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The style of clothing is complex and changeable, there are many kinds of clothing styles, different styles have different emotional expression, but the current description of clothing emotions is mostly qualitative characterization, and the words to express which have no systemic analysis until now. To establish the clothing semantic emotions space is the important prerequisite for computer recognition of clothing images from emotion made and quantitative evaluation. In the study, the clothing emotions of men's T-shirt are investigated from the choice of description words, voting on the web, initially selection, correlation analysis, and factor analysis, etc. A 3-D space is got for the emotional factors finally, so each image will possess a corresponded 3-D coordinates in the space, which can make it possible to define emotion similarity between images in the factor space, as well as to evaluate and index images of men's T-shirt from the point of clothing emotion in the future. It is the basis to achieve machine evaluation, semantic identification and retrieval of image emotion for men's T-shirt in the next work. The method can also be extended to other type of clothing.

Purpose The Epidermal Growth Factor Receptor Tyrosine Kinase Inhibitors (EGFR-TKIs) have been used as first line treatment in advanced Non-Small Cell Lung Cancer (NSCLC) with sensitive EGFR gene mutations. In clinical practice, we found that the rate of EGFR gene mutation in patients with Yin-cold syndrome type in traditional Chinese medicine (TCM) theory was higher than those with Yang-heat type syndrome. The purpose of this study was to identify the relationship between the TCM syndrome type and the EGFR gene status as well as efficacy of EGFR-TKIs in NSCLC patients. Methods From March 2013 to January 2014, we prospectively studied all the patients who are newly diagnosed with NSCLC without prior anticancer therapy, or those with recurrence with an interval of more than 6 moths from last anticancer therapy to the recurrence. The symptoms and signs which can help for the TCM syndrome type diagnosis were recorded. The EGFR gene statuses were also tested. The Yang-heat or Yin-cold syndrome types of TCM were diagnosed respectively by 3 TCM experts of our hospital to decide the TCM syndrome type. The relationship between the EGFR gene status and the TCM syndrome type were analyzed. The patients were followed up until August 2014. Results A total of 73 consecutive patients were enrolled in our study. 32 patients (43.84%) were with the Yin-cold syndrome type according to the TCM theory, while the other 41 patients (56.16%) were with the Yang-heat type. 17 patients (53.13%) in the Yin-cold group, while only 10 patients (24.39%) in the Yang-heat group, were with sensitive EGFR gene mutation (p=0.0120). 1 in the Yin-cold group and 1 in the Yang-heat group were with T790M at the exon 20 of EGFR gene. The EGFR genes were wild type in the other 44 patients. No significant difference was seen in PFS or OS between the TCM syndrome groups for those 22 patients who took EGFR-TKIs. Conclusion Patients with Yin-cold TCM syndrome type have more chance with sensitive EGFR gene mutation. However, no relationship was seen between the efficacy of EGFR-TKIs and TCM syndrome type.

Through practical work and theory study of domestic CNC system, it can be found that the reliability of CNC system is still low, the main reason is that depth study of CNC system reliability at design stage is not implemented. Design is the main reason of CNC system failure. Using reliability design measure in design stage of CNC system can decrease failure fundamentally. CNC system reliability design includes reliability design assessment, reliability design principle, reliability design checklist. Using above measures, the reliability of CNC system can be improved effective.

Foreign direct investment (FDI) can affect the differential and spillover of wages of host countries. This paper uses panel dataset of Chinese 28 provinces from 1997 to 2008 to examine wage differential effects and wage spillover effects of inward FDI in overall china, eastern region, central region and western region. The results suggest that FDI can increase wage gap between domestic invested enterprises and foreign invested enterprises of china significantly, has no significant effects on wage level of domestic invested enterprises. Moreover FDI also increases the wage gap in the eastern and central regions, and has no significant effects on wage gap of western region. As far as wage spillover effects are concerned, FDI can increase obviously wage level of domestic invested enterprises in the eastern region, and has significantly negative wage spillover effects in the central region, has no obvious effects on wage level in the western region.

The inherent reliability of product is determined by product design, but the traditional design method of reliability can not assure the higher requirements. In order to improve the reliability of CNC system fundamentally, the product development process of CNC system is improved and reconstructed by the idea of concurrent engineering in the article. The reliability work during its full-life-cycle is considered when it is designed. The reliability control model of CNC system based on concurrent engineering is put forward.

The expressway traffic flow characteristics of off-ramp have an important impact on traffic congestion. By analyzing the vehicle car-following and lane-changing behavior, the cellular automata model of off-ramp area was built. When analyzing lane-changing behavior, the behavior of vehicle changing lane from main lane to off-ramp buffer lane was considered, and the information interaction process between the vehicle ready to changing lane and the rear vehicle on the target lane was considered, the new lane-changing rules were built. In the new lane-changing rules, free lane-changing and compulsory lane-changing were included. By analyzing the simulation results, when traffic flow density is lower, the behavior of vehicles in the main lane changing lane into off-ramp buffer lane has less effect on traffic capacity of the road section, but when traffic flow density rising to a certain extent, the behavior of vehicles in the main lane changing lane into off-ramp buffer lane will bring an adverse effect on traffic capacity of the road section.

In the distributed multi-sensor data fusion system composed of radar and infrared sensor, the track correlation is one of the key techniques and is also sophisticated because the types of the sensors are different and both of them don’t possess the consistent measurement space. This paper presents a radar-infrared sensor track correlation algorithm using the grey correlation analysis of grey system theory. In this algorithm, each track’s bearing information is considered as a discrete function of time, the grey correlation analysis for multi-target track’s bearing information is performed by using the B-mode correlation degree, the matrix of track-to-track’s grey correlation degree of the B-mode is calculated and the track correlation pairs are determined. Experimental results indicate that this algorithm can effectively accomplish track correlation for the multi-sensor data fusion system composed of radar and infrared sensor.

Guidance using path following is widely applied in the field of automated guided vehicles. Compared with the navigation without vision, visual navigation has obvious advantages such as rich information, low-cost, quietness, innocuity and so on. This paper describes a navigation system , which uses the visual information provided by guide lines and color signs. In our approach, the system establishes each object's support through subsampling-based binarization and mathematical morphology, and then detects the guide lines through an improved Hough transform algorithm. Finally, the path-tracking module provides required input parameters to motor controller and steering controller. The experimental results demonstrate the effectiveness and the robustness of our approach.