Mohammed Benaissa

	2011
35		Junfeng Chu, Mohammed Benaissa: A Novel Architecture of Implementing Error Detecting AES Using PRNS. DSD 2011: 667-673
	2010
34		Mohamed N. Hassan, Mohammed Benaissa, A. Kanakis: Flexible hardware/software co-design for scalable elliptic curve cryptography for low-resource applications. ASAP 2010: 285-288
33		Saleh Suleman Saraireh, Mohammed Benaissa: A scalable block cipher design using filter banks over finite fields. ICASSP 2010: 1810-1813
32		Mohamed N. Hassan, Mohammed Benaissa: Small Footprint Implementations of Scalable ECC Point Multiplication on FPGA. ICC 2010: 1-4
31		Mohamed N. Hassan, Mohammed Benaissa: A scalable hardware/software co-design for elliptic curve cryptography on PicoBlaze microcontroller. ISCAS 2010: 2111-2114
30		Mohamed N. Hassan, Mohammed Benaissa: Efficient Time-Area Scalable ECC Processor Using µ-Coding Technique. WAIFI 2010: 250-268
29		Omar Nibouche, Said Boussakta, Michael Darnell, Mohammed Benaissa: Algorithms and pipeline architectures for 2-D FFT and FFT-like transforms. Digital Signal Processing 20(4): 1072-1086 (2010)
28		Tim Good, Mohammed Benaissa: 692-nW Advanced Encryption Standard (AES) on a 0.13-mum CMOS. IEEE Trans. VLSI Syst. 18(12): 1753-1757 (2010)
	2009
27		Saleh Suleman Saraireh, Mohammed Benaissa: A Scalable Block Cipher Design Using Filter Banks and Lifting over Finite Fields. ICC 2009: 1-5
26		Mohammed Benaissa, Tim Good: A Low-Frequency RFID to Challenge Security and Privacy Concerns. MASS 2009: 856-863
25		Mohamed N. Hassan, Mohammed Benaissa: Low Area-Scalable Hardware/Software Co-Design for Elliptic Curve Cryptography. NTMS 2009: 1-5
24		Mohamed N. Hassan, Mohammed Benaissa: Embedded Software Design of Scalable Low-Area Elliptic-Curve Cryptography. Embedded Systems Letters 1(2): 42-45 (2009)
	2008
23		Tim Good, Mohammed Benaissa: Price to Provide RFID Security and Privacy?. SECRYPT 2008: 209-213
22		Mohamed N. Hassan, Mohammed Benaissa: Low Area Scalable Montgomery Inversion Over GF(2m). SECRYPT 2008: 363-367
21		Tim Good, Mohammed Benaissa: ASIC Hardware Performance. The eSTREAM Finalists 2008: 267-293
20		William N. Chelton, Mohammed Benaissa: Fast Elliptic Curve Cryptography on FPGA. IEEE Trans. VLSI Syst. 16(2): 198-205 (2008)
	2007
19		Riyaz A. Patel, Mohammed Benaissa, Said Boussakta: Fast Parallel-Prefix Architectures for Modulo 2n-1 Addition with a Single Representation of Zero. IEEE Trans. Computers 56(11): 1484-1492 (2007)
18		Riyaz A. Patel, Mohammed Benaissa, Said Boussakta: Fast Modulo 2n - (2n-2+1) Addition: A New Class of Adder for RNS. IEEE Trans. Computers 56(4): 572-576 (2007)
	2006
17		Tim Good, Mohammed Benaissa: AES as stream cipher on a small FPGA. ISCAS 2006
16		William N. Chelton, Mohammed Benaissa: High-Speed Pipelined EGG Processor on FPGA. SiPS 2006: 136-141
15		William N. Chelton, Mohammed Benaissa: Limiting Flexibility in Multiplication over GF(2m): A Design Methodology. SiPS 2006: 153-156
14		Mohammed Benaissa, Wei Ming Lim: Design of flexible GF(2m) elliptic curve cryptography processors. IEEE Trans. VLSI Syst. 14(6): 659-662 (2006)
	2005
13		Tim Good, Mohammed Benaissa: AES on FPGA from the Fastest to the Smallest. CHES 2005: 427-440
	2003
12		Yiqun Zhu, Mohammed Benaissa: Reconfigurable Viterbi Decoding Using a New ACS Pipelining Technique. ASAP 2003: 360-368
11		Wei Ming Lim, Mohammed Benaissa: Design space exploration of a hardware-software co-designed GF(2m) galois field processor for forward error correction and cryptography. CODES+ISSS 2003: 53-58
10		Yiqun Zhu, Mohammed Benaissa: A novel ACS scheme for area-efficient Viterbi decoders. ISCAS (2) 2003: 264-267
9		Mohammed Benaissa, Yiqun Zhu: A Novel High-Speed Configurable Viterbi Decoder for Broadband Access. EURASIP J. Adv. Sig. Proc. 2003(13): 1317-1327 (2003)
	1998
8		Sebastian T. J. Fenn, Michael Gössel, Mohammed Benaissa, David Taylor: On-Line Error Detection for Bit-Serial Multipliers in GF(2m). J. Electronic Testing 13(1): 29-40 (1998)
	1997
7		M. G. Parker, Mohammed Benaissa: Modular Arithmetic Using Low Order Redundant Bases. IEEE Trans. Computers 46(5): 611-616 (1997)
	1996
6		Sebastian T. J. Fenn, Mohammed Benaissa, David Taylor: GF(2^m) Multiplication and Division Over the Dual Basis. IEEE Trans. Computers 45(3): 319-327 (1996)
5		Sebastian T. J. Fenn, Mohammed Benaissa, David Taylor: Finite field inversion over the dual basis. IEEE Trans. VLSI Syst. 4(1): 134-137 (1996)
	1995
4		Sebastian T. J. Fenn, Mohammed Benaissa, David Taylor: Bit-Serial Dual Basis Systolic Multipliers for GF 2m. ISCAS 1995: 2000-2003
3		Sebastian T. J. Fenn, David Taylor, Mohammed Benaissa: A dual basis bit-serial systolic multiplier for GF(2m). Integration 18(2-3): 139-149 (1995)
	1994
2		Sebastian T. J. Fenn, David Taylor, Mohammed Benaissa: A Dual Basis Systolic Divider for GF(2m). ISCAS 1994: 307-310
1		M. G. Parker, Mohammed Benaissa: Fault-Tolerant Linear Convolution using Residue Number Systems. ISCAS 1994: 441-444

Coauthor Index

1	Said Boussakta	[18] [19] [29]
2	William N. Chelton	[15] [16] [20]
3	Junfeng Chu	[35]
4	Michael Darnell	[29]
5	Sebastian T. J. Fenn	[2] [3] [4] [5] [6] [8]
6	Tim Good	[13] [17] [21] [23] [26] [28]
7	Michael Gössel	[8]
8	Mohamed N. Hassan	[22] [24] [25] [30] [31] [32] [34]
9	A. Kanakis	[34]
10	Wei Ming Lim	[11] [14]
11	Omar Nibouche	[29]
12	M. G. Parker	[1] [7]
13	Riyaz A. Patel	[18] [19]
14	Saleh Suleman Saraireh	[27] [33]
15	David Taylor	[2] [3] [4] [5] [6] [8]
16	Yiqun Zhu	[9] [10] [12]

Colors in the list of coauthors

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