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Repeated-run parameter-influence studies simply repeat simulation runs with different parameter values As an example, the response x(t) of a damped harmonic oscillator after an initial displacement x(0) = 1 is modeled by the DYNAMIC program segment

import javaxejb*; import javautilDate; import j avasql*; /** * This class is the Bean Implementation for the Entity EJB * <tt>OrderMasterEB</tt>

* @see jswcOSOrderMaster * @see jswc05OrderMasterEB * @see jswc05OrderMasterEBPK * @see JswcOSOrderMasterEBHome */ public class OrderMasterEBBean implements EntityBean {

DYNAMIC d/dt x = xdot d/dt xdot = - ww * x - r * xdot X = x - scale | -- offset the display dispt X | -display

.

private EntityContext ctx; /** * This is the static initializer, * executed the first time this class is referred to * It makes sure the JDBC JTS driver is loaded */ static { try { ClassforName("weblogicjdbcjtsDriver"); } catch(Exception e) { Systemerrprintln(e); } } /** * This is the primary key * It is the order number, which is the primary key * in table <tt>order_master</tt> */ public long or_number = 0; public public public public public public public public public int or_c_country_code = 0; int or_c_area_code =0, long or_c_phone = 0; long or_o_outlet_code = 0; JavasqlTimestamp or_order_date = null; String or_delivery =" , " String or_status = "" ; String or_remarks = ""; float or_price = OOf;

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The getorderMaster ( ) accessor method is used by the EJB client to get the data stored in the entity bean as an OrderMaster JavaBean:

(4-3)

* Returns the OrderMaster information of this Entity EJB */ public OrderMaster getOrderMaster() { OrderMaster OrderMaster = new OrderMaster(); OrderMastersetOr_number(or_number); OrderMaster setOr_c_country_code (or_c_country_code) ; OrderMaster setOr_c_area_code (or_c_area_code) ; OrderMaster setOr_c_phone (or_c_phone) ; OrderMastersetOr_o_outlet_code(or_o_outlet_code); OrderMaster setOr_order_date (or_order_date) ; OrderMastersetOr_delivery(or_delivery); OrderMastersetOr_status(or_status); OrderMastersetOr_remarks(or_remarks); OrderMastersetOr_price(or_price); return OrderMaster; }

To make the bean 's use of network bandwidth more efficient, we would need to define accessor methods for each field, as well as the full bean

We next look at the CBC mode of operation In this case, a message is broken into multiple blocks The blocks are linked together during the encryption operation as shown in Figure 27 An initialization vector (IV) is used to start the process, as shown The ciphertext resulting from every round is then chained (by an XOR operation) with the next block of plaintext Following this the result is subjected to the encryption operation The entire process is repeated in reverse at the receiver as shown in the gure The ef ciency of CBC mode is similar to that of the ECB mode since the cost of the XOR operation is negligible This mode is typically used for bulk data encryption and for authentication The CBC mode does not suffer from the aws that the ECB mode of operation suffers from as discussed earlier Thus, repeated blocks in plaintext do not result in repeated ciphertext Further, attackers also cannot move the ciphertext blocks around without being detected, as is the case for the ECB mode Note also that the different values of IV prevent two identical plaintext messages from winding up with the same ciphertext Of course, if the same IV value and the same key are used then identical plaintext messages will have the same ciphertext In this mode of operation each ciphertext block depends on all the previous message blocks Therefore, a change in the message will affect all ciphertext blocks after the change as well as the original block Thus, this mode is not suitable for applications that need random read/write access to encrypted data since in this case both the encryption and decryption have to be done sequentially Further, error in the jth ciphertext block affects decryption of both the jth and the ( j 1)st blocks The effect on the ( j 1)st block is predictable while the error will garble the decryption of the jth block The decryption of ( j 2)nd and later blocks is not affected In the CBC mode of operation it is important to protect the IV value since if IV is sent in the clear or if an attacker obtains the IV through some other means, the attacker can make predictable changes in the rst plaintext block recovered Therefore, either IV must be a xed value or it must be sent encrypted in ECB mode before the rest of the message.

We let xdot(0) default to 0 A small repeated-run parameter-influence study explores the effects of different positive damping coefficients r with the experiment-protocol script

5 ________________________________________________________

The setOrderMaster () method reverses the process: /**

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