Rajat Tandon - Academia.edu (original) (raw)
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University of Zagreb, Faculty of Humanities and Social Sciences [Filozofski fakultet]
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Papers by Rajat Tandon
Almost all the material in this chapter can be found in the reference [2]. I have tried to give t... more Almost all the material in this chapter can be found in the reference [2]. I have tried to give the shortest and most direct proofs whenever possible.
Proc Indian Acad Sci Math Sci, 1986
Processors may find some elementary operations to be faster than the others. Although an operatio... more Processors may find some elementary operations to be faster than the others. Although an operation may be conceptually as simple as some other operation, the processing speeds of the two can vary. A clever programmer will always try to choose the faster instructions for the job. This paper presents an algorithm to display squares of 1 st "N" natural numbers without using multiplication ('*' operator). Instead, the same work can be done using addition ('+' operator). The results can also be used to compute the sum of those squares. If we compare the normal method of computing the squares of 1 st "N" natural numbers with this method, we can conclude that the algorithm discussed in the paper is more optimized in terms of time complexity.
Proceedings Mathematical Sciences, 1986
Journal of Number Theory, 2008
We look at a special case of a familiar problem: Given a locally compact group G, a subgroup H an... more We look at a special case of a familiar problem: Given a locally compact group G, a subgroup H and a complex representation π + of G how does π + decompose on restriction to H. Here G is GL(2, F) + , where F is a nonarchimedian local field of characteristic not two, K a separable quadratic extension of F , GL(2, F) + the subgroup of index 2 in GL(2, F) consisting of those matrices whose determinant is in N K/F (K *), π + is an irreducible, admissible supercuspidal representation of GL(2, F) + and H = K * under an embedding of K * into GL(2, F).
Journal of Number Theory, 2001
Resonance, 1998
... Rajat Tandon Rajat Tandon received his PhD from Yale University, USA. ... We have seen in the... more ... Rajat Tandon Rajat Tandon received his PhD from Yale University, USA. ... We have seen in the first part of this article in the previ-ous issue that some seemingly innocuous questions starting with the formula -b• lead to fairly deep mathemat-2a ics. This is typical of the subject. ...
Almost all the material in this chapter can be found in the reference [2]. I have tried to give t... more Almost all the material in this chapter can be found in the reference [2]. I have tried to give the shortest and most direct proofs whenever possible.
Proc Indian Acad Sci Math Sci, 1986
Processors may find some elementary operations to be faster than the others. Although an operatio... more Processors may find some elementary operations to be faster than the others. Although an operation may be conceptually as simple as some other operation, the processing speeds of the two can vary. A clever programmer will always try to choose the faster instructions for the job. This paper presents an algorithm to display squares of 1 st "N" natural numbers without using multiplication ('*' operator). Instead, the same work can be done using addition ('+' operator). The results can also be used to compute the sum of those squares. If we compare the normal method of computing the squares of 1 st "N" natural numbers with this method, we can conclude that the algorithm discussed in the paper is more optimized in terms of time complexity.
Proceedings Mathematical Sciences, 1986
Journal of Number Theory, 2008
We look at a special case of a familiar problem: Given a locally compact group G, a subgroup H an... more We look at a special case of a familiar problem: Given a locally compact group G, a subgroup H and a complex representation π + of G how does π + decompose on restriction to H. Here G is GL(2, F) + , where F is a nonarchimedian local field of characteristic not two, K a separable quadratic extension of F , GL(2, F) + the subgroup of index 2 in GL(2, F) consisting of those matrices whose determinant is in N K/F (K *), π + is an irreducible, admissible supercuspidal representation of GL(2, F) + and H = K * under an embedding of K * into GL(2, F).
Journal of Number Theory, 2001
Resonance, 1998
... Rajat Tandon Rajat Tandon received his PhD from Yale University, USA. ... We have seen in the... more ... Rajat Tandon Rajat Tandon received his PhD from Yale University, USA. ... We have seen in the first part of this article in the previ-ous issue that some seemingly innocuous questions starting with the formula -b• lead to fairly deep mathemat-2a ics. This is typical of the subject. ...