Browsing by Keywords "Error correction"
Now showing items 1-7 of 7
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Assessment and correction of errors in DNA sequencing technologies
(Bilkent University, 2017-12)Next Generation Sequencing technologies differ by several parameters where the choice to use whether short or long read sequencing platforms often leads to trade-offs between accuracy and read length. In this thesis, I ... -
A bound on the zero-error list coding capacity
(IEEE, 1993)We present a new bound on the zero-error list coding capacity, and using which, show that the list-of-3 capacity of the 4/3 channel is at most 6/19 bits, improving the best previously known bound of 3/8. The relation of ... -
An information-theoretic analysis of Grover's algorithm
(IEEE, 2003-06-07)Grover discovered a quantum algorithm for identifying a target element in an unstructured search universe of N items in approximately 1r/4VN queries to a quantum oracle. For classical search using a classical oracle, the ... -
NS-SRAM: neighborhood solidarity SRAM for reliability enhancement of SRAM memories
(IEEE, 2016-08-09)Technology shift and voltage scaling increased the susceptibility of Static Random Access Memories (SRAMs) to errors dramatically. In this paper, we present NS-SRAM, for Neighborhood Solidarity SRAM, a new technique to ... -
Reduction of effects of inactive array elements in phase aberration correction
(IEEE, 1993)Phase aberration correction based on time delay estimation via minimization of sum of absolute difference (SAD) between radio frequency (RF) signals of neighboring elements is studied in the presence of missing elements. ... -
Simulation study of forward error correction for lost packet recovery in B-ISDN/ATM
(IEEE, 1993-05)We present the results of a simulation study for a virtual circuit connection over an ATM network where forward error correction is performed at both the ATM cell level and the packet data unit (PDU) level. A main conclusion ... -
A simulation study of two-level forward error correction for lost packet recovery in B-ISDN/ATM
(IEEE, 1993)The major source of errors in B-ISDN/ATM systems is expected to be buffer overflow during congested conditions, resulting in lost packets. A single lost or errored ATM cell will cause retransmission of the entire packet ...
