A large number of organizations these days are offering some kind of digital services, relyon digital technologies for processing, storing, and sharing of information, are harvesting moderntechnologies to offer remote working arrangements and may face direct cybersecurity risks. Theseare some of the properties of a modern organization. The cybersecurity vulnerability managementprograms of most organizations have been relying on one-dimensional information to prioritizeefforts of remedying security flaws for many years. When combined with the ever-growing attacksurface of modern organizations, the number of vulnerabilities disclosed yearly and the limitedresources available to cybersecurity teams, this renders the goal of securing an organization almostimpossible. This thesis aims at reviewing existing methodologies as observed in academicliterature and in the industry, highlighting their disadvantages, as well as the importance of adynamic, data-driven and informed approach and finally providing a tool that can assist thevulnerability prioritization efforts and increase resource utilization and efficiency. The thesis isinspired by Design Science Research, to design and develop a web-based cybersecurity tool thatcan be utilized towards a data-rich and rigorous approach of Vulnerability Management, by relyingon various cyber threat intelligence metrics.

ITC/USA 2005 Conference Proceedings / The Forty-First Annual International Telemetering Conference and Technical Exhibition / October 24-27, 2005 / Riviera Hotel & Convention Center, Las Vegas, Nevada / The Joint Advance Missile Instrumentation (JAMI) program has developed a Time Space Position Information (TSPI) unit (JTU). The JTU employs a novel use of GPS technology and inertial measurement units (IMU) to provide a real time trajectory for high dynamic missile systems. The GPS system can function during high g maneuvers that an air-to-air missile might encounter. The IMU is decoupled from the GPS sensor. The IMU data is a secondary navigation source for the JTU and will provide platform attitude. The GPS data and IMU data are sent to the ground in a telemetry packet called TUMS (TSPI Unit Message Structure). The TUMS packet is sent to a computer that hosts the JAMI Data Processing (JDP) software, which performs a Kalmam filter on the GPS and IMU data to provide a real-time TSPI solution to the range displays. This paper focuses on the equipment and software needed at a telemetry ground station to display the real time TPSI solution on the range displays. It includes an overview of the system data flow. This overview should help a potential user of the system understand what is involved in running the JAMI system. The post mission tools to provide an accurate trajectory and end-game scoring will not be discussed in this paper.

International Telemetering Conference Proceedings / October 21, 2002 / Town & Country Hotel and Conference Center, San Diego, California / The Joint Advanced Missile Instrumentation (JAMI) program is developing a Time, Space, and Position Information (TSPI) unit for high dynamic missile platforms by employing the use of Global Position System (GPS) and inertial sensors. The GPS data is uncoupled from the inertial data. The output of the JAMI TSPI unit follows the packet telemetry protocol and is called the TSPI unit message structure (TUMS). The packet format allows the data stream to stand on its own, be integrated into a packet telemetry system or be an asynchronous data channel in a PCM data stream. On the ground, the JAMI data processor (JDP) Kalman filters the GPS and inertial data to provide a real time TSPI solution to the ranges for display. This paper gives an overview of the message format, the timing relationships between the GPS data and inertial data, and how TUMS is to be handled by the telemetry receiving site to hand it off to the JDP.

ITC/USA 2005 Conference Proceedings / The Forty-First Annual International Telemetering Conference and Technical Exhibition / October 24-27, 2005 / Riviera Hotel & Convention Center, Las Vegas, Nevada / The Joint Advance Missile Instrumentation (JAMI) program has developed a Time Space Position Information (TSPI) unit (JTU). The JTU employs a novel use of Global Positioning System (GPS) technology, and inertial measurement units (IMU) to provide a real time trajectory for high dynamic missile systems. The GPS system can function during high g maneuvers that an air-to-air missile might encounter. The IMU is decoupled from the GPS sensor. The IMU data is a secondary navigation source for the JTU and will provide platform attitude. The GPS data and IMU data are sent to the ground in telemetry packet called TSPI Unit Message Structure (TUMS). The TUMS packet is sent to a computer that hosts the JAMI Data Processing (JDP) software, which performs a Kalmam filter on the GPS and IMU data to provide a real time TSPI solution to the range displays. The packetized TUMS data is available in three different output formats: RS-232 serial data, 16-bit parallel and PCM. This paper focuses on how to integrate the JTU into a telemetry system, use it as a standalone system, and provides examples of possible uses.

Thesis (M Sport Sc (Sport Science))--University of Stellenbosch, 2010. / ENGLISH ABSTRACT: The purpose of the study was to analyse the penalty area entrances of a team competing in the Premier Soccer League (PSL) in South Africa. Ten home matches of the team were analysed making use of a category set designed for the study. The main areas of analysis included the point of final action before the ball entered the penalty area, the part of the penalty area at which the entrance occurred, the method of entrance, the number of completed passes within the area, and the outcome of the entrance as well as the reason for the outcome. The results revealed that the team entered the penalty area on average 59.4 times per match and scored a goal on every 37.4 penalty area entrances. The ball being taken away by the opponents was the outcome that occurred most frequently within the penalty area (42.1% of all entries), and was largely due to interceptions by the defending team (20.7%). The next most commonly occurring event was the ball being given away by the attacking team (22.4% of all entries) and was largely as a result of the poor passing (20%). The results revealed that in order for the team to improve their ability to convert their attacking opportunities into goals, improvement of technical execution in particular passing and shooting within the critical areas of the field must be established. The results have implications for the use of performance analysis for professional teams as support for the coaching process. / AFRIKAANSE OPSOMMING: Die doel van die studie was om „n prestasie-profiel te ontwikkel wat die strafarea-toegang beskryf van „n professionele span wat aan die Premier Sokker Liga (PSL) in Suid-Afrika deelneem. Tien tuiswedstryde van die span is geanaliseer, gebaseer op „n kategorie wat vir die studie ontwerp is. Die vlakke van analise was eerstens die punt van finale aksie voordat die bal die strafarea binnegaan, die plek in die strafarea waar toegang plaasgevind het, die metode van toegang, die hoeveelheid afgehandelde aangee-aksies in die area en laastens die uitkoms van die toegang asook die rede vir die uitkoms. Die resultate het aangedui dat die span die strafarea ongeveer 59.4 keer per wedstryd betree en elke 37.4 „n doel aanteken deur toegang tot die strafarea te verkry. Die afneem van die bal deur „n span (42.1% van toegang) het die meeste plaasgevind nadat die bal die strafarea binne gegaan het. Dit is grotendeels te wyte aan onderskepping deur die verdedigende span (20.7%). Die weggee van die bal deur die aanvallende span (22.4% van toegang) was hoofsaaklik as gevolg van swak aangee-aksies (20%) en het ook dikwels voorgekom. Die prestasie-profiel het aangedui dat indien die span hulle vermoë wil verbeter om aanvallende geleenthede te laat eindig in „n doel, verbetering nodig is met tegniese uitvoering, veral met vaardighede ten opsigte van „n bal-aangee en doelskop. Hierdie studie is „n voorbeeld van hoe prestasie-analise aangewend kan word in professionele sokker om ondersteuning aan die afrigtingsproses te bied.

<p>Abstract</p><p>Today sheet metal forming is used to make a variety of mass production because it has a high production rate. One of the biggest concerns in sheet metal forming is wear of the tool in form of galling. Galling in sheet metal forming is characterised by an increased tool surface roughness, unstable friction in the forming process and undesirable scratches on the final products.</p><p>Several ways of ranking materials resistance to galling exist today but only ASM G98 is standardised. Nevertheless, some different methods developed for ranking tool materials’ tendency to galling have also been developed.</p><p>The aim of this thesis is to develop and improve the Uddeholm Tooling Tribo Test rig located at Uddeholm Tooling AB. The rig, which is a variation of cylinder-on-cylinder test equipment, was improved with a new tool holder, a utilization of the real sheet material counter face and a new data acquisition system and software. The galling was detected using scratches on the sheet, metallographic analysis of the material adhered on the tool specimen, monitoring of coefficient of friction and the standard deviation of the coefficient of friction.</p><p>The obtained results show difficulties with ranking of tool materials in terms of galling resistance under non-lubricated conditions. The tool steels tested were SVERKER21 and UNIMAX. AISI304-10, DC04 and DOCOL1000DP sheets were used. Additionally a low friction coating of BalinitC on SVERKER21 was also included. All specimens of the tool steels showed signs of galling on every run, only the low friction coating showed a transition in behaviour of friction coefficient corresponding to galling initiation. The standard deviation of the coefficient of friction increased at low loads. A decrease of the test loads led to stability loss of the system detected by an increase in the standard deviation of the coefficient of friction. This might happen because the Kistler platform is originally designed for larger loads. Although, the test rig does not work properly in its present state, the concept looks promising.</p>

Le criblage virtuel est une technique permettant d'extraire, d'une chimiothèque donnée, des produits actifs ou affin pour une cible ou un profil pharmacologique donné. Nous avons développé une méthodologie impliquant les données tridimensionnelles des protéines COX2 et PPARγ. Tout d'abord, nous avons comparé les différentes structures entre elles mais également les fonctions de scoring utilisées pour prédire l'affinité de molécules pour ces cibles. Par ailleurs, nous avons étudié des méthodes de consensus et d'analyse de données multivariée pour interpréter les fonctions de scoring. De plus, l'incorporation de techniques originales au protocole de docking-scoring a été testée. Plus précisément, un modèle pharmacophore, agissant comme filtre de composés indésirables, a été évalué pour diminuer les temps de calcul mais également pour améliorer le choix de la première pose. Par ailleurs, le couplage de la dynamique moléculaire, en amont du docking, nous a permis de prendre en compte la flexibilité du site actif. Nous avons montré l'utilité d'une telle stratégie pour améliorer les prédictions. Enfin, nous avons appliqué les méthodes de consensus et d'analyse de données multivariées (normalement employées pour les fonctions de scoring) aux données provenant des conformères issus de la dynamique moléculaire.

La musique est nouée au corps humain par le vivant qu’elle y suscite ou res-suscite. Des musiciens des camps de concentration aux gamins des rues du Vénézuela, la musique, expérience individuelle d’être pour chacun, peut advenir, pour certains, comme transmission et faire lien social lorsqu’elle est émanation du féminin. Il y faut pour cela une écriture (musicale) spécifique, consistante et architecturée. / Music is tied to the human body by the life force it creates or re-creates. From concentration camp musicians to Venezuelan street urchins, music, our individual experience of being, may become for some a conveyance and encourage philanthropic empathy when it is an emanation of the feminine. This consequently necessitates specific, consistent and structuredmusical scoring.

Measures of epistemic utility are used by formal epistemologists to make determinations of epistemic betterness among cognitive states. The Brier rule is the most popular choice (by far) among formal epistemologists for such a measure. In this paper, however, we show that the Brier rule is sometimes seriously wrong about whether one cognitive state is epistemically better than another. In particular, there are cases where an agent gets evidence that definitively eliminates a false hypothesis (and the probabilities assigned to the other hypotheses stay in the same ratios), but where the Brier rule says that things have become epistemically worse. Along the way to this 'elimination experiment' counter-example to the Brier rule as a measure of epistemic utility, we identify several useful monotonicity principles for epistemic betterness. We also reply to several potential objections to this counter-example.

Cooperating in the Prisoner's Dilemma is irrational and some supporting mechanism is needed to stabilize cooperation. Indirect reciprocity based on reputation is one such mechanism. Assessing an individual's reputation requires first-order information, i.e. knowledge about its previous behavior, as it is utilized under image scoring. But there seems to be an agreement that in order to successfully stabilize cooperation, higher-order information is necessary, i.e. knowledge of others' previous reputations. We show here that such a conclusion might have been premature. Tolerant scoring, a first-order assessment rule with built-in tolerance against single defections, can lead a society to stable cooperation. (author's abstract)