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in Douque76 , and in Neuhold76 ) The exibility of the model may diminish its didactic power A hierarchical model uses the nest concept as its basic unit Trees are created by nesting nests of nests, and forests are created by collecting trees The view model and the database model are identical This model has been used to develop access and update strategies Hierarchical and network models have been in uenced by early applied work as Hsiao71 and Bachman in Jardine74 A network model uses the association as its basic unit An integrated model is created by de ning independent entities, their nests, and the possible or actual binding between them through the associations In the traditional network model, abstracted from the CODASYL speci cation, all joins of interest were prede ned so that the operations stress navigation between bound data elements Recent developmemts are separating the logical and implementation design phases, as shown in this book The commonality of the various models is becoming obvious Their strength tend to be relative In Rustin74 network and relational approaches were presented A lively discussion between camps committed to various approaches has appeared in the Proceedings of the ACM-SIGFIDET and -SIGMOD conferences Misunderstandings developed because of the difference in origin; the relational approach was initially conceived as a modelling tool and the network approach began as a generalization of descriptions of actual databases Sometimes the alternatives were used as strawmen to defend philosophies A special issue of 76 ACM COMPUTING SURVEYS (Sibley ) provided a forum for several approaches Data models which integrate these and information structure concepts are presented in Sundgren75 and Kobayashi75 , those notions are further developed by Cook in King75 , and Chen76 The transformations of databases between models of the relational and network type has been de ned by Adiba in Nijssen76 , De78 , Zaniolo in Bernstein79 , and Lien82 Lien81 considers hierarchies in relational darabases Date80 presents a uni ed language to deal with access communality Many issues in modeling of databases are summarized in Tsichritzis81 The proceedings of several conferences, two sponsored by the SHARE organization (Jardine74,77 ), one by the Institut de l Informatique in Namur (Benci75 ), and a series organized by IFIP technical committees (Klimbie75 , Douque76 , Neuhold76 , Nijssen77 , Schneider79 , and Bracchi79 ), contain papers which discuss many aspects of database design Abstract issues of modelling were the topic in Brodie81 Another source of current material on database modelling are the proceedings of the annual VLDB conferences Selected papers appear in ACM s Transactions on Database Systems, a number of them have been cited above.

RAID Level 4 has a striping unit of a disk block, instead of a single bit as in RAID Level 3 Block-level striping has the advantage that read requests of the size of a disk block can be served entirely by the disk where the requested block resides Large read requests of several disk blocks can still utilize the aggregated bandwidth of the D disks The write of a single block still requires a read-modify-write cycle, but only one data disk and the check disk are involved The parity on the check disk can be updated without reading all D disk blocks, because the new parity can be obtained by noticing the di erences between the old data block and the new data block and then applying the di erence to the parity block on the check disk: NewParity = (OldData XOR NewData) XOR OldParity The read-modify-write cycle involves reading of the old data block and the old parity block, modifying the two blocks, and writing them back to disk, resulting in four disk accesses per write Since the check disk is involved in each write, it can easily become the bottleneck RAID Level 3 and 4 con gurations with four data disks require just a single check disk Thus, in our example, the e ective space utilization is 80 percent The e ective space utilization increases with the number of data disks, since always only one check disk is necessary

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Example A-30. One solution to Exercise 12-1

EXERCISES 1 Why is the state attribute in the ruling part in the Automobile relation of Example 7-2 2 3 Sketch two view models for student grades Give the maximal size of a relation following Eq 7-1

using using using using System; System.Collections.Generic; System.Linq; System.Text;

.

namespace Exercise_12_1 { public class Invoice { private string vendor; private double amount; // constructor public Invoice(string vendor, double amount) { this.vendor = vendor; this.amount = amount; } // Overloaded operator + takes two invoices. // If the vendors are the same, the two amounts are added. // If not, the operation fails, and a blank invoice is returned. public static Invoice operator+ (Invoice lhs, Invoice rhs) { if (lhs.vendor == rhs.vendor) { return new Invoice(lhs.vendor, lhs.amount + rhs.amount); } Console.WriteLine("Vendors don't match; operation failed."); return new Invoice("", 0); } public void PrintInvoice( ) { Console.WriteLine("Invoice from {0} for ${1}.", vendor, amount); } } public class Tester { public void Run( ) { Invoice firstInvoice = new Invoice("TinyCorp", 345); Invoice secondInvoice = new Invoice("SuperMegaCo", 56389.53); Invoice thirdInvoice = new Invoice("SuperMegaCo", 399.65); Console.WriteLine("Adding first and second invoices."); Invoice addedInvoice = firstInvoice + secondInvoice; addedInvoice.PrintInvoice( ); Console.WriteLine("Adding second and third invoices."); Invoice otherAddedInvoice = secondInvoice + thirdInvoice; otherAddedInvoice.PrintInvoice( ); } static void Main( ) {

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