Sacrifice, Violence, and Atonement: Christian A. Eberhart, The Sacrifice of Jesus - Understanding Atonement Biblically

in The Expository Times (2013), 125(3), 139-140

Sada nástrojů pro školení učitelů

E-print/Working paper (2020)

V rámci projektu BMC-EU (Základní pohybové kompetence v Evropě) byla vyvinuta sada nástrojů pro školení učitelů, skládající se z koncepce školení učitelů a doprovodné uživatelské příručky (intelektuální ... [more ▼]

V rámci projektu BMC-EU (Základní pohybové kompetence v Evropě) byla vyvinuta sada nástrojů pro školení učitelů, skládající se z koncepce školení učitelů a doprovodné uživatelské příručky (intelektuální výstup BMC-EU 4) za účelem podpory implementace modulární podpůrné sady nástrojů na základě konceptu základních pohybových kompetencí (intelektuální výstup BMC-EU 3; Scheuer & Heck, 2020). Cílem této podpůrné sady nástrojů je zavedení do praxe především na úrovni pravidelných hodin tělesné výchovy tak, aby bylo možno začít s přizpůsobováním obsahu a metod výuky tělesné výchovy. Sada nástrojů pro školení učitelů obsahuje materiály pro realizaci školení rozdělené do teoretické a praktické části. V první části jsou učitelé seznámeni s konceptem MOBAK, měřením, testovacím postupem, zpracováním a vyhodnocováním dat a s interpretací výsledků testů. Ve druhé části se naučí, jak dospět od diagnostiky základních pohybových kompetencí studentů a od silných a slabých stránek identifikovaných při hodnocení k tomu, jak konkrétně zasáhnout pomocí podpůrného rámce MOBAK a doprovodných podpůrných materiálů ve formě modulární podpůrné sady nástrojů, která je připravena k zavádění do praxe v konkrétních vzdělávacích situacích za účelem podpory studentů s dalšími potřebami v základních pohybových kompetencích. Vzhledem k tomu, že sada nástrojů pro školení učitelů má za cíl podporovat a usnadňovat implementaci Modulární podpůrné sady pro učitele (Scheuer & Heck, 2020) založenou na konceptu a měření MOBAK (Herrmann, 2018), v celém tomto dokumentu se na podpůrnou sadu nástrojů a na testovací příručku MOBAK odkazuje. [less ▲]

Sadhukhan and Tkatchenko Reply

in Physical Review Letters (2018), 120

Safe and Automated Tool-Path Generation for Multi-Axis Production Machines

in Transactions of the American Society of Mechanical Engineers (2014, November 14), 2B(Advanced Manufacturing), 0202034-7

Multi-axis machines are growing rapidly their precision and complexity with the increasing importance of machine intelligence, automation, optimization and safety. It is necessary to identify collision ... [more ▼]

Multi-axis machines are growing rapidly their precision and complexity with the increasing importance of machine intelligence, automation, optimization and safety. It is necessary to identify collision risks and avoid them in manufacturing otherwise production stops may cost a huge amount to the manufacturing company. This study has focused on safe trajectory generation for CNC machines especially focusing on high risked non-functional trajectories. These machines should be able to see any unwilling situation (i.e. collisions) in their vicinity and must be able to detect and react automatically in real-time for safe tool movements. Currently CAM software and some multi-axis machines are able to detect collisions but they do not have any solution to avoid such collisions automatically. The main objective is to make multi-axis machine vision system effective enough that it can see all its activities regarding collisions and can react or command automatically online as well as off-line for real and virtual productions. In presence of obstacles during manufacturing, the proposed approach will provide decisions regarding trajectory correction and improvement automatically. The proposed vision concept is able to take into account the evolution of the scene i.e. the aspects of changes to the obstacle like shape, size or presence during production. The application presented in this paper is for 2D traversal safe online trajectories generation in virtual simulated dynamic environment, which will be adapted to the real-time real machining scenarios at shop-floor by integrating it with STEP-NC technology in future. [less ▲]

The SAFE FOODS framework for improved risk analysis of foods.

in Food Control (2010), 21(12), 1566-1587

The SAFEFOODS framework proposes an integrated five-step procedure for the risk analysis. The five steps are: framing, risk assessment, evaluation, risk management, and review. The framework is designed ... [more ▼]

The SAFEFOODS framework proposes an integrated five-step procedure for the risk analysis. The five steps are: framing, risk assessment, evaluation, risk management, and review. The framework is designed to address both risks and benefits. The SAFEFOODS approach introduces a 20-member Interface Committee, headed by a risk manager, to run the procedure. First third of the members is risk managers, second third is independent scientific experts and the last third is stakeholders with economic interests and with consumer interests. The role of the different steps in the procedure and the role of each category of Committee Members during the process are described. The proposal suggests a strict separation of responsibilities between managerial members on one side and scientific members and stakeholder members on the other side. This division of responsibilities in the committee opens up new possibilities for transparency, openness and participation without violation of the delegation-of-power rule. For the communication with the interested parties and the public at large during the process it is foreseen to create an Internet Forum, and use press conferences, press releases and interviews. Overall the SAFEFOODS proposal shall be seen as an invitation for rethinking the current risk assessment/risk management system in EU. [less ▲]

Safer UAV Piloting: A Robust Sense-and-Avoid Solution for Remotely Piloted Quadrotor UAVs in Complex Environments

in Safer UAV Piloting: A Robust Sense-and-Avoid Solution for Remotely Piloted Quadrotor UAVs in Complex Environments (2019, December)

Current commercial UAVs are to a large extent remotely piloted by amateur human pilots. Due to lack of teleoperation experience or skills, they often drive the UAVs into collision. Therefore, in order to ... [more ▼]

Current commercial UAVs are to a large extent remotely piloted by amateur human pilots. Due to lack of teleoperation experience or skills, they often drive the UAVs into collision. Therefore, in order to ensure safety of the UAV as well as its surroundings, it is necessary for the UAV to boast the capability of detecting emergency situation and acting on its own when facing imminent threat. However, the majority of UAVs currently available in the market are not equipped with such capability. To fill in the gap, in this paper we present a complete sense-and-avoid solution for assisting unskilled pilots in ensuring a safe flight. Particularly, we propose a novel nonlinear vehicle control system which takes into account of sensor characteristics, an emergency evaluation policy and a novel optimization-based avoidance control strategy. The effectiveness of the proposed approach is demonstrated and validated in simulation with multiple moving objects. [less ▲]

Safety and feeling of safety in the context of older people ageing at home

in Ageing International (n.d.)

Safety Nets and Benefit Dependence

Book published by Emerald (2014)

Safety Stock Optimisation in Distribution Systems: A Comparison of Two Competing Approaches

in International Journal of Logistics Research and Applications (2010), 13(2), 99-120

Contributions to multi-echelon safety stock optimisation can broadly be divided into models following either a stochastic- or guaranteed-service approach. These approaches form the basis of several ... [more ▼]

Contributions to multi-echelon safety stock optimisation can broadly be divided into models following either a stochastic- or guaranteed-service approach. These approaches form the basis of several commercial inventory optimisation software tools. To date, there is still a lack of a detailed comparison between the two approaches. This paper presents a cost comparison for two-stage distribution systems by means of a simulation study. The results indicate that the cost difference between the two approaches is quite small amounting to 4 at most. We observe that in most cases, the resulting (lower) internal warehouse service level is a good indicator for the superiority of an approach. The guaranteed-service approach shows a better performance for moderate flexibility costs, large warehouse processing times and high retailer service levels. [less ▲]

Sagt Problemlösen über Arbeitsgedächtnis und Motivation Schulleistung vorher?

Scientific Conference (2013, September)