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Normalization is the process of organizing data elements into related groups to minimize redundant data and to assure data integrity Redundant data elements occur naturally since multiple entities have the same data elements For example, an order form and invoice are both entities that contain a customer name and address Therefore, customer name and address are redundant For transactional databases, redundant data makes a database complex, inefficient, and exposes the database to problems referred to as anomalies when the DBMS maintains the database Anomalies occur whenever new data is inserted into the database and when existing data is either modified or deleted, and can lead to a breach in referential integrity of the database (see Referential Integrity later in this chapter) However, for reporting data, the redundancy rules are bent a little because redundant data is more efficient It minimizes the number of joins and allows data to be summarized into logical groups Errors caused by redundant data are greatly reduced and possibly eliminated by applying the normalization process to the list of data elements that describe all the entities in a system This is called normalizing the logical data model of a system The normalization process consists of applying a series of rules called normal forms to the list of data elements to: Remove redundant data elements Reorganize data elements into groups Define one data element of the group (called a primary key) to uniquely identify the group Often, two or more data elements make up the primary key, which is referred to as a composite key

After your site is finished and you re ready to make it live or accessible by visitors on the Web, it s time to transfer the pages to the host computer You can use File Transfer Protocol (FTP) programs to do so The concept of using an FTP program is similar to moving things around on your own personal computer The key difference is, instead of moving files from one folder to another on your computer, you re actually moving them from one folder on your computer to another folder on a different computer

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Make other data elements of the group (called non-key data elements) functionally dependent on the primary key Relate one group to another using the primary key For example, a customer number is the primary key of a group that contains customer information Other data contained in the group such as the customer first name and last name are referred to as non-key data elements Non-key data elements are functionally dependent on the primary key That is, a customer name, address, and related information cannot exist in the customer group without being assigned a customer number

Both the preceding solutions assume that the packet is segmented using AAL5 (see 1 and 3) This AAL has been standardized by the ATM Forum, starting from a proposal to simplify AAL3/4, called SEAL (Simple and Efficient Adaptation Layer) AAL5 is designed to offer only a connectionless service Today AAL5 has been adopted worldwide to make data transmission very simple and efficient The simplification is drastic, both for what relates to the CS sublayer (Convergence Sublayer), which has been emptied in practice, and for what relates to the SAR (Segmentation And Reassembly) sublayer In preceding sections, we saw how an IPv6 packet is enveloped in an AAL5-SDU The AAL5 adds a PAD field to the AAL5-SDU to normalize the length of the AAL5-PDU to a multiple of 48 octets, a control field also containing the length of the AAL5-PDU, and a CRC on 32 bits computed on the PDU itself The AAL5-PDU is subdivided into a sequence of 48-octet segments (SAR-PDU) that are neither numbered nor identified in any way (see Figure 9-8) The SAR-PDU, shown in Figure 9-9, is 48 octets long and coincides with the payload of the ATM cell The last segment is marked by the setting of a bit in the PT (Payload Type) field of the header of the ATM cell transporting it When a cell, whose bit is set in the PT, is received by the SAR sublayer of the AAL 5, the SAR sublayer assembles all the received SAR-PDUs rebuilding the AAL5-PDU, and it verifies the length and the CRC (refer to Figure 9-8) If the AAL5-PDU is valid, the AAL5-SDU is extracted from it; and from this, the IPv6 packet In case of errors, the AAL5-PDU is discarded without any other action, like happens at the MAC level in the case of an erroneous Ethernet frame.

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