The Character of Carol Kennicott in Main Street Essay example -- Main

The Character of Carol Kennicott in Main Street The protagonist in this story is Carol Kennicott. She is a young woman attending college in St. Paul Minnesota. She wants to go somewhere in her life. She has gone out and gotten a college education so that she won’t have to be a house wife. She has an outgoing personality and is continuously trying to change the things around her. She meets a man named William Kennicott. They fall in love and move to the small town of Gopher Prairie. While there Carol tries to change her home, as well as all of the other buildings in town. Carol is identified as the protagonist because she’s the main character and she has a conflict to overcome. Paragraph 2 The antagonist in this story is Carol’s personality. She is always trying to stay in love with William, but at the same time she can’t stand the thought of living in a small town where the people don’t change. It’s important to the antagonist that she change the world one small community at a time. All of the attempts made by Carol are failures because she’s moving too fast for the citizens of Gopher Prairie. Paragraph 3 The conflict in this story is best described as Carol vs. Herself. Carol wants to love Will and be a loyal wife. She wants to love his mother and be a mother herself. Carol has the desire and willingness to stay with Will, but at the same time the thought of changing the town and not adapting to their ways is always implanted in her mind. Carol wants to change the town to a more contemporary time. She has always had this thought, even during her stay at college. The reason she attended college is so that she wouldn’t have to live the cliched life of being a house wife, with darling children, and an adoring husband. Carol has a desire from both ends of this argument. She loves her husband, but small town life doesn’t suit her. This conflict is internal because Carol is always at war with her conscience. Paragraph 4 The climax of this story comes in the last two chapters. Carol has moved to Washington and is pursuing a career that will help change the city. Will comes out to visit and he brings photographs of Gopher Prairie and the surrounding fields. It becomes apparent at this point that Carol no longer wants to stay in Washington. She realizes that all the time she spent in Gopher Prairie she never gave th... ...s two opposing opinions to the reader. The reader is allowed to make his own assumptions and opinions on the different situations that arise. The narrator tells the reader of Carol’s aspirations of changing small town America. At the same time he is able to give Will’s feelings about Carol being a â€Å"normal† wife. The narrator is also able to express the feelings of the other characters who occupy the town. These thoughts are very insightful and make for a better understanding of Carol. Paragraph 12 Personification: â€Å"the trees by Sam’s hardware shop reached out as to consume the daylight.† Simile: â€Å"Kennicott was as fixed in routine as an isolated old man.† Paragraph 13 This novel was interesting but at the same time it failed to really catch my attention and intrigue me. I was under the assumption that it was risky and questioned peoples values. My only thought on this is that I’m reading it in 2001 and the novel was published in 1948. My views are drastically different from those of a country who put women on a lower standard than men. I would give this book a moderate rating because it didn’t catch my eye but at the same time had a decent point to prove.

Anti-Consumerism in the Works of Kerouac, Ginsberg, and Roth Essay

Anti-Consumerism in the Works of Kerouac, Ginsberg, and Roth    After World War II, Americans became very concerned with "keeping up with the Joneses." Everyday people were not only interested in fulfilling the American Dream because of the optimistic post-war environment, but also because of the economic emphasis on advertising that found a new outlet daily in highway billboards, radio programs, and that popular new device, the television. With television advertising becoming the new way to show Americans what they did not (and should) have came a wide-eyed and fascinated interest in owning all kinds of things, products, and devices suddenly necessary in every home. One could not only hear about new necessary items, but see them as well. Meanwhile, marketplaces and small shops were being dismantled to create the supermarket, a temple of consumerism where any passerby may walk in and purchase almost anything he or she desires without a thought of their neighbor, who runs the suffering little fruit stand around the corner. The literary rebellion o f the 1960's was concerned, in part, with the desire to break down this growing consumer culture. Not everyone was so easily lulled by the singsong mottoes and jingles of television advertising and the call of the national supermarket. Poets like Allen Ginsberg, Lawrence Ferlinghetti, and Jack Kerouac began struggling, in writing, against the oppression of having. As Buddhists, these writers saw the growing desire to fill whims and wants with items easily purchased as harmful to the ability to transcend suffering (instead of eliminating it). Combining the strategies of Asian Buddhist monks with American transcendentalist theory provided by Henry David Thoreau and Ralph Waldo Emer... ...e when the rest of the nation was blindly enjoying their television programs and the convenience of the supermarket, these writers made strong statements warning against the love of things. During the 50's and 60's, many middle- and upper-class Americans had worked hard to afford conveniences, but Ginsberg, Kerouac, and Roth would say that it is not enough to "deserve" your participation in the consumerist culture. Rather, they would say the consumerist culture, by nature, is mentally and culturally enslaving and to be avoided when possible for the sake of the integrity of the individual spirit. Works Cited: Allen, Donald (ed.). The New American Poetry 1945-1960. Berkeley, CA: U. of California P. 1960. Kerouac, Jack. The Dharma Bums. New York: Penguin Books. 1958. Roth, Philip. Goodbye, Columbus and Five Short Stories. New York: Modern Library. 1959.

The Influences Of Rational Thought On Western Civilization :: Philosophy Ration

The Greek's notion of rational thought is a very strong reason why Western Civilization has become so influential in the world today. During their time, the Greeks spurred an intellectual revolution. They questioned the meanings of life and began using their minds to expand the world. According to Glenn Blackburn: "In many ways, they "discovered" the human "mind" through their philosophy and rational thought [ . . . ]"(64). Their "opening" of the mind influenced all ways of life and society. Major ideas blossomed like politics, governing laws, literature, art, history, and new inventions. Scientific thinking was groundbreaking among Greek minds. Ideas of mathematics, astronomy, architecture, and anatomy engrossed the public. This revolution of rational thought dominated society and began a transition in Western Civilization because people began using reason to explain human and natural events, rather than the gods (Blackburn, 67). Even today, rational thought is used by al l of us and continues to influence society. The power of the modern mind has proved greater than any other Greek could have ever expected. The creation of rational thought began in the Greek city of Ionia. The citizens there were open to new ideas and influenced by traders from around the world. Laws were invented by these Ionians and written down to express the will of their society. The greatest and most recognized Ionian thinker was a man named Thales of Miletues. Considered one of the seven ""wises men" of the day, Thales contemplated water and its connection with the universe. Blackburn remarks that Thales ideas: "mark[ed] an important change in western scientific thought" (68). Thales also used I statements when he philosophized marking for the first time in history a human used reason and the rational mind. Other philosophers surfaced in Ionia during this period creating the study of the "cosmos," or universe. They also founded the study of past human affairs or history. This new idea of rational thought spread to the Greek capitol, Athens. Here politics and democracy exploded. Politicians and citizens were now able to debate issues and question justice. This form of independent thinking brought great pride and self-confidence to members of the Greek society. This allowed for huge successes for further philosophy, architecture, art, mathematics, anatomy, botany, literature, and creativity. Among the most famous of the Greek philosophers were Socrates, Plato, and Aristotle.

High school versus college Essay

Going to College after so many years made me realize how different high school is from College. In fact, many students that attend College straight after high school quit after their first semester of College due to the changes and difficulties encountered. There are various reasons why College differs from high school. However, knowing the expectations and the culture of College in comparison to high school would help in a more successful transition. College differs from high school in many ways. However, students should begin their transition to College by first looking at not only what to expect from College; but also what College will expect from them. As a college education is very important step to reach personal aspirations in the workplace and life. First of all, College offers an opportunity to learn independently. Unlike high school, College students can function with little guidance from their professors. As a result, College students have to develop many self management skills such as getting to school on time, turning projects by deadlines, being able to use electronic materials for the syllabus, class outlines, online classes or assignments. Secondly, College has a faster pace than high school. Each college course is twice faster than high school courses. In addition, College course usually requires more reading, more homework, and more projects. The workload is totally higher and faster and requires more time to study. The College books have more words per page, thus more chapters than the high school books. The language used in the textbooks is more difficult and requires more time to study. Unlike high school which has specific school hours 5 days a week excluding weekends; College on the other hands offer more out of class time. Students can choose to go to school any time based on their chosen schedule whether is day, night or weekends. As a result of this freedom, College students have to learn to manage their time effectively. In addition, all high schools students must take the same basic classes in order to graduate such as English, Mathematics, Sciences, Physical education, world history, economics, foreign languages and other elective. College students on the other hand can take any classes based on their academic major. Most college freshmen start with beginning classes such as English, writing, speech, and Mathematics then they can choose any other required course based on their academic field of study. College students also have higher level of thinking than high school students. They are able to do research on a topic and ideas as well as analyzing others ideas and interpreting and evaluating data from any given source. High school students on the other hands can only summarize and take ideas from others. Some of College student’s classes unlike high school class require research papers, presentation, and discussion in front of the whole class and sometimes peer evaluation. Although College culture differs widely from high school culture, students can also succeed with improved effort and practice. Whether students attend College straight from high school or its equivalents; or attending College after many years of working, going to college offers an opportunity to grow and to achieve goals. No matter what the background or motivation, being a College student will provide an opportunity to improve life and reach personal aspirations.

Design of a New Security Protocol Using Hybrid Cryptography

Subasree & Sakthivel ? Design of a New Security Protocol IJRRAS 2 (2) ? February 2010 DESIGN OF A NEW SECURITY PROTOCOL USING HYBRID CRYPTOGRAPHY ALGORITHMS S. Subasree and N. K. Sakthivel School of Computing, Sastra University, Thanjavur – 613401, Tamil Nadu, INDIA. ABSTRACT A Computer Network is an interconnected group of autono mous computing nodes, which use a well defined, mutually agreed set of rules and conventions known as protocols, interact with one -another meaningfully and allow resource sharing preferably in a predictable and controllable manner.Communication has a majo r impact on today? s business. It is desired to communicate data with high security. Security Attacks compromises the security and hence various Symmetric and Asymmetric cryptographic algorithms have been proposed to achieve the security services such as Authentication, Confidentiality, Integrity, Non-Repudiation and Availability. At present, various types of cryptographic algorithms provide high s ecurity to information on controlled networks. These algorithms are required to provide data security and users authenticity.To improve the strength of these security algorithms, a new security protocol for on line transaction can be designed using combination of both symmetric and asymmetric cryptographic techniques. This protocol provides three cryptographic pr imitives such as integrity, confidentiality and authentication. These three primitives can be achieved with the help of Elliptic Curve Cryptography, Dual -RSA algorithm and Message Digest MD5. That is it uses Elliptic Curve Cryptography for encryption, Dual -RSA algorithm for authentication and MD-5 for integrity.This new security protocol has been designed for better security with integrity using a combination of both symmetric and asymmetric cryptographic techniques. Keywords: Network Security, Elliptic Curve Cryptography, Dual-RSA, Message Digest-5. 1. INTRODUCTION Curiosity is one of the most common human traits, matche d by the wish to conceal private information. Spies and the military all resort to information hiding to pass messages securely, sometimes deliberately including misleading information [12]. Steganography, a mechanism for hiding information in apparently innocent pictures, may be used on its own or with other methods.Encryption fundamentally consists of scrambling a message so that its contents are not readily accessible while decryption is the reversing of that process[14]. These processes depend on particular algorithms, known as ciphers. Suitably scrambled text is known as cipher text while the original is, not surprising ly, plain text. Readability is neither a necessary nor sufficient condition for something to be plain text. The original might well not make any obvious sense when read, as would be the case, for example, if something already encrypted were being further encrypted.It's also quite possible to construct a mechanism whose output is readable text but which actually bears no relationship to the unencrypted original. A key is used in conjunction with a cipher to encrypt or decrypt text. The key might appear meaningful, as would be the case with a character string used as a password, but this transformation is irrelevant, the functionality of a key lies in its being a string of bits determining the mapping of the plain text to the cipher text. 1. 1 Why we need cryptography?Protecting access to information for reasons of security is still a major reason for using cryptography. However, it's also increasingly used for identification of individuals, for authentication and for non -repudiation. This is particularly important with the growth of the Internet, global trading and other activities[12]. The identity of e -mail and Web users is trivially easy to conceal or to forge, and secure authentication can give those interacting remotely confidence that they're dealing with the right person and that a message hasn't been forged or changed.In commercia l situations, non-repudiation [12] is an important concept ensuring that if, say, a contract has been agreed upon one party can't then renege by claiming that they didn't actually agree or did so at some different time when, perhaps, a price was higher or lower. Digital signatures and digital timestamps are used in such situations, often in conjunction with other mechanisms such as message digests and digital certificates. 95 Subasree & Sakthivel ? Design of a New Security Protocol IJRRAS 2 (2) ? February 2010The range of uses for cryptography and related techniques is considerable and growing steadily. Passwords are common but the protection they offer is often illusory, perhaps because security policies within many organizations aren't well thought out and their use causes more problems and inconvenience than seems worth it[14,15]. In many cases where passwords are used, for example in protecting word processed documents, the ciphers used are extremely lightweight and can be attac ked without difficulty using one of a range of freely available cracking programs. 2.TYPES OF CRYPTOGRAPHIC ALGORITHMS 2. 1. Elliptic Curve Encryption When using elliptic curves in cryptography[11], we use various properties of the points on the curve , and functions on them as well. Thus, one common task to complete when using elliptic curves as an encryption tool is to find a way to turn information m into a point P on a curve E. We assume the information m is already written as a number. There are many ways to do this, as simple as setting the letters a = 0, b = 1, c = 2, . . . or there are other methods, such as ASCII, which accomplish the same task.Now, if we have E : y2 = x3 + Ax + B (mod p), a curve in Weierstrass form, we want to let m = x. But, this will only work if m3 + Am + B is a square modulo p. Since only half of the numbers modulo p are squares, we only have about a 50% chance of this occurring. Thus, we will try to embed the information m into a value that is a squa re. Pick some K such that 1/2K is an acceptable failure rate for embedding the information into a point on the curve. Also, make sure that (m + 1)K ; p. Let xj = mK + j for j = 0, 1, 2, . . . ,K ? 1 Compute x 3j + Axj + B.Calculate its square root yj (mod p), if possible. If there is a square root, we let our point on E representing m be P m = (xj , yj) If there is no square root, try the next value of j[4,5]. So, for each value of j we have a probability of about 1/2 that xj is a square modulo p. Thus, the probability that no xj is a square is about 1/2K, which was the acceptable failure rate[6]. In most common applications, there are many real-life problems that may occur to damage an attempt at sending a message, like computer or electricity failure.Since people accept a certain 16 amount of failure due to uncontrollable phenomenon, it makes sense that they could agree on an acceptable rate of failure for a controllable feature of the process. Though we will not use this specific process in our algorithms[10]. 2. 2. Dual RSA In practice, the RSA decryption computations are performed in p and q and then combined via the Chinese Remainder Theorem (CRT) to obtain the desired solution in ? N, instead of directly computing the exponentiation in ? N. This decreases the computational costs of decryption In two ways.First, computations in ? p and ? q are more efficient than the same computations in ? N since the elements are much smaller. Second, from Lagrange? s Theorem, we can replace the private exponent d with dp = d mod (p – 1) for the computation in ? p and with dq = d mod (q – 1) for the computation in ? p, which reduce the cost for each exponentiation when d is larger than the primes. It is common to refer to dp and dq as the CRT -exponents. The first method to use the CRT for decryption was proposed by Quisquater and Couvreur [7,8].Since the method requires knowledge of p and q, the key generation algorithm needs to be modified to output the private key (d, p, q) instead of (d,N). Given the pri vate key (d, p,q) and a valid ciphertext C ? ? N, the CRTdecryption algorithm is as follows: 1) Compute Cp = Cdp mod p. 2) Compute Cq = Cdq mod q. 3) Compute M0 = (Cq – Cp) . p-1 mod q. 4) Compute the plaintext M = Cp + M0 . p. This version of CRT-decryption is simply Garner? s Algorithm for the Chinese Remainder Theorem applied to RSA.If the key generation algorithm is further modified to output the private key (dp, dq, p, q, p -1 mod q), the computational cost of CRT-decryption is dominated by the modular exponentiations in steps 1) and 2) of the algorithm. When the primes p and q are roughly the same size (i. e. , half the size of the modulus), the computational cost for decryption using CRT -decryption (without parallelism) is theoretically 1/4 the cost for decryption using the original method[7]. Using RSA-Small-e along with CRT-decryption allows for extremely fast encryption and decryption that is at most four times faster than standard RSA. 96IJRRAS 2 (2) ? February 2010 Subasree & Sakthivel ? Design of a New Security Protocol 2. 3 MD5 Algorithm MD5[2] consists of 64 of these operations, grouped in four rounds of 16 operations. F is a nonlinear function; one function is used in each round. Mi denotes a 32 -bit block of the message input, and Ki denotes a 32 -bit constant, different for each operation. s is a shift value, which also varies for each operation[1]. MD5 processes a variable length message into a fixed -length output of 128 bits. The input message is broken up into chunks of 512-bit blocks; the message is padded so that its length is divisible by 512.The padding works as follows: first a single bit, 1, is appended to the end of the message. This is followed by as many zeros as are required to bring the length of the message up to 64 bits less than a multiple of 512. The re maining bits are filled up with a 64-bit integer representing the length of the original message[9]. The main M D5 algorithm operates on a 128 -bit state, divided into four 32-bit words, denoted A, B, C and D. These are initialized to certain fixed constants. The main algorithm then operates on each 512 -bit message block in turn, each block modifying the state.The processing of a message block consists of four similar stages, termed rounds; each round is composed of 16 similar operations based on a non -linear function F, modular addition, and left rotation. Many message digest functions have been proposed and are in use today. Here are just a few like HMAC, MD2, MD4, MD5, SHA, SHA-1. Here, we concentrate on MD5, one of the widely used digest functions. 3. HYBRID SECURITY PROTOCOL ARCHITECTURE It is desired to communicate data with high security. At present, various types of cryptographic algorithms provide high security to information on controlled networks.These algorithms are required to provide data security and users authenticity. This new security protocol has been designed for better security using a combination of both symmetric and asymmetric cryptographic techniques. Figure 1 : Hybrid Protocol Architecture As shown in the figure, the Symmetric Key Cryptographic Techniques such as Elliptic Curve Cryptography, and MD5 are used to achieve both the Confidentiality and Integrity. The Asymmetric Key Cryptography technique, Dual RSA used for Authentication. The above discussed three primitives can be achieved with the help of this Security Protocol Architecture.The Architecture is as shown in the Figure 1. As shown in the figure, the Symmetric Key Cryptographic Techniques such as Elliptic Curve Cryptography, and MD5 are used to achieve bo th the Confidentiality and Integrity. The Asymmetric Key Cryptography technique, Dual RSA used for Authentication. 97 Subasree & Sakthivel ? Design of a New Security Protocol IJRRAS 2 (2) ? February 2010 The new Security Protocol has been designed for better security. It is a combination of both the Symmetric and Asymmetric Cryptog raphic Techniques.It provides the Cryptographic Primitives such as Integrity, Confidentiality and Authentication. The given plain text can be encrypted with the help of Elliptic Curve Cryptography, ECC and the derived cipher text can be communicated to the destination through any secured channel. Simultaneously, the Hash value is calculated through MD5 for the same plain text, which already has been converted into the cipher text by ECC. This Hash value has been encrypted with Dual RSA and the encrypted message of this Hash value also sent to destination. The intruders may try to hack the original information from the encrypted messages.He may be trapped both the encrypted messages of plain text and the hash value and he will try to decrypt these messages to get original one. He might be get the hash value and it is impossible to extract the plain text from the cipher text, because, the hash value is encrypted with Dual RSA and the plain text is encrypted with ECC. Hence, the messag e can be communicated to the destination with highly secured manner. The new hash value is calculated with MD5 for the received originals messages and then it is compared with decrypted hash message for its integrity.By which, we can ensure that either the origi nal text being altered or not in the communication medium. This is the primitive feature of this hybrid protocol. 4. RESULTS AND CONCLUSION 4. 1 Comparison of RSA and Dual RSA 1) The Public Key Algorithms, RSA and Dual-RSA have been implemented in VC++ and we got the following results. As shown in the Figure 2, the original message for communication is stored in MyFile. txt and its size is 547 Bytes, which is shown in the report file. Figure 2 : Input File MyFile. txt Figure 3 shows that the project main menu, which consists of various features. They are i. RSA Encryption, ii.RSA Decryption, iii. Dual RSA Encryption, iv. Dual RSA Decryption, and v. Graph, which is used to compare the computational costs of both the RSA and D ual -RSA Figure 4 shows that RSA Encryption and Figure 5 shows that Dual RSA encryption. From the figure 6 it is clear that the RSA take one block at a time for encryption and decryption at a time. But the dual RSA take more time for encryption of two block at a time, but it take less time for decryption of two blocks. So, the RSA encryption and decryption time is greater than Dual RSA because Dual RSA perform the encryption and decryption operation for two blocks. 8 IJRRAS 2 (2) ? February 2010 Subasree & Sakthivel ? Design of a New Security Protocol Figure 3 : Process of RSA and Dual RSA Encryption/Decryption Figure 4 : RSA Encryption 99 Subasree & Sakthivel ? Design of a New Security Protocol IJRRAS 2 (2) ? February 2010 Figure 5 : Dual – RSA Encryption 5. 2 Performance analysis of RSA and Dual RSA Figure 6 : RSA vs Dual RSA 100 IJRRAS 2 (2) ? February 2010 Subasree & Sakthivel ? Design of a New Security Protocol Figure 7 : Computational costs of RSA vs Dual RSA Figure 6 s hows that the Perfor mance Analysis of RSA vs Dual RSA.From this figure, it is clear that the total computation time for Encryption and Decryption of Dual -RSA is less than that of ordinary RSA. From the Figure 7, it is observed that the total computation time for Encrypt ion and Decryption of RSA is 4314ms as compared with the total computation time for Encryption and Decryption of Dual – RSA is 3203ms for the file size 547 Bytes. From the analysis it is clear that Dual RSA is better than RSA algorithm. So, for authentic ation we are going to use Dual RSA. Dual RSA take two block for encryption and decryption simultaneously. . 3 Results of Hybrid protocol Architecture Here, we are using three different mode of operation. The sender, Receiver and Intruder. We have t o select the mode and process the information. The following figure represent the three different mode. Figure 8 : Mode selection If the mode is the sender, then we have to provide the key val ue and messages in t he specified location. Figure 9 : Sender Mode 101 Subasree & Sakthivel ? Design of a New Security Protocol IJRRAS 2 (2) ? February 2010 Figure 10 shows that the Receiver received the sender message with the key.From the figure, it is noted that, the intruder also received the key and not the message. Because, the message is encrypted with ECC and key is encrypted by using Dual RSA. And also noted that, the intruder derived different key for decryption, which is equivalent to the original key. Even though the intruder got the key he cannot able to get the orig inal message because of Dual RSA. Because of Dual RSA we got two advantages one is the message cannot be decrypted and time required to perform the encryption and decryption operation less compare to RSA because Dual RSA perform encryption and decryption by two block at a time.The new Public Key Cryptographic algorithm, Dual – RSA has been developed for better performance in terms of computation costs and memory storage requirements. It is also called RSA -CRT, because it is used Chinese Remainder Theorem, CRT for its Decryption. From the output, it is noted that Dual -RSA improved the performance of RSA in terms of computation cost and memory storage requirements. It achieves parallelism. The CRT Decryption is achieved roughly ? times faster than original RSA. Figure 10 : Secured communication of Hybrid Protocol 102 IJRRAS 2 (2) ? February 2010 Subasree & Sakthivel ?Design of a New Security Protocol 6. REFERENCES [1] [2] [3] [4] [5] [6] [7] B. den Boer and A. Bosselaers, â€Å"An attack on the last two rounds of MD4†, Advances in Cryptology, Crypto ? 05, pages 194-203, Springer-Verlag, 2005. B. den Boer and A. Bosselaers, â€Å"Collisions for the compression function of MD5†, Advances in Cryptology, Eurocrypt „07, pages 293-304, Springer-Verlag, 2007. D. Bleichenbacher and A. May, â€Å"New attacks on RSA with small CRTexponent in Pub lic Key Cryptography†, PKC 2006, vol ume 3968 of Lecture Notes in Computer Science, pages 1 –13. Springer-Verlag, 2006. D. Bleichenbacher and A.May, â€Å"New attacks on RSA with small secret CRT -exponents,† in Public Key Cryptology—PKC 2006, ser. Lecture Notes in Computer Science. New York: Springer, 2006, vol. 3958, pp. 1–13. D. Boneh and G. Durfee, â€Å"Cryptanalysis of RSA with private key d less than N ,† IEEE Trans. Inf. Theory, vol. 46, no. 4, pp. 1339–1349, Jul. 2000. E. Jochemsz and A. May, â€Å"A polynomial time attack on standard RSA with private CRT -exponents†, 2007. Hung-Min Sun, and et al. , â€Å"Dual RSA and its Security Analysis†, IEEE Tra nsaction on Information Theory,Aug 2007, pp 2922 – 2933,2007 [8] H. -M. Sun, M. J.Hinek, and M. -E. Wu, On the design of Rebalanced-RSA, revised version of [37] Centre for Applied Cryptographic Research, Technical Report CACR 2005 -35, 2005 [Online]. Available: http://www. cacr. math. uwaterloo. ca/te chreports/2005/cacr2005 -35. pdf [9] H. Dobbertin, â€Å"The Status of MD5 after a Recent Attack†, CryptoBytes, 2(2): 1-6, 2007. [10] M. J. Hinek, â€Å"Another look at small RSA exponents,† in Topics in Cryptology-CT-RSA 2006, ser. Lecture Notes in Computer Science, D. Pointcheval, Ed. New York: Springer, 2006, vol. 3860, pp. 82 –98. [11] N. Gura, A. Patel, A. Wander, H. Eberle, and S.C. Shantz, â€Å"Comparing Elliptic Curve Cryptography and RSA on 8-bit CPUs†. Proceedings of Workshop on Cryptographic Hardware and Embedded Systems (CHES 2004), 6th International Workshop, pages 119 –132, 2004. [12] Ravindra Kumar Chahar and et. al. , â€Å" Design of a new Security Protocol†, IEEE International Conference on Computational Intelligence and Multimedia Applications, pp 132 – 134, 2007 [13] Ramaraj, E and Karthikeyan, S, â€Å" A Design of Enhanced Security Protocol for Wireless Communication using Hybrid Encryption Technique, Indian Jo urnal of Computing Technology, pp 22 -29, May, 2006. 14] S. D. Galbraith, C. Heneghan, and J. F. McKee, â€Å"Tunable balancing of RSA†, 2005. Updated ACISP 2005. version of [15] S. D. Galbraith, C. Heneghan, and J. F. McKee, â€Å"Tunable balancing of RSA,† in Proc. Inf. Security and Privacy, 10th Australasian Conf. , ACISP 2005, C. Boyd and J. M. G. Nieto, Eds. , 2005, vol. 3574, pp. 280 – 292, Springer, Lecture Notes in Computer Science. BIOGRAPHY Dr. S Subasree got Bachelor Degree from Madras university in 1991 and she done her post graduate degree from Bharathidasan Univeristy in 1995 and M. hil from Manonmaniam Sundaranar Univeristy in 2001. She done her M. Tech and Ph. D in SASTRA University in 2006 and 2009 respectively. She got 13 years teaching experience. Now she will be serving as a Senior Assistant Professor in SASTRA Univeristy, Tamil Nadu, India. She has published more than 15 papers in International and National Journals and Conferences. Her rese arch area includes Network Security, High Performance Soft Computing Techniques, Communication Network, and B iometric Cryptography. Dr. N K Sakthivel got Bachelor Degree from Madras university in 1991 and she one her post graduate degree from Bharathidasan Univeristy in 1994 and M. phil from Bharathidasan Univeristy in 2000. She done her M. Tech and Ph. D in SASTRA University in 2004 and 2009 respectively. She got 15 years teaching experience. Now She will be serving as a Professor in SASTRA Univeristy, Tamil Nadu, India. She has published more than 18 papers in International and National Journals and Conferences. Her research area includes High Speed Communication Networks, Network Security, High Performance Computing, and Biometric Cryptography. 103

Collete’s “The Murderer” and “The Tell-Tale Heart” by Edgar Allen Poe Essay

Explore the similarities and differences between Collete’s â€Å"The Murderer† and â€Å"The Tell-Tale Heart† by Edgar Allen Poe. In this essay I will write about â€Å"the Tell-Tale Heart† which was written in the nineteenth century, and â€Å"The Murderer† which was written in the twentieth century. I will compare them in a number of ways; language, settings, suspense, characters In â€Å"The Tell-Tale Heart† the mood is typical of Edgar Allen Poe in that he wrote about murders in dark gothic houses this creates a mood of tension that something is about to happen suddenly and drives us to read faster and faster until suddenly the climax is upon the victims or sometimes, on a anti-climax. The narrator uses short sentences that are filled with active verbs to describe the story. Whereas the mood in â€Å"The Murderer† is quite calm and non-threatening. There is no haste to the words. This is very different to â€Å"The Tell-Tale Heart†. In â€Å"The Tell Tale Heart† the narrator does not tell us exactly where he is but he does tell us that there are â€Å"creaky floor boards† and â€Å"heavy doors† there are also â€Å"mice†. This leads us to believe that he is in a gothic house that is quite old. The narrator does not tell us about the weather directly but mention â€Å"the wind in the chimney† which suggest mid-winter. In the murderer there are a lot of different places, the murder scene, out side the newsagents, the flat where he slept and worked, each of them described in detail. The murder scene was a stationary notions shop as with the tell tale heart during the whole story there is only a few references to the weather such as a â€Å"brief shower† and that â€Å"darkness cam suddenly apron them. The themes of the stories are both murders. The strangest one of the two stories is the murderer because the main character, Louis, kills his victim, for no reason that we know of, but there is a clear motive in the tell tale heart. The eye. The old mans evil eye this is the thing that drives the murderer to kills the old mans â€Å"vulture eye† the eye with a â€Å"pale blue film over it.† The main character in â€Å"The Tell Tale Heart is a person who talks about him self a lot in the story ands says a few things like â€Å"never before that night had I felt the extent of my powers.† I think this person is insane (he spent an hour to look through a door) He is mostly in self-denial but he does say â€Å"the disease has sharpened my senses -not destroyed them† this becomes exenterated when he says he â€Å"heard all the things in heaven† because of the acute sense of hearing he has acquired from being mad. The main character of the tell tale heart is a mystery because they does not reveal their sex or their age, or any of their physical looks. Where in the murderer we know that Louis is good looking and has a â€Å"swarthy face† that girls like to smile at. I think that, whilst these authors have crated stories that are similar in theme they have there own way of introducing the characters and victims of the story. Also the setting is very different. I like them both for they are very griping and leave a great deal of the story to the readers imagination but my favourite is â€Å"The Tell-Tale Heart† because of the way the nature of the murderer is very well presented and has left me thinking about it. The very way that he calmly killed him with out no little voice in his head telling him what he is doing is wrong chills me to the bone. This is a little detail that Poe was very clear about for although he was insane (As I have pointed out before the evidence for this case is not in short supply) he was still a human being and as one of them I fell disturbed that one human can do that to a fellow human. Humans are the most dangerous species because of our actions. Our kind is the only ones that ill because they feel like it. Not because they are hungry or in danger but because of pure spite. This is one of the many dangers of free will and Poe and collate point this out in the most disturbing ways imaginable.

Bela Bartok (1881-1945) Hungarian Composer

As the tensions of war grew in Europe particularly in the Nazi-subjugated countries, the urge in Bartok to flee Hungary was overwhelming. The first thing he did was send his manuscripts out of Hungary and in 1940 he and his wife made their journey towards America, leaving their son Bela jr. , in Hungary. Though Bartok sought refuge in the United States and gained citizenship in 1945, he did not regard his journey as an exile, but rather an emigration.One of the pleasures that Bartok found in the United States was his privilege to study a compilation of the folk music of Serbia and Croatia at the prestigious Columbia University in New York City. During that time, there spread rumors that Bartok and his family were terribly destitute. However, this was not true for although they were not living a well-off life, he and his family lived decently. When Bela Bartok was diagnosed with leukemia, his hospital fees were shouldered by the American Society for Composers, Authors and Publishers.A nd in a gesture of goodwill, the conductor Serge Koussevitzky was convinced to have his foundation perform a Bartok piece through the conductor Fritz Reiner, and the culmination was the Concerto for Orchestra. IN 1944, Bartok wrote a solo violin sonata for the violinist Yehudi Menuhin, and last two concertos finished by Tibor Serly his Hungarian compatriot. Bartok’s works before his death in 1945 were branded as â€Å"the spirit of the times†. This and countless other bodies acclaimed his accomplishments and works. A large majority of his works was entered in several orchestral repertoires, and virtually all of them remained.Bartok not only left a Hungarian legacy but also, his contemporaries became proud of belonging in the same era as Bartok’s. Bela Bartok passed away peacefully on the 26th of September, 1945 in a hospital in New York. By his side was his wife Ditta Bartok and Bela jr. His remains were buried in New York’s Woodlawn Cemetery but were tra nsferred back to his native Hungary four decades later in 1988. Reference: Unitarian Universalist Historical Society (UUHS. (n. d. ). Bela Bartok. Retrieved June 24, 2007, from http://www25. uua. org/uuhs/duub/articles/belabartok. html