%0 Book Section %1 SchlundGerlachEtAl13p169 %A Schlund, Sebastian %A Gerlach, Stefan %A Schweizer, Wolfgang %A Laufs, Uwe %A Schneider, Patrick %A Zibuschka, Jan %B EcoProduction and Logistics %C Heidelberg %D 2013 %E Golinska, Paulina %I Springer %K 01624 103 springer paper embedded ai mobile user interface assist factory optimize energy admin %P 169--184 %R 10.1007/978-3-642-23553-5_11 %T Mobile Assistance for Energy-Efficient Production: Scenario Parameters and System Impact %X Increasing scarcity of resources and high energy costs have led to an increasing relevance of energy-efficiency over the last few years. While a lot of efforts are already being made to optimize energy-efficient production in large companies, there is still a lack of practicable support for small and medium enterprises (SME). While new equipment is mostly designed according to energy-efficiency requirements, feasible action is needed to decrease energy consumption of existing equipment on the shop-floor level. As actions on this small scale rely on dependable information and its use at the right time and place, involvement of ICT devices becomes evident. This chapter describes scenarios as well as a derived system design to integrate mobile and stationary devices for energy-efficient dimensioning and energy optimized operation within the framework of order-related manufacturing. Emphasis is placed on the consolidated consideration of various individual measures. The scenarios provide a basis for further requirements analysis and evaluation of the assistant system. %@ 978-3-642-23552-8

@incollection{SchlundGerlachEtAl13p169, abstract = {Increasing scarcity of resources and high energy costs have led to an increasing relevance of energy-efficiency over the last few years. While a lot of efforts are already being made to optimize energy-efficient production in large companies, there is still a lack of practicable support for small and medium enterprises (SME). While new equipment is mostly designed according to energy-efficiency requirements, feasible action is needed to decrease energy consumption of existing equipment on the shop-floor level. As actions on this small scale rely on dependable information and its use at the right time and place, involvement of ICT devices becomes evident. This chapter describes scenarios as well as a derived system design to integrate mobile and stationary devices for energy-efficient dimensioning and energy optimized operation within the framework of order-related manufacturing. Emphasis is placed on the consolidated consideration of various individual measures. The scenarios provide a basis for further requirements analysis and evaluation of the assistant system.}, added-at = {2015-11-27T11:07:29.000+0100}, address = {Heidelberg}, author = {Schlund, Sebastian and Gerlach, Stefan and Schweizer, Wolfgang and Laufs, Uwe and Schneider, Patrick and Zibuschka, Jan}, biburl = {https://www.bibsonomy.org/bibtex/271c44c4fe26eda65f7eeb21d80e86bf9/flint63}, booktitle = {EcoProduction and Logistics}, doi = {10.1007/978-3-642-23553-5_11}, editor = {Golinska, Paulina}, file = {Springer Pro:2013/SchlundGerlachEtAl13p169.pdf:PDF;Springer Pro:http\://www.springerprofessional.de/mobile-assistance-for-energy-efficient-production-scenario-param/3724814:URL}, groups = {public}, interhash = {d49e863b7703deed33917bb10af4de43}, intrahash = {71c44c4fe26eda65f7eeb21d80e86bf9}, isbn = {978-3-642-23552-8}, issn = {2193-4614}, keywords = {01624 103 springer paper embedded ai mobile user interface assist factory optimize energy admin}, pages = {169--184}, publisher = {Springer}, timestamp = {2017-07-13T17:30:21.000+0200}, title = {Mobile Assistance for Energy-Efficient Production: Scenario Parameters and System Impact}, username = {flint63}, year = 2013 }