This paper presents lower bounds on the number of paritycheck digits required for a linear code that is capable of detecting errors which are ‘m-repeated burst errors’. Further, codes capable of detecting and simultaneously correcting such errors have also been studied. ∗Corresponding author. Ratio Mathematica, 19, pp. 25-30

A new construction method for codes correcting multiple localized burst errors is proposed. The codes obtained by this method improve upon codes presented by Larsson in size, while keeping the encoding and decoding complexity low. Like the Larsson codes, the proposed codes are asymptotically optimal when the number of bursts to be corrected is fixed and the correctable burst length grows linear...

We investigated a new method of preparing peptide-loaded poly(dl-lactide-co-glycolide) microspheres with high encapsulation efficiency, low initial burst, and long-term sustained release by dissolving a peptide in a polymer by applying a solid solution system to the preparation of an oil phase. Solid solutions were prepared by dissolving a polymer (poly(dl-lactide-co-glycolide)) and a peptide (...

This paper presents a packet interleaving scheme (PIS) for increasing packet reliability under burst errors in wireless sensor networks (WSN). The proposed PIS, using Reed-Solomon (RS) codes, classifies data into two types: high-reliability-required (HRR) data and non-HRR data. An HRR packet is encoded with a short RS symbol, while a non-HRR packet with a long RS symbol. When an HRR and a non-H...

In this paper, we propose a packet-interleaving scheme (PIS) for increasing packet reliability under burst errors in wireless sensor networks (WSN). In a WSN, packet errors could occur due to weak signal strength or interference. These erroneous packets have to be retransmitted, which will increase network load substantially. The proposed PIS, encoding data using Reed-Solomon (RS) codes, can cl...

1: — When burst-mode data is used for interferometry, the burst cycles must be well-aligned, as well as the normal condition of having the Doppler centroids well-aligned. In this paper, we show the phase error effects of different burst lengths, various burst misalignments, and of receiver noise.

Binary cyclic three–dimensional array codes that can correct three–dimensional bursts (or clusters ) of errors are considered. The class of binary cyclic three–dimensional burst–error–correcting array codes, called three–dimensional Fire codes, is constructed. Several important properties such as the burst–error–correcting capability and the positions of the parity–check symbols are presented. ...

On September 21 at 18950.56 SOD (05:15:50.56) UT the FREGATE γ-ray instrument on the High Energy Transient Explorer (HETE) detected a bright gamma-ray burst (GRB). The burst was also seen by the X-detector on the WXM X-ray instrument and was therefore well-localized in the X direction; however, the burst was outside the fully-coded field-of-view of the WXM Y-detector, and therefore information ...