Application oriented view Clause Samples
Application oriented view. The survey within the SmartVortex project is a preparation step within the requirement analysis to encounter if the envisioned and planned use cases are representative to solve problems which are common in the European industries and which solutions of these problems open up better conditions for functional engineering methods which are the key for service-oriented business models. The SmartVortex team has focused on the industrial partners to verify if requirements dedicated to data steam computing and management show similarities and can be unified to be applied with a single focused solution to each participant‟s industrial domain and service offer intention. During the workshops which are documented in Annex 2 requirements to perform the following generic goals have been discussed:
a) Reduction of work iterations and reviewing time while evaluating very large data sets of raw data produced by multiple simulation runs of high complex simulation tools already when reading the data repositories.
b) Cost reduction at maintenance obligations performed with optimized planning of preventive maintenance activities and enlarged service intervals
c) Higher competitiveness reached by preparation and optimization of basis and entrance design parameters for the dimensioning of complex machinery systems
d) Decreased warranty and repair costs and higher availability of systems enabled with early fault trend recognition and prevention of damages in the machinery
e) Higher work quality due to improved user education, training and collaborative communication based on traceable interaction between humans and machinery elaborated with measurement of operational parameters
Application oriented view. The survey within the SmartVortex project is a preparation step within the requirement analysis to encounter if the envisioned and planned use cases are representative to solve problems which are common in the European industries and which solutions of these problems open up better conditions for functional engineering methods which are the key for service-oriented business models. The SmartVortex team has focused on the industrial partners to verify if requirements dedicated to data steam computing and management show similarities and can be unified to be applied with a single focused solution to each participant‟s industrial domain and service offer intention. During the workshops which are documented in chapter 2 requirements to perform the following generic goals have been discussed:
a) Reduction of work iterations and reviewing time while evaluating very large data sets of raw data produced by multiple simulation runs of high complex simulation tools already when reading the data repositories.
b) Cost reduction at maintenance obligations performed with optimized planning of preventive maintenance activities and enlarged service intervals
c) Higher competitiveness reached by preparation and optimization of basis and entrance design parameters for the dimensioning of complex machinery systems
d) Decreased warranty and repair costs and higher availability of systems enabled with early fault trend recognition and prevention of damages in the machinery
e) Higher work quality due to improved user education, training and collaborative communication based on traceable interaction between humans and machinery elaborated with measurement of operational parameters
f) Deeper understanding of physical interrelations during the operational process of complex machinery and dependencies between tools, materials and design strategies and used machinery parameters.
g) Elimination of financial risk and liability entitlements while entering in business models and customer quotes based on service-oriented offers which are based on intangible assets like physical parameters (torque, speed, time to, ..) or commercial parameters (reliability, availability, down times,….). In this business models these parameters need to be contractually agreed as warranted characteristics under specific defined conditions.
