Miracle-dz/UniFAR-FTUs huggingface dataset:
Identifying the Academic Rising Stars

Predicting the fast-rising young researchers (Academic Rising Stars) in the future provides useful guidance to the research community, e.g., offering competitive candidates to university for young faculty hiring as they are expected to have success academic careers. In this work, given a set of young researchers who have published the first first-author paper recently, we solve the problem of how to effectively predict the top k% researchers who achieve the highest citation increment in \Delta t years. We explore a series of factors that can drive an author to be fast-rising and design a novel impact increment ranking learning (IIRL) algorithm that leverages those factors to predict the academic rising stars. Experimental results on the large ArnetMiner dataset with over 1.7 million authors demonstrate the effectiveness of IIRL. Specifically, it outperforms all given benchmark methods, with over 8% average improvement. Further analysis demonstrates that the prediction models for different research topics follow the similar pattern. We also find that temporal features are the best indicators for rising stars prediction, while venue features are less relevant.
Unsupervised Co-Segmentation for Indefinite Number of Common Foreground Objects

Co-segmentation addresses the problem of simultaneously extracting the common targets appeared in multiple images. Multiple common targets involved object co-segmentation problem, which is very common in reality, has been a new research hotspot recently. In this paper, an unsupervised object co-segmentation method for indefinite number of common targets is proposed. This method overcomes the inherent limitation of traditional proposal selection-based methods for multiple common targets involved images while retaining their original advantages for objects extracting. For each image, the proposed multi-search strategy extracts each target individually and an adaptive decision criterion is raised to give each candidate a reliable judgment automatically, i.e., target or non-target. The comparison experiments conducted on public data sets iCoseg, MSRC, and a more challenging data set Coseg-INCT demonstrate the superior performance of the proposed method.
Spying the World from your Laptop -- Identifying and Profiling Content Providers and Big Downloaders in BitTorrent

This paper presents a set of exploits an adversary can use to continuously spy on most BitTorrent users of the Internet from a single machine and for a long period of time. Using these exploits for a period of 103 days, we collected 148 million IPs downloading 2 billion copies of contents. We identify the IP address of the content providers for 70% of the BitTorrent contents we spied on. We show that a few content providers inject most contents into BitTorrent and that those content providers are located in foreign data centers. We also show that an adversary can compromise the privacy of any peer in BitTorrent and identify the big downloaders that we define as the peers who subscribe to a large number of contents. This infringement on users' privacy poses a significant impediment to the legal adoption of BitTorrent.
Constructing Differentially 4-Uniform Permutations Over ${\BBF}_{2^{2k}}$  via the Switching Method

Many block ciphers use permutations defined on F(22k ) with low differential uniformity, high nonlinearity, and high algebraic degree as their S-boxes to provide confusion. It is well known that, for a function on F(2n), the lowest differential uniformity is 2 and the functions achieving this lower bound are called almost perfect nonlinear (APN) functions. However, due to the lack of knowledge on APN permutations on F(22k ), differentially 4-uniform permutations are usually chosen as S-boxes. For example, the currently endorsed Advanced Encryption Standard chooses one such function, the multiplicative inverse function, as its S-box. By a recent survey on differentially 4-uniform permutations over F(22k ), there are only five known infinite families of such functions, and most of them have small algebraic degrees. In this paper, we apply the powerful switching method to discover many CCZ-inequivalent infinite families of such functions on F(22k ) with optimal algebraic degree, where k is an arbitrary positive integer. This greatly expands the list of differentially 4-uniform permutations and hence provide more choices for the S-boxes. Furthermore, lower bounds for the nonlinearity of the functions obtained in this paper are presented and they imply that some infinite families have high nonlinearity.
Relationship of the Dissociative Experiences Scale to Demographics, Symptomatology, and Coping Strategies in a New Zealand Student Sample

Abstract This study examined dissociation and its relationship to demographics, coping and symptomatology in a New Zealand student sample. The Dissociative Experiences Scale (DES) performance of 137 students was examined in relation to gender and cultural identity, the Symptom Checklist-90-Revised (SCL-90R), and Coping Response Inventory (CRI) The results indicate that (1) overall, DES performance was similar to that of students from the United States, Scotland, and the Netherlands; (2) there were significant main effects for gender and cultural identity and an interaction of the two when SCL-90-R and CRI performances were considered; (3) there was a significant main effect for cultural identity on the DES; and (4) performance on the DES was significantly related to symptomatology and emotion-focused coping, but only for individuals of European cultural identity. Implications for the assessment of New Zealand samples are discussed.
The effect of preemptive intravenous morphine on postoperative analgesia and surgical stress response.

BACKGROUND Although initial studies of preemptive analgesia showed that preoperative blockade with local anaesthetics or preoperative administration of systemic opioids was more effective in reducing postoperative pain than control conditions involving no treatment, the result of subsequent investigations comparing the effects of preoperative treatment with the same treatment initiated after surgery have produced inconsistent RESULTS. The reasons for the lack of consistency are not clear. Studies about the relationship of preemptive analgesia and both analgesic consumption and surgical stress response are limited. The purpose of this study was to evaluate the effect of preemptive intravenous morphine on both postoperative analgesic consumption and surgical stress response. METHODS Sixty patients, ASA I or II, aged 20-60, undergoing total abdominal hysterectomy plus bilateral salpingo-oopherectomy and double-blinded were randomly assigned to three groups of 20 patients. Group I (n=20) received 0.15 mg/kg of morphine following induction and placebo saline during peritoneal closure. Group II (n=20) received placebo saline following induction and 0.15 mg/kg of morphine during peritoneal closure. Group III (n=20) received placebo saline both during induction and peritoneal closure. Blood cortisol, glucose levels and leukocyte count were measured in the pre and postoperative period. RESULTS Postoperative total morphine consumption was significantly lower in group I compared with group III (p<0.001). In all groups, plasma cortisol levels increased significantly within 4 hours of surgery as compared to pre-op values (p<0.001). Plasma glucose also increased to a significantly higher level in all groups in the postoperative 30 min and 8 hours than in the pre-op values (p<0.001). Postoperative leukocytosis was observed in all groups and the leukocyte count was significantly greater during postoperative 24 h than pre-op values (p<0.001). CONCLUSIONS Preemptive morphine 0.15 mg/kg intravenous has decreased total morphine consumption but has failed to suppress the surgical stress response.
The UK Paediatric Ocular Trauma Study 2 (POTS2): demographics and mechanisms of injuries

Purpose Pediatric ocular trauma is an important cause of visual morbidity worldwide, accounting for up to one-third of all ocular trauma admissions. It has long-term implications for those affected and significant economic consequences for healthcare providers. It has been estimated that 90% of all ocular trauma is preventable. Targeted strategies are required to reduce the incidence and the severity of pediatric ocular trauma; this requires an understanding of the epidemiology and characteristics of these injuries and the children involved. Methods Prospective, observational study of pediatric ocular trauma cases presenting to UK-based ophthalmologists over a 1-year period; reporting cards were distributed by the British Ophthalmological Surveillance Unit, and clinicians were asked to report incidents of acute orbital and ocular trauma in children aged ≤16 years requiring inpatient or day-case admission. A validated, standardized questionnaire was sent to reporting ophthalmologists to collect data on the demographics and circumstances of injury. Results Median age at presentation was 7.7 years, with boys more than twice as likely to be affected than girls (M:F =2.1:1.0). Almost 50% of injuries occurred at home, with 25% occurring in school or nursery. A total of 67% of injuries occurred during play, and 31% involved a sharp implement. Conclusion Pediatric ocular trauma remains an important public health problem. At least three-quarters of all injuries are preventable through measures, including education of children and responsible adults, restricting access to sharp implements, improving adult supervision, and appropriate use of eye protection.
Optimization of combined in-vessel composting process and chemical oxidation for remediation of bottom sludge of crude oil storage tanks

ABSTRACT In this research, removal of petroleum hydrocarbons from oily sludge of crude oil storage tanks was investigated under the optimized conditions of in-vessel composting process and chemical oxidation with H2O2 and Fenton. After determining the optimum conditions, the sludge was pre-treated with the optimum state of the oxidation process. Then, the determined optimum ratios of the sludge to immature compost were composted at a C:N:P ratio of 100:5:1 and moisture content of 55% for a period of 10 weeks. Finally, both pre-treated and composted mixtures were again oxidized with the optimum conditions of the oxidants. Results showed that total petroleum hydrocarbons (TPH) removal of the 1:8 and 1:10 composting reactors which were pre-treated with H2O2 were 88.34% and 90.4%, respectively. In addition, reduction of TPH in 1:8 and 1:10 composting reactors which were pre-treated with Fenton were 83.90% and 84.40%, respectively. Without applying the pre-treatment step, the composting reactors had a removal rate of about 80%. Therefore, pre-treatment of the reactors increased the TPH removal. However, post-oxidation of both pre-treated and composted mixtures reduced only 13–16% of TPH. Based on the results, remarkable overall removal of TPH (about 99%) was achieved by using chemical oxidation and subsequent composting process. The study showed that chemical oxidation with H2O2 followed by in-vessel composting is a viable choice for the remediation of the sludge.
Spectral characterization of Dictyostelium autofluorescence

Dictyostelium discoideum is used extensively as a model organism for the study of chemotaxis. In recent years, an increasing number of studies of Dictyostelium chemotaxis have made use of fluorescence‐based techniques. One of the major factors that can interfere with the application of these techniques in cells is the cellular autofluorescence. In this study, the spectral properties of Dictyostelium autofluorescence have been characterized using fluorescence microscopy. Whole cell autofluorescence spectra obtained using spectral imaging microscopy show that Dictyostelium autofluorescence covers a wavelength range from ∼500 to 650 nm with a maximum at ∼510 nm, and thus, potentially interferes with measurements of green fluorescent protein (GFP) fusion proteins with fluorescence microscopy techniques. Further characterization of the spatial distribution, intensity, and brightness of the autofluorescence was performed with fluorescence confocal microscopy and fluorescence fluctuation spectroscopy (FFS). The autofluorescence in both chemotaxing and nonchemotaxing cells is localized in discrete areas. The high intensity seen in cells incubated in the growth medium HG5 reduces by around 50% when incubated in buffer, and can be further reduced by around 85% by photobleaching cells for 5–7 s. The average intensity and spatial distribution of the autofluorescence do not change with long incubations in the buffer. The cellular autofluorescence has a seven times lower molecular brightness than eGFP. The influence of autofluorescence in FFS measurements can be minimized by incubating cells in buffer during the measurements, prebleaching, and making use of low excitation intensities. The results obtained in this study thus offer guidelines to the design of future fluorescence studies of Dictyostelium. Microsc. Res. Tech. 69:168–174, 2006. © 2006 Wiley‐Liss, Inc.
Detection of Thermal Cycling-Induced Failures in RF/Microwave BGA Assemblies

The purpose of this paper was to investigate the effect of thermal cycling on the high-frequency behavior of ball grid array (BGA) interconnection structures. In order to characterize the applicability of RF measurements in predicting interconnection breakdown, a broadband BGA transition structure between a radio frequency printed wiring board (RF-PWB) and a ceramic module was fabricated. In addition to basic assemblies consisting of two BGA transitions between the module and substrate, the designed transition was applied in a passband filter module to demonstrate the effect of thermal cycling on the performance of a practical device, as well. The BGA test modules mounted on the PWBs were exposed to thermal cycling testing over a temperature range of -40degC to + 125degC. To detect interconnection failures induced by cyclic thermal stresses, both dc resistance and scattering parameter measurements were performed on the test assemblies at specific intervals. Parallel to the electrical measurements, crack propagation in the vicinity of the BGA transition structure was investigated using scanning acoustic microscopy (SAM). Moreover, scanning electron microscopy (SEM) was used to determine the failure mechanisms of the test assemblies. Degradation of the signal transmission characteristics of the basic assemblies was first observed at higher microwave frequencies as an increase in signal return loss (|S11|) and/or a change in its phase. The effect of TCT on the filter assembly was more constant and clearer to observe in the phase than in the magnitude of S11 in the passband. The dc resistance measurements showed no indication of degradation in any of the tested assemblies.
Peer Relationships, Child Development, and Adjustment: A Developmental Psychopathology Perspective

and distant from their actions. Children will not only match or imitate the pretend acts of other children but also attempt to recruit the partner to join their pretend play. These efforts are not routinely successful, but it is clear that children are beginning to understand that nonliteral meanings can be shared by partners. From 21 to 24 months, children engage in similar pretend actions in the context of broader joint activity. Attempts to recruit others into pretense are more frequent and more successful. Although children organize materials for sociodramatic play, there is little or no joint organization of the pretend play itself. Scripted joint play emerges from 25 to 30 months, and the assignment of social roles in play (e.g., doctor, mother, father, police officer) emerges shortly thereafter, from 31 to 36 months. At this point, children understand that nonliteral meaning can be shared and they can communicate these meanings effectively during pretense with partners.
Challenges with Automation in Digital Forensic Investigations

The use of automation in digital forensic investigations is not only a technological issue, but also has political and social implications. This work discusses some challenges with the implementation and acceptance of automation in digital forensic investigation, and possible implications for current digital forensic investigators. Current attitudes towards the use of automation in digital forensic investigations are examined, as well as the issue of digital investigators knowledge acquisition and retention. The argument is made for a well planned, careful use of automation going forward that allows for a more efficient and effective use of automation in digital forensic investigations while at the same time attempting to improve the overall quality of expert investigators. Targeting and carefully controlling automated solutions for beginning investigators may improve the speed and quality of investigations while at the same time letting expert digital investigators spend more time utilizing expert level knowledge required in manual phases of investigations. By considering how automated solutions are being implemented into digital investigations, investigation unit managers can increase the efficiency of their unit while at the same time maximizing their return on investment for expert level digital investigator training.
The political blogosphere and the 2004 U.S. election: divided they blog

In this paper, we study the linking patterns and discussion topics of political bloggers. Our aim is to measure the degree of interaction between liberal and conservative blogs, and to uncover any differences in the structure of the two communities. Specifically, we analyze the posts of 40 "A-list" blogs over the period of two months preceding the U.S. Presidential Election of 2004, to study how often they referred to one another and to quantify the overlap in the topics they discussed, both within the liberal and conservative communities, and also across communities. We also study a single day snapshot of over 1,000 political blogs. This snapshot captures blogrolls (the list of links to other blogs frequently found in sidebars), and presents a more static picture of a broader blogosphere. Most significantly, we find differences in the behavior of liberal and conservative blogs, with conservative blogs linking to each other more frequently and in a denser pattern.
Two Moral Orientations: Gender Differences and Similarities.

Recent discussions of sex differences in moral development equate moral stage in Kohlberg's justice framework with moral orientation—the distinction between justice and care perspectives. The present study of real-life dilemmas from 46 men and 34 women, primarily adolescents and young adults, shows that: (a) Concerns about both justice and care are represented in people's thinking about real-life moral dilemmas, but people tend to focus on one set of concerns and minimally represent the other. And (b) There is an association between moral orientation and gender such that men and women use both orientations, but Care Focus dilemmas are most likely to be presented by women and Justice Fo cus dilemmas by men. Consideration of moral orientation transforms the debate over sex differences in moral reasoning into serious questions about moral per spectives that are open to empirical study.
A dynamic model of engagement in normative and non-normative collective action: Psychological antecedents, consequences, and barriers

This review addresses three recent developments in the collective action literature. First, we demonstrate that normative and non-normative collective action participation can be predicted by different psychological variables. Second, we show that collective action participation has emotional and identity-related consequences for activists that shape their motivation to engage in future action. Third, we illustrate that members of disadvantaged groups are faced with two dilemmas—the dilemma of alternative ways of identity management and the dilemma of affective loyalties towards the outgroup—both of which present barriers to social change by undermining protest intentions. In the final part of the review, we outline an integrative framework that maps out the dynamic processes between antecedents of, barriers to and outcomes of collective action participation and highlight a number of directions for future research.
Hydrogen-oxidizing electron transport components in nitrogen-fixing Azotobacter vinelandii

Membranes from N2-fixing Azotobacter vinelandii were isolated to identify electron transport components involved in H2 oxidation. We found direct evidence for the involvement of cytochromes b, c, and d in H2 oxidation by the use of H2-reduced minus O2-oxidized absorption difference spectra. Carbon monoxide spectra showed that H2 reduced cytochrome d but not cytochrome o. Inhibition of H2 oxidation by cyanide was monophasic with a high Ki (135 microM); this was attributed to cytochrome d. Cyanide inhibition of malate oxidation showed the presence of an additional, low Ki (0.1 microM cyanide) component in the membranes; this was attributed to cytochrome o. However, H2 oxidation was not sensitive to this cyanide concentration. Chlorpromazine (at 160 microM) markedly inhibited malate oxidation, but it did not greatly inhibit H2 oxidation. Irradiation of membranes with UV light inhibited H2 oxidation. Adding A. vinelandii Q8 to the UV-damaged membranes partially restored H2 oxidation activity, whereas addition of UV-treated Q8 did not increase the activity. 2-n-Heptyl-4-hydroxyquinoline-N-oxide inhibited both H2 and malate oxidation.
Determination of Diabetogenicity Attributable to a Single Amino Acid, Ala776, on the Polyprotein of Encephalomyocarditis Virus

The best experimental evidence indicating that viruses have an etiological role in the pathogenesis of diabetes comes from studies of mice infected with EMC virus. For this study we generated mutant viruses from stocks of diabetogenic EMC-D and nondiabetogenic EMC-B viruses by serial passages of the viruses in L-cell cultures at high MOI. The genomic sequence information and the biological activities of three different plaque-purified diabetogenic variants of EMC virus (EMC-D, EMC-D1/6A, EMC-D2/4) and six different plaque-purified nondiabetogenic variants (EMC-B, EMC-BS, EMC-B1/G, EMC-DV1, EMC-D4/1B, EMC-D3/1) revealed that only one amino acid, Ala (776th amino acid on the polyprotein), is critical for the diabetogenicity of EMC virus. The G base at the nucleotide position 3155 (Ala[GCC]776 in the polyprotein) is unique to all diabetogenic variants, whereas the A base at the same position (Thr[ACC]776 in the polyprotein) is identical to all nondiabetogenic variants. A single-point mutation (G to A; Ala to Thr) results in the conversion of the diabetogenic variant into a nondiabetogenic variant of EMC virus. On the basis of these observations, we conclude that a single amino acid, Ala776, on the polyprotein of EMC virus appears responsible for the inducement of diabetes in susceptible mice. Conversion of Ala776 into Thr776 on the polyprotein by a point mutation, G to A at the nucleotide position 3155, results in the loss of diabetogenicity.