Project Deliverable 2.1 Technology Monitoring: Report on Information Needed For Workers in the Smart Factory (original) (raw)

Emerging Technologies and Standards

Virtual Organizations, 2005

In response to VO challenges, research and development efforts shall address different features and components of VO, that cover a wide spectrum of areas. Considering the complexity of building technical support infrastructures and applications for VOs, clearly at the time of such developments, the choice of best approach, standards, technology, commercial tools/systems, or R&D developed prototypes plays a major role in their efficiency and sustainability. To assist developers in this challenging process, this chapter suggests a careful and systematic study of the problem/solution areas. This study discusses the properties required for technical support of VOs, the main related R&D focus areas, commercial development efforts, and the current trends in these areas.

Key Development, Application Context and Forms of Technology Assessment

Acta academica karviniensia, 2014

The key intention of this study is to outline primary characteristics, the application context and the forms of Technology Assessment (TA). Identifying determinants and effects of a new technology usually requires an interdisciplinary approach. The final "technology picture" should be based on a broader rational consensus of the scientific discussion, but TA can also require the participation of non-experts who can bring a more comprehensive insight into the process. This study also deals with the historical characterization of TA within technology identification processes, as a part of integrated Technology management. The research was carried out based on an intensive literature study, the extensive Bibliometrical analysis especially of the Sciencedirect and the EBSCOhost databases, and several case studies.

Inventory of smart and novel technologies

2020

This deliverable describes the process that has been followed in ePANACEA Task 2.2 Inventory of smart and novel technologies. The objective of this task is to develop an inventory, containing novel, smart and innovative technologies which have an impact on the building energy performance. This inventory has mapped a number of relevant technologies, and for each a brief description was given. In addition, the potential impact on the building energy performance or on the energy system was assessed. To this initial inventory of technologies, a process of prioritisation was applied, and together with three rounds of consultation of involved partners this has led to the selection of minimum three technologies for which in task 4.2 a methodology will be developed to assess the impact on the building energy performance (or the wider energy system) and which can be incorporated in simplified energy balance calculations of existing energy performance certification schemes.

Technology Assessment for

2004

Government. Neither the United States Government nor any agency thereof, nor any of their employees, makes any warranty, express or implied, or assumes any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, apparatus, product, or process disclosed, or represents that its use would not infringe privately owned rights. Reference herein to any specific commercial product, process, or service by trade name, trademark, manufacturer , or otherwise does not necessarily constitute or imply its endorsement, recommendation, or favoring by the United States Government or any agency thereof. The views and opinions of authors expressed herein do not necessarily state or reflect those of the United States Government or any agency thereof. Any opinions, findings conclusions or recommendations expressed herein are those of the author and do not necessarily reflect the views of the DOE. INTRODUCTION The objective of this project is to develop an auton...

An Examination of Business Applications and Implications of Emerging Technologies

Journal of Comparative International Management, 2021

This paper aims at offering a review and assessment of various emerging technologies and their business applications and implications. The study focuses on nineteen emerging technologies categorized under five major themes: (1) automation and robotics; (2) data and connectivity; (3) interfaces and visualization; (4) materials; (5) energy and resources. For each theme, the associated technologies are examined, their business applications and implications are assessed, and some examples are provided. In the end, an integrative table of nineteen emerging technologies is offered, and some avenues for future research are discussed.

A Technology Monitoring and Assessment Tool for Technology Road Mapping

Typically, innovative products require five to ten years to reach the market. During this time span, the risk of being outperformed by competing developers is high. Much effort would have to be spent on collecting information on competitors and their achievements, effort that is often not available. Furthermore, development groups are often faced with the necessity to focus their work and funds on the most promising results. The aim of the TEMONAS project is to offer a tool for systematic assessment of the worldwide developments in innovative technologies and for objective judgement of the readiness for market implementation. This tool is designed for decision makers in industry, government, international organisations, research agencies, etc. The TEMONAS software tool enables continuous or focused monitoring of an own technology development as well as benchmarking against international trends. It assists in policy decisions and helps to guard against surprises from the market. This...

New Technologies as a Driver for Business Success

International Journal of Engineering Pedagogy (iJEP), 2019

In Austria technical education is taught at federal secondary colleges of engineering (HTL) at a quite high level of ISCED 5. Despite mechanical engineering, de-sign with industrial standard 3D programs being state of the art in industry and education, technologies using Internet of Things (IoT) and Augmented Reality (AR) are still at an early stage. This publication describes the introduction of the IoT platform Thingworx at Austrian HTL for mechanical engineering, with focus on AR and IoT from an educational perspective as well as the training aspects from the platform developers’ perspective. Additionally, some diploma thesis with AR supplement and the experiences made so far are presented.

Technical design and development, user research, cost-benefit analysis, and business modeling

This paper presents the work in progress for the Hightech@home project. The aim of this project is to develop technology and knowledge concerning open source home care technology, utilizing open standards. Currently, there is limited availability of high tech sensor and communication technology while costs are high. By producing open source technology we aim at providing a starting point towards interoperability. Hence, increasing availability and lowering costs by avoiding vendor lock-ins. The Hightech@home project consists of five tracks. The first track, the technical design and development, focuses on a portal being generically available through any web browser. The portal will facilitate video contact and transmit and receive data from sensors located in the house, or on the body of the user. Technical design and development is iteratively informed by the user research in the second track. The iterative cycles start with small scale experiments with mock-ups leading to a field ...

Project Deliverable 6.1 Evaluation Framework

This document represents Deliverable 6.1 (“Evaluation Framework”) of the H2020 project “FACTS4WORKERS -Worker-Centric Workplaces in Smart Factories” (FoF 2014/636778). The Evaluation Framework, as main tool used for reaching WP6 goals (to evaluate the impact of the project solutions on the workers), contributes to all other project’s WPs, generating data for iterating initial requirements and for evolving the designed solutions. That’s why we firstly point the relationship between the work to be performed in WP6 and the rest of WPs. The evaluation of how the introduction of solutions (including ICT) in the workplace affects the daily work and impacts on the worker implies a very broad research scope. Very different and complementary research lines are involved in that purpose, and we establish the rationale of the framework in a wide range of methods and tools among which we will choose those most appropriate for the purpose of the framework. The evaluation framework is defined then. Taking into account the available rationale and background, but with the project idiosyncrasy in mind, we establish our primary evaluation targets and process. FACTS4WORKERS tries to change the worker’s practices, using the help of ICT tools (but not only leveraging on them). This is going beyond of just to evaluate the deployed solutions. That’s why the evaluation framework is defined in terms of the validation and impact assessment of the introduced new practices (with the difficulty to separate this impact from other factors), which is going a step further of just using a subset of methods and tools detailed in the rationale.