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A design for operating at a higher frequency band has been investigated in which the patch s side length was selected to be 20 mm and a large loading resistance of 3.9 was used. The measured return loss is presented in Figure 3.36 and the corresponding results are given in Table 3.6. The resonant frequency for the loaded patch is 1593 MHz. Since the required side length of a regular triangular patch operated at 1593 MHz is about 71.3 mm, the size of the loaded patch corresponds to about 7.9% times that of a regular patch. The impedance bandwidth of the loaded patch is about 19%, which is more than 10 times that (about 1.8%) of a regular patch. The measured E- and H-plane radiation patterns are plotted in Figure 3.37. An asymmetric pattern in the E plane is observed, which may be due to the high current density excited around the chip-resistor loading position. The H-plane pattern shows a greater crosspolarization radiation than the E-plane case. 3.4.3.2 With an Aperture-Coupled Feed Figure 3.38 shows the geometry of an aperture-coupled compact triangular microstrip antenna loaded with a shorting pin or

Figure A-15 In this table, the Department eld depends on the Project. Because those elds are not key elds, this is a transitive dependency.

3.1.1 3.1.2 3.1.3 3.1.4 3.1.5 3.1.6 3.1.7 3.1.8 3.1.9 3.1.10 3.1.11 3.1.12 3.1.13 Introduction Flexible Pharmaceutical Manufacturing and Assembly System Design Flexible Manufacturing Model Integrated with Design Real-Time Operation Control Innovative Design Open Innovation Architecture Generic, Object-Oriented Innovation Process Modeling Method and Sample Model Systems Approach to Pharmaceutical Manufacturing Systems Management Requirements Analysis for System Product, Process, and Service Design Innovation Innovation Risk Analysis and Opportunity Method and Tool with Pharmaceutical Manufacturing System Applications Open-Source Computational Statistical and Three-Dimensional Multimedia for Pharmaceutical Manufacturing System Innovation and Project Communication RFID Applications RFID Examples

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Considering the headers introduced by lower layers, the required bit rate at the physical layer is at least 8 kb/s (Note: This also depends on implementation of application layer protocols that may be vendor-dependent) This means that an 8-kb/s radio access bearer (if using 3G coverage) should be enough to carry such user data In this particular case we are getting very near to the capacity of the RAB, and, most probably, usage of a 16-kb/s RAB would provide better quality in terms of mobile objective score (MOS) This choice could be performed by setting the maximum bit rate for uplink and maximum bit rate for downlink in the QoS pro le of the HLR to the desired value The minimal capacity needed in 2G radio access networks (GPRS or EDGE) could be, for example, a single time slot with CS-1 (9.

P1: KOA WY050-04 WY050-Ulick-v4 September 19, 2004 11:4

Layering is a powerful approach to complexity reduction . It comes in two flavors, closed layering and open layering . In a closed layer, each layer in the layered solution can directly speak only to the adjacent layers . In an open layer, each layer can speak with layers that are not adjacent, but usually this is done following a well-defined set of rules (for example, the noncircularity principle) . Closed layering is usually used to build solutions by several parties, and it often leads to duplication of codes or artifacts . Consider for example layers L1, L2, and L3 (L3 at the top), where L3 uses L2, and L2 uses LL When closed layering is adopted, an interface provided by layer LI must be duplicated in layer L2 if L3 needs to use it . The advantage is that each layer needs only to know about the layer directly below it in order to work . When open layering is applied, L3 can use LI directly, as well as using L2 . Open layering is more flexible, but it needs additional principles and management to be effective .

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