Introduction RSA Algorithms RSA stands for Rivest-Shamir-Adleman algorithm was invented on 1977 which is mostly used public-key cryptosystem. It was designed by Ron Rivest‚ Adi Shamir‚ and Leonard Adleman (Milanov 2009). This is the 1st crypto system which used two different keys to encrypt and decrypt the messages. In this cryptosystem it uses public key to encrypt and private key to decrypt the messages. Public key can be shared with everyone but the private key has to be with the person who
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510.6401 Design and Analysis of Algorithms January 21‚ 2008 Problem Set 1 Due: February 4‚ 2008. 1. In the bin packing problem‚ the input consists of a sequence of items I = {1‚ . . . ‚ n} where each item i has a size‚ which is a real number 0 ≤ ai ≤ 1. The goal is to “pack” the items in the smallest possible number of bins of unit size. Formally‚ the items should be partitioned in disjoint subsets (bins)‚ such that the total size in each bin is at most 1. The first fit heuristic scans the items
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Group OF PROFESSIONAL COLLEGES‚ LUCKNOW Affiliated to G.B. TECHNICAL UNIVERSITY‚ LUCKNOW INTRODUCTION * RSA is an algorithm for public-key cryptography that is based on the presumed difficulty of factoring large integers‚ the factoring problem. * RSA stands for Ron Rivest‚ Adi Shamir and Leonard Adleman‚ who first publicly described the algorithm in 1977. * Clifford Cocks‚ an English mathematician‚ had developed an equivalent system in 1973‚ but it was classified until
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Backtracking is a general algorithm for finding all (or some) solutions to some computational problem‚ that incrementally builds candidates to the solutions‚ and abandons each partial candidate c ("backtracks") as soon as it determines that c cannot possibly be completed to a valid solution Recursive Backtracking: an implicit solution tree is built‚ but when it becomes apparent that the current path cannot lead to the desired solution‚ rather than return to the root node‚ the latest alteration
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GLOBAL CODE ALGORITHM Get the data point from the STL file. These points are saved in form of Matrices. For Example‚ the Vertex matrix is saved a 3-dimensional matrix‚ having 3 vertices for each face‚ and each vertex have three coordinates. So the size of the matrix V will be D1x3x3‚ where D1 is the number of faces. In order to simplify mesh‚ we have used the method where we combine the two vertices of the face if they are less than a threshold value‚ say t= 1.1 units. For a particular face Fn
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CHAPTER I INTRODUCTION Background of the study Technology is defined as the purposeful application of information. It goes without saying that technology has deep impact on every aspect of everyone’s lives. It changes every person the way they live‚ communicate‚ interact and talk. The routine of life completely has changed with the advent of high tech machines‚ modes of communication and transport. Life becomes easier and more comfortable than before because of technology. Online Trace helps
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papers studied 3 3.1. Minutiae recognition system based on genetic algorithms 3 3.2. Fingerprint matching algorithms for integrated circuit cards 4 3.3. Algorithm based on tree comparisons using ratio of relational distances. 5 3. Comparative account of the papers studied 6 4. Conclusion 6 5. References 7 A SURVEY ON FINGERPRINT VERIFICATION ALGORITHMS Ms. Tasleem Fathima J ABSTRACT Fingerprints are the most widely used and
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Notes on Algorithms‚ Pseudocode‚ and Flowcharts Introduction Do you like hot sauce? Here is an ‘algorithm’ for how to make a good one: Volcanic Hot Sauce 10-12 scotch bonnets or Habanero‚ serrano‚ jalapeno 6 cloves Garlic‚ peeled and chopped 1/3 c Fresh lime juice 1/3 c Distilled white vinegar 2 tbl Dijon style mustard 2 tbl Olive oil 1 tsp Molasses 1/2 tsp Turmeric 1 tbl Salt or to taste 1. Combine the pepper‚ garlic‚ lime juice‚ vinegar‚ mustard‚ oil‚ molasses‚ turmeric‚ and salt in a blender
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Department of Information Technology LAB MANUAL IT2205 – Data Structures and Algorithm Lab INDEX 1. Array Implementation Of Stack 2. Application Of Stack – Conversion Of Infix To Postfix 3. Implementation Of Linear Queue Using Arrays 4. Array Implementation Of Circular Queue 5. Linked List Implementation Of Stack 6. Singly linked list – Linked list implementation 7. Doubly
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viterbi algorithm Name Rahul Kumar Department of Electronics & Communication Engineering Lovely Professional University‚ Kapurthala‚ Punjab. Abstract:- A convolutional code is a type of error-correcting code in which each m-bit information symbol (each m-bit string) to be encoded is transformed into an n-bit symbol‚ where m/n is the code rate (n ≥ m) and the transformation is a function of the last k information symbols‚ where k is the constraint length of the code. The Viterbi algorithm is a dynamic
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