The Measurement of Popularity and Prevalence of Software Vulnerability

Prioritizing bug fixes becomes a daunting task due to the increasing number of vulnerability disclosure programs. When making a decision, not only the Common Vulnerability Scoring System (CVSS) but also the probability of exploitation, the trend of particular security issues should be taken into account. This paper aims to discuss the sources and approaches for measuring degree of interest in a specific vulnerability at a particular point in real-time. This research presents а new metric and estimation model which is based on vulnerability assessment. We compared several techniques to determine the most suitable approach and relevant sources for improving vulnerability management and prioritization problems. We chose the Google Trend analytics tool to gather trend data, distinguish main features and build data set. The result of this study is the regression equation which helps efficiently prioritize vulnerabilities considering the public interest in the particular security issue. The proposed method provides the popularity estimation of Common Vulnerabilities and Exposures (CVE) using public resources.

Importance of the Pneumococcus in Community-acquired Pneumonia in Tender-age Infants on the Background of Vaccination

«IMPORTANCE OF THE PNEUMOCOCCUS IN COMMUNITY-ACQUIRED PNEUMONIA IN TENDER-AGE INFANTS ON THE BACKGROUND OF VACCINATION» The authors of the manuscript provide data demonstrating that una pneumonia against the background of vaccination is accompanied by a change in the etiological structure. The article is a new idea and overall it is well written and structured. However, simple study design, lack of patient baseline and follow-up data limit the conclusion of withdrawal. I invite the authors to solve the following questions: 1) There are many spelling, grammatical and punctuation errors. Authors should correct mistakes and rewrite the article in a clear and understandable style. I have visited the authors with the help of a language expert on rewriting. 2) The main problem of the manuscript is poor statistical processing and statistical reporting. The authors stated: “All data were expressed as confidence intervals. Thus, it is unclear whether the etiological structure was normally distributed. Moreover, following normal scientific practice, authors should indicate specific statistical significance values ​​when comparing each test parameter. 3) The cited literature is relevant to the research and meets the requirements of the journal. But mentions of 9/19 were published over 10 years ago. I recommend reading current research on this topic. In conclusion, the work makes a good impression. On the other hand, it can be published after significant changes with reference to the comments mentioned above, including bug fixes and rewriting of the article in a clear and easily understandable style.

An Analysis of the Dynamics of the Legitimation Processes of Innovations in Open Source Software:

Within the Open Source Software (OSS) literature, there is a lack of studies addressing the legitimation processes of innovations that are born in OSS. This study sets out to analyze the legitimation processes of innovations within the deliberations of the Drupal project. The data set constitutes 52 rational deliberation cases discussing innovations that were proposed by members of the community. Habermas’s Ideal Speech Situations (ISS) is used as the framework to view Drupal’s rational deliberations from; in fact within the 52 cases that are examined in this thesis, there were no violations to the guidelines of the ISS in the deliberations. The Communicative Action Theory, Influence Tactics theory and the theory of Validity Claims are aspects of the framework that is used to code and analyze the conversations. These aspects allow for an effective conceptualization of the dynamics of the Drupal deliberations. This thesis was able to find that legitimation processes of innovations in open source software were influenced by the type, complexity and implications of the innovations on the rest of the community. Also, bug fixes, complex innovations and innovations that have implications on the rest of the software will result in a long (in terms of number of comments) legitimation process. Also, it is empirically backed in this study that in open deliberations that aim at achieving mutual understanding towards a common goal, the communicative action type and the rational persuasion influence tactic are the most common methods for innovators to interact with the community.

An Analysis of the Dynamics of the Legitimation Processes of Innovations in Open Source Software:

Within the Open Source Software (OSS) literature, there is a lack of studies addressing the legitimation processes of innovations that are born in OSS. This study sets out to analyze the legitimation processes of innovations within the deliberations of the Drupal project. The data set constitutes 52 rational deliberation cases discussing innovations that were proposed by members of the community. Habermas’s Ideal Speech Situations (ISS) is used as the framework to view Drupal’s rational deliberations from; in fact within the 52 cases that are examined in this thesis, there were no violations to the guidelines of the ISS in the deliberations. The Communicative Action Theory, Influence Tactics theory and the theory of Validity Claims are aspects of the framework that is used to code and analyze the conversations. These aspects allow for an effective conceptualization of the dynamics of the Drupal deliberations. This thesis was able to find that legitimation processes of innovations in open source software were influenced by the type, complexity and implications of the innovations on the rest of the community. Also, bug fixes, complex innovations and innovations that have implications on the rest of the software will result in a long (in terms of number of comments) legitimation process. Also, it is empirically backed in this study that in open deliberations that aim at achieving mutual understanding towards a common goal, the communicative action type and the rational persuasion influence tactic are the most common methods for innovators to interact with the community.

Swissforages: the Free and Open-Source Borehole Data Management System

<p>Most of the time boreholes data, particularly those collected in the past, are in the form of static data reports that describe the stratigraphy and the related characteristics; these data types are generally available as paper documents, or static files like .pdf of images (.ai). While very informative, these documents are not searchable, not interoperable nor easily reusable, since they require a non negligible time for data integration. Sometime, data are archived into database. This certainly improve the find-ability of the data and its accessibility but still do not address the interoperability requirement and therefore, combining data from different sources remain a problematic task. To enable FAIR borehole data and facilitate the different entities (public or private) management Swisstopo (www.swisstopo.ch) has funded the development of a Web application named Borehole Data Management System (BDMS) [1] that adopt the borehole data model () [2] implemented by the Swiss Geological Survey. From the first beta release (2019) several improvements to the platform has been implemented leading to the last official release of the platform (v1.0.2) officially available on www.swissforages.ch. The latest released features includes:</p><ul><li>Borehole document storage</li> <li>Interface customization</li> <li>Improved access & authorization managemnt</li> <li>External WMS/WMTS background map support</li> <li>User feedbacks form</li> <li>Handling of personalized and versioned terms of service</li> <li>Enhanced bulk data import</li> <li>Minor enhancements and bug fixes</li> </ul><p><img src="https://contentmanager.copernicus.org/fileStorageProxy.php?f=gnp.47de8bb6070061123701161/sdaolpUECMynit/12UGE&app=m&a=0&c=ed4706d00e320d6aacebe59534e52363&ct=x&pn=gnp.elif&d=1" alt=""></p><p> </p>