The objective of this research was to analyze and prioritize the factors attracting sponsors in the professional sports of Fars province, in Iran. According to this objective, the statistical population of this study included senior managers of great industrial units in Fars Province, managers of various sport teams in Fars province, who are present in premier leagues and sport management experts. Among these 171 persons according to valid methods of sampling were identified as samples of this research. The questionnaire of this study was a scholar-made questionnaire which its Content validity was confirmed by professors and sport management experts and its reliability and construct validity were also examined. In order to analyze the data of this research, exploratory factor analysis and path analysis methods were used by Spss and Smart-PLS software. Exploratory factor analysis demonstrated that there are 4 factors attracting sponsors and these factors indicated 68/8% of total variance. These factors were “economic-marketing”, “media”, “legal and juridical” and finally “sport teams and spectators”. According to the final results of path analysis, media factor gained the first rank among 4 recommended total factors.

This study presents an experimental and analytical investigation regarding the tractor tire slip affected by tillage parameters of a chisel plow including tillage depth, forward speed, and penetration angle of the tine blade. The experimental study is then complemented by a theoretical derivation for the tire slip using the dimensional analysis method. The obtained results indicated that the tire slip increases with increasing the tillage depth, whereas the forward speed has a reverse influence on the tire slip. The obtained results also indicate the stronger influence of the tillage depth on the tire slip in compare to the penetration angle and also the forward velocity. The proposed analytical model is finally compared with the obtained experimental data. Results of this study indicate that the presented model is capable of predicting the tire slip as a function of tractor weight and tillage parameters of a chisel plow.

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. 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. 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. 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. 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.

Heterogeneous wireless networks are converging towards an all-IP network as part of the so-called next-generation network. In this paradigm, different access technologies need to be interconnected; thus, vertical handovers or vertical handoffs are necessary for seamless mobility. In this paper, we conduct a review of existing vertical handover decision-making mechanisms that aim to provide ubiquitous connectivity to mobile users. To offer a systematic comparison, we categorize these vertical handover mechanisms based on TCP/IP layers. Subsequently, we analyze several vertical handover decision-making mechanisms in the literature and compare them according to their advantages and weaknesses. The paper compares the algorithms based on the network selection methods, flexibility and complexity of the technologies used. We find that the deployment of cross-layer architecture as a handover trigger and then performs handover accordingly with multi-path transmission can reduce packet losses around the handover. The cross layer design approach appears to be an optimum solution for achieving seamless service continuity in order to facilitate seamless connectivity

The study investigated the relationship between childhood trauma and types of attachment and the predictive role of childhood trauma on types of attachment. The sample was composed of 911 (492 female; 419 male) university students at Mugla Sıtkı Kocman University, Turkey. Data were collected using the brief screening version of the Childhood Trauma Questionnaire and Relationship Scales Questionnaire. Pearson product-moment correlation analysis was employed to search for relationship between childhood trauma and types of attachment; structural equation modeling was also used for explaining the predictive role of childhood trauma on types of attachment. It was found that there was a positive relationship between physical abuse, emotional abuse, physical neglect, emotional neglect, and sexual abuse subdimensions of childhood trauma and fearful, preoccupied, and dismissing attachment styles. On the other hand, it was found that there was a negative relationship between physical abuse, emotional abuse, physical neglect, emotional neglect, and sexual abuse subdimensions of childhood trauma and secure attachment style. Results were discussed in the light of previous findings and in the context of childhood trauma and attachment styles. Further replications using a larger samples should be conducted to explore the relationship between childhood trauma and attachment styles.

Wireless sensor network (WSN) is deployed to monitor physical conditions in various places such as real-time traffic monitoring, critical infrastructure, emergency response, surveillance, pollution monitoring, office buildings, and battlefield operations. WSN is disposable to different types of failures like interference and internal failures (such as battery, processor, and transceiver failure, etc). In such a situation, the sensed data cannot be transmitted correctly to base station and the purpose of deploying WSNs is not executable. Hence, it is essential that the network continues to operate, even if failure occurred in the some network nodes. In this paper, fault detection process has done in multiphase. Proposed method uses indirectly majority of comparative method, although comparative methods are unable to detect common mode failures (CMFs). The proposed approach applies both centralized fault detection techniques and distributed fault detection techniques to detect CMFs. Evaluation of the results represented that proposed method has better performance compare to other methods from Matlab tools. As well as, simulations results indicated that the detection accuracy and false alarm rate of the proposed method is acceptable even when the fault probability of network is commonly to be high.