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13.2 STREAM CIPHERS In stream ciphers, plaintext P is a binary string; keystream, K, is a pseudo-random binary string; ciphertext, C, is a bit-wise XOR (addition modulo 2) of plaintext and keystream. Decryption is bit-wise XOR of ciphertext and keystream. Let us consider the following example. P : 100011010101111011011 K : 010010101101001101101 C : 110001111000110110110 In this example, one can observe that C = P K. Also, P = C K. In 1949, Claude Shannon published a paper Communication Theory of Secrecy Systems [34] that had a great impact on the scienti c study of cryptography. In the following subsection, we will discuss about Shannon s notion of perfect secrecy. 13.2.1 Shannon s Notion of Perfect Secrecy

Example .1: Gamma Distribution Moment Generating Function. that random variable T has a gamma distribution with density f (t) = 1 t t e , ( ) t > 0, > 0, > 0.

Fairburn s cognitive theory for anorexia nervosa (Fairburn et al., 1999) in placing the need for control as a central theme. However, CAT extends the cognitive theory into the domain of interpersonal relationships and in doing so offers an understanding of how this need has arisen and how it can be modi ed.

review of existing or emerging directives and identi cation of possible dif culties; control and issue of International Mobile Equipment Identities (IMEIs).

7.2.5.11. Static Access Control Enforcement The static security mechanism parses the active code and nds security violations before the code executes. In particular, it detects if the active code tries to access the system resources directly (i.e., without using the different brokers). This security system is employed in the session broker according to prede ned security policy that can be dynamically changed using a static security con guration le. This con guration le identi es the resources that can be used by the active service. In the Java EE, where the active code is a set of Java classes, the static security system checks each one of the classes in the active payload and extracts the instances that are used by these classes. If an instance is not authorized by the static security policy le then the static security system denies execution of the service and drops the code. Static access control must be extended such that the access control policy from the PACL can be used as input when applying the static access control to the active code. 7.2.5.12. Dynamic Access Control Enforcement The dynamic security system detects potential security violations during execution of the active code. In the Java EE, the implementation uses the Security Manager mechanism. Each, time a system resource is requested, the security manager checks if the caller is one of the brokers and, if so, it accepts the operation, otherwise the operation is rejected. Altogether, DINA Security mechanism allows the provision of programmable services with a minimal risk in terms of security. One has to note that the computational cost and the added complexity to the system due to these security enforcement are not negligible and a further study is in place regarding the trade-off between security and ef ciency.

Every case study raises an assortment of issues, not all of which will be immediately apparent. Tasks are suggested at the foot of each study for those readers who wish to begin to explore the moral issues independently or in groups. Those readers who would like to explore a case from this book on the Values Exchange are invited to browse to www.values-exchange.com and tackle Case H-35: The truth, the whole truth . . . (this case is based upon Case 7 in this book):