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About 10,000 papers for “Automation”

Automation Automation Systems Group

Markus Kammerstetter, Lucie Langer, Florian Skopik et al. · 2014

k @ auto.tuwien.ac.at The introduction of smart grids goes along with an extensive use of ICT technologies in order to support the integration of renewable energy sources. However, the use of ICT tech-nologies bears risks in terms of cyber security attacks which could negatively affect the electrical power grid. These risks need to be assessed, mitigated and managed in a proper way to ensure the security of both current and future energy net-works. Existing approaches have been either restricted to very specific components of the smart grid (e.g., smart me-ters), or provide a high-level view only. We therefore pro-pose an architecture-driven security management approach for smart grids which goes beyond a mere abstract view without focusing too much on technical details. Our ap-proach covers architecture modeling, risk identification and assessment as well as risk mitigation and compliance check-ing. We have proven the practical usability of this process together with leading manufacturers and utilities.

Cited by 0

• Home automation / Building automation

2016

The RC2300-ZNM ZigBee Network Module is a compact surface mounted module with a complete embedded ZigBee ® network protocol stack supporting wireless star and mesh topologies based on IEEE 802.15.4 compliant PHY and MAC layers. The network module features an easy-to-use serial interface and API for configuration of the module and for sending and receiving ZigBee packets. The module operates in 16 channels in the 2.45 GHz world-wide license-free ISM band. The complete shielded module is only 12.7 x 25.4 x 2.5 mm with integrated antenna (RC2300AT-ZNM) or pins for external antenna (RC2300-ZNM). The API gives access to 2 digital and 4 analogue I/Os, 4 channels 12 bit ADC and timers. Using the ZigBee Network Module drastically reduces development time and gives a fast-track to a ZigBee compliant product. The ZigBee application can be implemented on any small external MCU (typically 4k Flash) or embedded controller with tools and compilers the developer is already familiar with.

Cited by 0

Design Automation and Manufacturing Automation

Steve Thompson · 2024

Design activity can be very complex in the construction industry, and combines a number of skills including creativity and scientific capability to ensure the end result is fit for purpose, deliverable, performs as expected and overall meets the defined need. It is a knowledge-based activity, but one that can benefit from automation to provide consistent and reliable results. This chapter describes different types of design automation including early stage form-finding, detailed product application, configurators and generative detailed design, and provides examples of each. It also looks at design to manufacturing solutions, how design checking can be automated and the impact of different technologies on design activities.

Cited by 0

Automation

Georg Bretthauer, J. Müller, Markus Ruchter · 2009

This chapter contains sections titled: Introduction Measurement Technology Control Strategies Process Control System (PCS) Information Technologies Conclusions References

Cited by 1

Automation

Daniel Innerarity · The MIT Press eBooks · 2024

Cited by 0

Automation

Nripesh Trivedi · International Journal of Scientific Research and Management (IJSRM) · 2023

Patterns could be expressed in numbers [1]. Numbers can be used to communicate in everyday life [2]. At the smallest scale, information as stored as 0 and 1[2]. The purpose of this paper is to propose automation through a simple ordering process. It is about automating our tasks by using the information above that everything is stored as 0 and 1 at the smallest scale. This information could be used to automate our tasks in information and software systems.

Cited by 0Open access

Automation

Directory of Open Access Journals (EBSCO) · 2021

Cited by 0Open access

Automation

Xiaodong Yan A, Giovanni Cardone A, Xing Zhang C et al. · 2013

Cited by 0

Automation

Roy L. Simpson · Nursing Management · 2006

Cited by 1

Automation

ATE Central (National Science Foundation)

This is a webpage with many learning objects for Automation covering the following areas: Open/Closed Loops, Feedback Devices, Control Modes, and Servo Systems.

Cited by 0

Automation

Ko Ko Lwin, Yuji Murayama · Springer textbooks in earth sciences, geography and environment · 2025

Cited by 0

»Automation«

Rüdiger Zill · Verlag Karl Alber eBooks · 2020

Die voranschreitenden Forschungen zum Nachlass Hans Blumenbergs zeichnen ein immer schärferes Bild eines Denkers, der sowohl umfangreiche Arbeiten zur Geistes- und Technikgeschichte vorlegte als auch das öffentliche Denken beeinflusst hat – unter anderem durch Präsenz im Radio und regelmäßige Beiträge zum Feuilleton von FAZ und NZZ. Der Sammelband wird durch ein bisher unveröffentlichtes Forschungsmanuskript Hans Blumenbergs aus dem Themenbereich der Technikphilosophie abgerundet, das für den Band transkribiert und kommentiert wurde. Mit Beiträgen von Hans Blumenberg (aus dem Nachlass), Alberto Fragio, Andrew Hines, Sandra Markewitz, Marco Mauerer, Angus Nicholls, Martina Philippi, Josefa Ros Velasco, Nicola Zambon und Rüdiger Zill.

Cited by 0Open access

Automation

The Editors · Challenge · 1962

Cited by 0

Automation

Christopher O'Neill (566567), Georgia Van Toorn (18558970), Maitreya Shah (18558973) et al. · Figshare · 2024

Cited by 0Open access

Automation

Hongyu Kuang, Patrick Mäder, Hao Hu et al. · 2013

Abstract—It is common practice for requirements traceability research to consider method call dependencies within the source code (e.g., fan-in/fan-out analyses). However, current approaches largely ignore the role of data. The question this paper investigates is whether data dependencies have similar relationships to requirements as do call dependencies. For example, if two methods do not call one another, but do have access to the same data then is this information relevant? We formulated several research questions and validated them on three large software systems, covering about 120 KLOC. Our findings are that data relationships are roughly equally relevant to understanding the relationship to requirements traces than calling dependencies. However, most interestingly, our analyses show that data dependencies complement call dependencies. These findings have strong implications on all forms of code understanding, including trace capture, maintenance, and validation techniques (e.g., information retrieval). Keywords- requirements traceability; feature location; source code dependencies; program analysis; method call dependencies; method data dependencies; I.

Cited by 0