Chaotic neural networks seized attention of scientists from various points of view due to the amazing effects they produce. Phenomenology of structure formation in nature inspired scholars to mimic complex and with the same time quasi-optimal solutions to generate artificial systems with similar capabilities. One of the dominant ways to provide collective dynamics of previously unordered elemen...

Excessive fragmentary myoclonus (EFM) is a polysomnographic finding registered by the surface electromyography (EMG) and characterized as a result of the muscle activity consisting of sudden, isolated, arrhythmic, asynchronous and asymmetric brief twitches. The EMG potentials are defined by the exact criteria in The International Classification of the Sleep Disorders, 3rd edition and they appea...

We take a model-theoretic viewpoint on security goals and how to establish them. The models are (possibly fragmentary) executions. Security goals such as authentication and confidentiality are implications over the geometric fragment of predicate logic, i.e. implications Φ −→ Ψ where Φ and Ψ are built from atomic formulas without negations, implications, or universal quantifiers. Security goals...

Archaeologists studying ancient domestic architecture are often confronted with highly fragmentary architectural remains. This lack of data could lead to a focus on the visual comparison of floor plans as the most reliable and accessible source of information, or the exclusion of fragmentary structures altogether. It is argued, however, that all architectural remains carry a wide range of possi...

Excessive fragmentary myoclonus during sleep consists of high amounts of brief twitch-like movements occurring asynchronously and asymmetrically in different body areas and has been reported to occur in association with a number of sleep disorders. It was analyzed using a new technique of quantification, the fragmentary myoclonus index (FMI). The FMI exhibited high rates in all stages of sleep ...