the prediction of the joint angle position, especially during tremor bursts, can be useful for detecting, tracking, and forecasting tremors. thus, this research proposes a new model for predicting the wrist joint position during rhythmic bursts and inter‑burst intervals. since a tremor is an approximately rhythmic and roughly sinusoidal movement, neural oscillators have been selected to underli...

As quantum coherence times of superconducting circuits have increased from nanoseconds to hundreds microseconds, they are currently one the leading platforms for information processing. However, needs further improve by orders magnitude reduce prohibitive hardware overhead current error correction schemes. Reaching this goal hinges on reducing density broken Cooper pairs, so-called quasiparticl...

We investigate the problem of designing pairs ( ) of words with the property that, if each word of a coded message is prefixed by and suffixed by , the resulting set of coded messages is error detecting with finite delay. We consider (combinatorial) channels permitting any combination of the substitution, insertion, and deletion (SID) error types, and address the cases of both scattered and bur...

Noises: a nonstandard analysis. Thanks to the nonstandard formalization of fast oscillating functions, due to P. Cartier and Y. Perrin, an appropriate mathematical framework is derived for new non-asymptotic estimation techniques, which do not necessitate any statistical analysis of the noises corrupting any sensor. Various applications are deduced for multiplicative noises, for the length of t...

Burst error modeling has seen extensive research and progress over several decades evolving into ever more complex modeling techniques used today. This paper analyzed usefulness of some prominent generative and descriptive (analytical) methods. Data containing error bits and packets from real wireless transmission was captured on a physical interface and used to obtain statistical information a...

In network delivery of compressed video, packets may be lost if the channel is unreliable. Such losses tend to occur in burst. In this paper, we develop an error resilient video encoding approach to help error concealment at the decoder. We introduce a new block shuffling scheme to isolate erroneous blocks caused by packet losses. And we apply data hiding to add additional protection for motion...

In this paper, a class of shortened cyclic codes for a compound channel will be presented. This class of cyclic codes can be used for combating noises in a practical channel, where both burst errors and random errors occur. As compared with the results of a previous paper by Hsu, Kasami, and Chien (1968) (henceforward will be referred to as HKC codes), the shortened cyclic codes presented will ...

The performance of radial basis function decision feedback equalised burst-by-burst adaptive modulation is presented for transmission over dispersive wideband mobile channels. Radial Basis Function (RBF) network based channel equalisers have a close relationship with Bayesian schemes. The RBF decision feedback equaliser (RBF DFE) is capable of estimating the 'short term bit error rate' of the r...

The upper-bound performance of radial basis function decision feedback equalised (RBF DFE) burst-by-burst adaptive modulation is presented for tranmissions over dispersive wideband mobile channels. The RBF DFE is capable of estimating the 'short term bit error rate' of the received data burst and this estimate is used as the modem mode switching criterion in order to switch between di erent mod...