Arunkumar Subramanian
Arunkumar Subramanian
Aeonsemi Inc.
Verified email at aeonsemi.com
Title
Cited by
Cited by
Year
Strong secrecy on the binary erasure wiretap channel using large-girth LDPC codes
A Subramanian, A Thangaraj, M Bloch, SW McLaughlin
IEEE Transactions on Information Forensics and Security 6 (3), 585-594, 2011
912011
Storage of read thresholds for NAND flash storage using linear approximation
A Subramanian, X Tang, J Bellorado, L Zeng, FKH Lee
US Patent 8,923,066, 2014
622014
Strong secrecy for erasure wiretap channels
AT Suresh, A Subramanian, A Thangaraj, M Bloch, SW McLaughlin
Information Theory Workshop (ITW), 2010 IEEE, 1-5, 2010
532010
Construction of near-capacity protograph LDPC code sequences with block-error thresholds
AK Pradhan, A Thangaraj, A Subramanian
IEEE Transactions on Communications 64 (1), 27-37, 2015
282015
MDS codes on the erasure-erasure wiretap channel
A Subramanian, SW McLaughlin
arXiv preprint arXiv:0902.3286, 2009
232009
Deterministic constructions for large girth protograph LDPC codes
AK Pradhan, A Subramanian, A Thangaraj
2013 IEEE International Symposium on Information Theory, 1680-1684, 2013
162013
Strong and weak secrecy in wiretap channels
A Subramanian, AT Suresh, S Raj, A Thangaraj, M Bloch, S McLaughlin
2010 6th International Symposium on Turbo Codes & Iterative Information …, 2010
142010
Finding optimal read thresholds and related voltages for solid state memory
X Tang, L Zeng, J Bellorado, FKH Lee, A Subramanian
US Patent 8,937,838, 2015
82015
Power saving techniques that use a lower bound on bit errors
A Subramanian, FKH Lee, J Bellorado, X Tang, L Zeng
US Patent 9,128,710, 2015
62015
Syndrome tables for decoding turbo-product codes
A Subramanian, N Kumar, Z Wu, L Zeng, J Bellorado
US Patent 9,391,641, 2016
52016
Generation of a composite read based on neighboring data
J Bellorado, A Subramanian, M Marrow, Z Wu, L Zeng
US Patent 9,142,309, 2015
52015
Look-ahead garbage collection for NAND flash based storage
A Subramanian, Z Wu
US Patent 9,652,382, 2017
42017
Generating read thresholds using gradient descent and without side information
FKH Lee, J Bellorado, A Subramanian, L Zeng, X Tang, A Aslam
US Patent 8,923,062, 2014
42014
Prefetch with localities and performance monitoring
X Tang, J Bellorado, L Zeng, Z Wu, A Subramanian
US Patent 9,529,722, 2016
32016
Check after write for assessing wear related degradation in solid state storage
Z Wu, J Bellorado, A Subramanian
US Patent 9,514,845, 2016
22016
Finding optimal read thresholds and related voltages for solid state memory
X Tang, L Zeng, J Bellorado, FKH Lee, A Subramanian
US Patent 9,305,658, 2016
22016
Storage of read thresholds for NAND flash storage using linear approximation
A Subramanian, X Tang, J Bellorado, L Zeng, FKH Lee
US Patent 9,064,595, 2015
22015
Workload-based adjustable cache size
SK Indupuru, Z Wu, A Subramanian, J Bellorado
US Patent 9,734,066, 2017
12017
Selection of an open block in solid state storage systems with multiple open blocks
A Subramanian, Z Wu, SK Indupuru, J Bellorado
US Patent 9,727,249, 2017
12017
Method and system for generating soft-information after a single read in NAND flash using expected and measured values
X Tang, L Zeng, J Bellorado, FKH Lee, A Subramanian
US Patent 9,256,522, 2016
12016
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