This paper proposes a method to distinguish data as private or public. Hitherto, this discrimination has been done by subject experts but expert-based discrimination is sometimes problematic. In this study data discrimination has been done by the help of feature selection algorithms such as Chi-Square, Correlation based Feature Selection and Fast Correlation-Based Filter. First, the similarities among certain private data and possible private data elements have been calculated using feature selection algorithms, and then calculated similarities have been combined. Owing to the proposed method more accurate data discrimination and more sensitive risk assessment has become possible.
The gravitational search algorithm (GSA) is an evolutionary search algorithm that uses the law of gravity and mass interactions. In this paper, the GSA, as a stochastic optimization algorithm, is proposed for solving initial and boundary value problems. The initial and boundary value problem is known as a constrained problem and is converted into an unconstrained problem by means of a penalty method to define an appropriate fitness function that is optimized using the GSA. A large number of candidate solutions for the differential equation are analyzed with the GSA to minimize the unconstrained problem. The GSA quantifies how well a candidate solution satisfies the governing ordinary differential equations (ODEs) or partial differential equations (PDEs) and the boundary conditions (BCs). The proposed method is highly general and capable of solving many types of ODEs and PDEs. The accuracy and efficiency of this approach will be demonstrated by experimental results.
The aim of this study was to investigate the behavior of cattle and sheep grazing and expression of behavioral differences between cattle and sheep is because, to thereby allow grazing management strategies amid animal feed. Grazing circumstances, the daily consumption and duration is grazing, it can result from consumption of feed bite mass (mass and carved teeth) and tooth cutting (bite rate) Fodder, and the duration of time since eating and eating meals to consider. All herbivores digest and ability to deal with toxins are not equal. Food animals that is physiologically adapted to digest it and those that will meet their nutritional needs, taking. Since these differences are inherited in the diet, vegetarians often have been classified into three major groups: grazing, browsing, and the intermediate feeders. Cattle feed off your tongue and pulls it into the mouth. The feed between the upper and lower molars and pre-molars or the lower jaw and upper jaw tooth pad covers. Feed the plants with a backward jerk off to her. With a wide mouth and lips uncompromising high, large clumps of grass cattle can catch in your mouth. The method of choice is to eat a cow, resulting in more dead material from other ruminants, such as sheep, goats and deer, the narrower the mouth and lips are flexible, eats. The mouth parts of cattle selected for leaves of woody plants (twigs breaking) is more difficult. There is strong evidence that the diet of ruminants has clear priorities, a change in the physiological state of change, and that seems to be an evolutionary basis. Rather than ignore these evolutionary traits, we should strive to consider when designing systems for animal management. Since animals and parts of plants (green leaves) or choose a particular plant species, total plant material available at present can not be considered for grazing animals. Sheep and cattle grazing behavior by various factors, seasonal and circadian patterns, temperature and humidity, wind direction, race, access to water, topography, availability of pasture, elimination (defecation), social structure and social facilitation affect be.
Abstract \nThe aim of this clinical trial was to investigate the efficacy of florfenicol (FFC) in the treatment of caprine pasteurellosis (CP) at their different ages and sexes. Fourty Saanen caprine with pasteurelosis infection were used in this study. After diagnosed of RD by their clinical, necroscopic and microbilogic examinations, the caprines were randomly divided into two groups: The infected control (C) group (n=10) remained unmedicated with an antibiotic, whereas the other group animals (n=30) named florfenicol (FFC) treatment group were subcutaneously medicated with florfenicol (Nuflor®Intervet, Turkey) at the twice doses of 20 mg/kg body weight intramuscularly 48 hours intervals. All the animals were assessment clinically before treatment and on the 1st (inclusion day), 3th, 7th and 10th days of the therapy. The drug efficacy was assessed with regard to clinical, microbiological (animals showed severe clinical signs of illness) and necroscopical findings (severe ilness animal) at the exact dates. At the end of the first day of administiring FFC, body temperature and respiratory rates in naturally infected animals which were high had decreased significantly (p<0.05) lower than in the animals not received treatment . Over the period of the study after treatment, therapy with FFC produced significantly (p<0.05) greater symptomatic improvement and well tolerated considering their clinical scores.