Richard Schroeppel | Academic Influence

Richard Schroeppel's AcademicInfluence.com Rankings

Richard Schroeppel

Mathematics

#2515

World Rank

#3870

Historical Rank

#992

USA Rank

Measure Theory

#5365

World Rank

#6354

Historical Rank

#1503

USA Rank

mathematics Degrees

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Mathematics

Why Is Richard Schroeppel Influential?

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According to Wikipedia, Richard C. Schroeppel is an American mathematician born in Illinois. His research has included magic squares, elliptic curves, and cryptography. In 1964, Schroeppel won first place in the United States among over 225,000 high school students in the Annual High School Mathematics Examination, a contest sponsored by the Mathematical Association of America and the Society of Actuaries. In both 1966 and 1967, Schroeppel scored among the top 5 in the U.S. in the William Lowell Putnam Mathematical Competition. In 1973 he discovered that there are 275,305,224 normal magic squares of order 5. In 1998–1999 he designed the Hasty Pudding Cipher, which was a candidate for the Advanced Encryption Standard, and he is one of the designers of the SANDstorm hash, a submission to the NIST SHA-3 competition.

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Richard Schroeppel's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Fast Key Exchange with Elliptic Curve Systems (1995) (283)
A T=O(2n/2), S=O(2n/4) Algorithm for Certain NP-Complete Problems (1981) (175)
A Simple Algebraic Representation of Rijndael (2001) (166)
Discrete logarithms inGF(p) (2005) (106)
A Low-Power Design for an Elliptic Curve Digital Signature Chip (2002) (49)
A Two Counter Machine Cannot Calculate 2N (1972) (45)
Towards High Performance Cryptographic Software (1995) (38)
A TcS2 = 0 (2n) time/space tradeoff for certain NP-complete problems (1979) (26)
A Fast and General Implementation of Mach IPC in a Network (1993) (25)
THE ROAD TO NETWORK SECURITY OR THE VALUE OF SMALL COBBLESTONES (1994) (20)
Parallelized network security protocols (1996) (19)
Experimental results of covert channel limitation in one-way communication systems (1997) (18)
ManTiCore: Encryption with Joint Cipher-State Authentication (2004) (11)
Covert Channel Elimination Protocols (1996) (10)
INFORMATION SYSTEMS LABORATORY (1976) (9)
Positive feedback and the madness of crowds (1996) (5)
Manticore and CS Mode: Parallelizable Encryption with Joint Cipher-State Authentication (2004) (4)
Report on a Zero-Knowledge Protocal Tabletop Exercise. (2015) (4)
Somos Sequence Near-Addition Formulas and Modular Theta Functions (2007) (4)
Submission to NIST : Cipher-State ( CS ) Mode of Operation for AES (2004) (3)
A Design for Anonymous , Authenticated Information Sharing (3)
A Low-Power VHDL Design for an Elliptic Curve Digital Signature Chip (2002) (3)
Securing mobile code. (2004) (2)
Three Cousins of Recamán's Sequence (2020) (1)
Impacts of collisions within hashing algorithms and safeguard data. (2006) (1)
Zero Knowledge Protocol: Challenges and Opportunities. (2015) (1)
A Two Counter Machine Cannot Calculate 2 sup N (1973) (1)
Photonic Encryption using All Optical Logic (2003) (1)
A Novel Approach to Exponential Speedup of Simulation Events in Wireless Networks (2018) (1)
A Feasibility Test of the Graphix I Optical Character Recognition System for the Capture of Printed Cyrillic Text (1979) (0)
ECDSA B-233 with Precomputation 1.0 Beta Version (2009) (0)
Algorithms for Improved Performance in Cryptographic Protocols (2003) (0)
Low-Power Public Key Cryptography (2000) (0)
The Pillars of Information Sharing: Anonymity and Analysis. (2007) (0)
Small Circuits for Cryptography (2005) (0)
Final report for LDRD Project 93633 : new hash function for data protection. (2009) (0)
High Fidelity Simulations of Large-scale Wireless Networks (Part II - FY2017). (2017) (0)
Photonic encryption : modeling and functional analysis of all optical logic. (2004) (0)
SAND 2003-4474 Unlimited Release Printed December 2003 Photonic Encryption using All Optical Logic (2004) (0)
Hardware aspects of ManTiCore cipher-state modes. (2004) (0)
BLOWFISH: A Few Weak Keys?. (2009) (0)
Parallelism of the SANDstorm hash algorithm. (2009) (0)
Quantum computing accelerator I/O : LDRD 52750 final report. (2003) (0)

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Other Resources About Richard Schroeppel

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What Schools Are Affiliated With Richard Schroeppel?

Richard Schroeppel is affiliated with the following schools:

Massachusetts Institute of Technology

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