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Principles are the foundation of the ADP methodology. They are the basic laws that govern structuring and managing software projects. They correspond to ADP s goals at the highest level and they form the basis for the de nition of practices and policies, which are directly applicable to software projects. (see Figure 1.2.) There are six ADP principles, which will be explained in detail in the next chapter. Each of these principles addresses one or more of the ADP goals. For example, the principle on incremental implementation of ADP s practices and policies assures that the organizational change that ADP brings is introduced gradually, thereby minimizing people s unease and apprehension. The incremental, group-by-group and practice-by-practice approach to ADP implementation is an attempt to minimize possible anxiety and resentment by not overwhelming people and teams who apply it. Such a gradual introduction

The properties of the physical layer, i.e. the radio transmission layer, have already been described. Based on the physical layer, the baseband layer performs the typical duties of a layer two protocol, such as the framing of data packets. For the data transfer, three different packet types have been defined in the baseband layer. For packet data transmission, Bluetooth uses asynchronous connection-less (ACL) packets. As shown in Figure 6.5, an ACL packet consists of a 68 72-bit access code, an 18-bit header and a payload (user data) field of variable size between 0 2744 bits. Before the 18 header bits are transmitted, they are coded into 54 bits by a forward error correction algorithm (1/3 FEC). This ensures that transmission errors can be corrected in most cases. Depending on the size of the payload field, an ACL packet requires one, three or five slots of 625 microseconds. The access code at the beginning of the packet is used primarily for the identification of the piconet to which the current packet belongs to. Thus, the access code is derived from the device address of the piconet master. The actual header of an ACL packet consists of a number of bits for the following purposes: The first three bits of the header are the logical transfer address (LT_ADDR) of the slave, which the master assigns during connection establishment. As three bits are used, up to seven slaves can be addressed. After the LT_ADDR, the four-bit packet type field indicates the structure of the remaining part of the packet. Table 6.2 shows the different ACL packet types. Apart from the number of slots used for a packet, another difference is the use of forward error correction (FEC)

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To establish a surface wave resonant condition (or scan blindness condition), we assume that the propagation vector makes an angle with the x-axis of the array coordinate, as shown in Figure 2.12. For simplicity we assume isosceles triangular

While a connection is active, a mobile terminal requires a considerable amount of energy to keep listening to the network for incoming data. To increase the battery operating time, the mobile can reduce its energy consumption in times of low activity by entering powersave mode. Several power-saving modes have been defined in the standard and each active service flow can use a different power-saving mode. As a consequence, the mobile can

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Notice that the four parameters a b R, and c uniquely determine the equation of the surface. These four parameters can be adjusted to obtain the best possible surface for a desired performance of a Rotman lens. 12.5.2 Numerical Results An array port surface was realized using (12.53) and the theoretical performance of the corresponding lens was evaluated. The following parameters were used: a = 4 0 b = 2 0 R = 7 0 , and m = 35 . The beam port surface is considered as a circular arc passing through three foci. Figure 12.19 shows the phase distributions at the array port corresponding to the three focus beams. The amplitude distribution is assumed as the far-field intensity pattern of a beam port radiator. The radiator is considered as a line source of length equal to the port width, which is assumed as 1 0 for present computations. Figure 12.20 shows the far-field array patterns of 9 beams associated with 9 beam ports. For the radiating array, 21 omnidirectional radiating elements of 1 0 spacing were considered. The highest side lobe was 13.9 dB and that occurred for the edge beams. The maximum scan angle was 15 , which is about five beam widths away from the bore-sight beam. The four parameters a b c, and R can be optimized to design a lens surface. However, it is found that for a given set of a b, and R, the parameter c must

Hard limiter m (in dB) fc fm fc fc + fm fc fc + fm m/2 (in dB)

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