Do you agree that "there is no concept of client and server sides of a communication session" in a P2P file-sharing program? Both good and terrible motives exist for doing this.

Do you agree that "there is no concept of client and server sides of a communication session" in a P2P file-sharing program? Both yes and no may be used to answer this question.

Do you agree that "there is no concept of client and server sides of a communication session" in a P2P file-sharing program? Both yes and no may be used to answer this question.

Suppose Alice and Bob store their RSA public keys in a file on a server. Theycommunicate regularly using authenticated and confidential messages. Eve wants to readthe messages but is unable to crack the RSA private keys of Alice and Bob. However, Eve canbreak into the server and alter the file containing Alice’s and Bob’s public keys.a. How should Eve alter that file so that she can read confidential messages sent fromBob to Alice?b. How might Alice and/or Bob detect Eve’s subversion of the public keys?

Do you agree that "there is no concept of client and server sides of a communication session" in a P2P file-sharing program? Both yes and no may be used to answer this question.

When it comes to transferring huge files, you should investigate the distinctions between cypher block chaining and cypher feedback mode.Which proportion do you believe produces the best results?

The number of encryption operations required to transmit a big file is comparable for block chaining and feedback techniques. How much more effective is one alternative compared to the other?

research a criminal case where digital evidence obtained from a network/internet was used to help reach a verdict. Give a brief summary of the case and describe how they impact the digital evidence had. Student Replies: How could errors in the chain-of-custody affect the admissibility of the evidence (e.g. Hashing the files pulled from a network stream.

a. Differentiate between protection and goal in computer system.                                                               b. Compare symmetric and asymmetric encryption schemes, and discuss under what circumstances a distributed system would use one or the other. c. The access-control matrix could be used to determine whether a process can switch from, say, domain A to domain B and enjoy the access privileges of domain.

Suppose Alice and Bob have RSA public keys in a file on a server. They communicate regularly, using authenticated, confidential message. Eve wants to read the messages but is unable to crack the RSA private keys of Alice and Bob. However, she is able to break into the server and alter the file containing Alice’s and Bob’s public keys. 1) How should Eve alter the file to so that she can read confidential messages sent between Alice and Bob, and forge messages from either? 2) How might Alice and/or Bob detect Eve’s subversion of the public keys?