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This is where validation of the network design in the real world defines the requirements for the installation It is interesting to note, however, that a network with more potential users associating to a single AP is often a good candidate for tolerance of some performance degradation, as in the school classroom example..

This chapter discussed how to implement the Universal Data Models to support various types of systems development efforts: models to provide an integrated view of the enterprise, models required to design a specific application, and physical database design models used to generate a database. The chapter also looked at strategies for implementing a data warehouse. The design points to emphasize are the following: Establish an enterprise data model in order to facilitate integration of information across the enterprise and also to gain understanding of the information requirements of the enterprise. Maintain contact with the business experts to adequately capture the business needs. Review the models with the business to ensure that the business understanding is adequately captured.

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431 Station Types Since HIPERLAN MAC is designed to provide multimedia services, voice, video, and data terminals all constitute HIPERLAN stations The term mobile terminal (MT) is used to describe the HIPERLAN user terminals The standard also uses access point (AP) with the same role as IEEE 80211 AP The HIPERLAN APs perform what is called dynamic frequency selection (DFS) The DFS algorithm results in automatic selection of the clearest channel One difference between IEEE 80211 and HIPERLAN is the use of a central controller (CC) in a group (cell) of HIPERLAN terminals [8] The CC is an ad hoc assignment and any station could act as one The main job of CC is to allocate time slots to various stations to emulate a connection-oriented protocol This eliminates the hidden terminal problem in HIPERLAN at the cost of added complexity 432.

Channel Media HIPERLAN 1 was designed for the unlicensed 5 GHz spectrum The original allocation by ETSI was the 515 525 GHz band, even though a later extension to 530 GHz has been made in some countries This band is largely for indoor usage For HIPERLAN2, extra spectrum in the range of 5470 5875 GHz has been added for indoor plus outdoor usage Part of the extra spectrum (5725 7875 GHz) is not license-free Both infrastructure and ad hoc con gurations are possible with connectionoriented channel allocation In case of ad hoc con guration, a group of MTs is called a cell One of the MTs acts as a central controller to coordinate allocation of time slots 433 Signal Conditioning HIPERLAN uses OFDM due to its strength in mitigating multipath IEEE 802.

1. #include <upc_relaxed.h> 2. #de ne N 1024 3. shared [ N*N/THREADS] unsigned char img [ N] N][ ; 4. shared int hist [ 256] ; 5. upc_lock_t *lock; 6. void initialize(void) 7. { 8. lock = upc_all_lock_alloc(); 9. CHECK_MEM(lock) ;

11a also employs OFDM (64 point FFT) in a manner compatible with HIPERLAN In HIPERLAN, bandwidth is divided into 19 channels of 20 MHz each Fifty-two sub-carriers per channel provide highly ef cient utilization Guard intervals of 800 ns are mandatory with an option of 400 ns The symbol duration is 4 ms A large number of bits per OFDM symbols result in having slow symbols yet keeping a high channel bit rate Error-control coding further enhances the number of bits per symbol allowing space for errors 434 Modulation and Coding There are four modulation schemes for seven channel rates (BPSK for 6 and 9 Mbps, QPSK for 12 and 18 Mbps, 16QAM for 27 and 36 Mbps, and 64QAM.

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OWL EXAMPLE: COMPUTE ONTOLOGY This example presents several OWL features for a computer ontology. The classes and subclasses are shown in Figure 6-2. The serialization for the computer ontology is

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