal of the guard rings in a hierarchical integration.

Additionally, for latchup, it may be desirable to improve the latchup robustness on the basis of the relative placement of certain element adjacent to other circuits (for intercircuit latchup) or injection sources (external latchup) Additionally, it is desirable to have a guard ring structure whose guard ring ef ciency or transmission factor is stored in the guard ring itself, allowing for latchup design evaluation, checking, and veri cation, as well as quanti cation of the effectiveness of the guard ring structure associated with intercircuit internal latchup or external latchup veri cation In this manner, a latchup guard ring ef ciency can be quanti ed once in the technology during technology release and technology library release instead of for each circuit element and circuit to circuit interaction.

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Additionally, in this manner, the latchup robustness can be adjusted with the introduction of additional guard rings and structures to improve latchup robustness during the oor plan and cosynthesis of oor plan, RF design, ESD, and latchup To address design integration of guard rings in a Cadence-based parameterized cell system, Perez and Voldman developed a parameterized guard ring cell, where the guard rings can be integrated with the primitive O[1] device elements or the higher order O[n] hierarchical parameterized cell [5,7] In this methodology, ESD Pcells are designed such that the guard ring structures can be turned off using switches in the graphical unit interface (GUI) An independent guard ring p-cell is de ned as that which contains a plurality of consecutive ring structure types and number.

Example 4.3: For the binary linear cyclic block code BCH CBCH (15, 7) able to correct any error pattern of size 2 or less, and if the received vector is of the form r = (100000001000000), which in polynomial form is equal to r (X ) = 1 + X 8 , determine the syndrome vector. The above method leads to s1 = r ( ) = 1 + 8 = 2 s2 = r ( 2 ) = 1 + = 4 s3 = r ( 3 ) = 1 + 9 = 1 + + 3 = 7 s4 = r ( 4 ) = 1 + 2 = 8

This Pcell allows the designing of a guard ring structure and a choice of guard ring based on guard ring ef ciency requirements whose shapes and rings are chosen accordingly Additionally, it allows for a growable guard ring that expands on the basis of the identi cation of the element type, the enclosed Pcell device, circuit or function block design input parameters This concept also allows for designing of a guard ring structure with generated virtual design levels (eg, guard ring virtual level, I/O virtual level, ESD virtual level), graphical and schematic representation view, guard ring structure symbology, and symbol Usage of the guard ring Pcell allows for guard ring design checking and veri cation Table 93 shows the components of the guard ring Pcell structure In the guard ring Pcell, there are a plurality of ring structures that can be turned on or off.

Assessors rated sausage odor, color intensity, juiciness, sh taste, and overall acceptability on 0 to 5 line scales, where 0 is equivalent to the lowest intensity of the attribute and 5 was the highest intensity Juiciness was slightly higher in the modi ed products Some assessors detected a low intensity of shy taste and also a less intense sausage odor; however, the overall conclusion was that the general acceptability was similar in both products The conclusion was that it is possible to produce sausages with enriched PUFA n-3 and with a favorable n-6/n-3 without reducing sensory quality The use of alternative meat from lesserused species has also been of recent interest Soriano et al (2007) investigated the use of ostrich meat in the production of salchichon, a Spanish sausage Ten batches of ostrich sausages were obtained from two different Spanish production facilities in Northern Spain.