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1
book article
Effective modeling and simulation of complicated fluid power systems
Grossschmidt, Gunnar
;
Harf, Mait
Modern Fluid Power : Challenges, Responsibilities, Markets : 9th International Fluid Power Conference, 24th-26th March 2014, Aachen, Germany : proceedings. Vol. 2, Conference : tuesday, March 25th + scientific poster session
2014
/
p. 374-385 : ill
book article
2
book article
Multi-pole modeling and intelligent simulation of control valves of fluid power systems (part 1)
Harf, Mait
;
Grossschmidt, Gunnar
Proceedings of the 9th International Conference of DAAAM Baltic Industrial Engineering, 24-26th April 2014, Tallinn, Estonia
2014
/
p. 17-22 : ill
book article
3
book article
Multi-pole modeling and intelligent simulation of control valves of fluid power systems (part 2)
Harf, Mait
;
Grossschmidt, Gunnar
Proceedings of the 9th International Conference of DAAAM Baltic Industrial Engineering, 24-26th April 2014, Tallinn, Estonia
2014
/
p. 23-28 : ill
book article
4
book article
Multi-pole modeling and intelligent simulation of technical chain systems (Part 1)
Grossschmidt, Gunnar
;
Harf, Mait
Proceedings of the 8th International Conference of DAAAM Baltic Industrial Engineering, 19-21st April 2012, Tallinn, Estonia. 2
2012
/
p. 458-463 : ill
book article
5
journal article
Multi-pole modeling and simulation of an electro-hydraulic servo-system in an intelligent programming environment
Harf, Mait
;
Grossschmidt, Gunnar
International journal of fluid power
2016
/
p. 1-13 : ill
http://dx.doi.org/10.1080/14399776.2015.1110093
journal article
6
book article
Multi-pole modelling and intelligent simulation of a fluid power feeding system with a pneumo-hydraulic accumulator
Harf, Mait
;
Grossschmidt, Gunnar
16th International Conference on Modeling and Applied Simulation (MAS 2017) : held at the International Multidisciplinary Modeling and Simulation Multiconference (I3M 2017), Barcelona, Spain, 18 – 20 September 2017
2017
/
p. 128-135
http://www.scopus.com/inward/record.uri?eid=2-s2.0-85035125034&partnerID=40&md5=1383db926eab8e4c7540e2c6d237033c
book article
7
book article
Using multi-pole modeling and intelligent simulation in design of a hydraulic drive
Harf, Mait
;
Grossschmidt, Gunnar
The 14th International Conference on Modeling and Applied Simulation, MAS 2015 : September 21-23 2015, Bergeggi, Italy : proceedings
2015
/
p. 89-95
http://www.scopus.com/inward/record.url?eid=2-s2.0-84960887645&partnerID=40&md5=fda00b9d82183bf4f2361f9f0e6f4237
book article
8
book article
Using multi-pole modeling and intelligent simulation in design of a hydraulic drive with two-directional flow regulating valve [part 2]
Harf, Mait
;
Grossschmidt, Gunnar
Proceedings of the 11th International Conference of DAAAM Baltic Industrial Engineering : 20-22th April 2016, Tallinn, Estonia
2016
/
p. 19-24 : ill
http://innomet.ttu.ee/daaam/
book article
Number of records 8, displaying
1 - 8
keyword
467
1.
multi-pole model
2.
multi-pole model design
3.
multi-pole mathematical model
4.
multi model ensemble (MME)
5.
multi-loop model reference control
6.
pole width to pole pitch ration
7.
multi-risk/multi-criteria
8.
fractional power zero-pole
9.
Pole figures
10.
pole placement
11.
Pole Placement Method (PP)
12.
robust pole placement
13.
apartments in multi-family buildings
14.
Bio-active™ multi-force archwires
15.
evolutionary algorithm multi-objective
16.
maximal multi-focusing
17.
multi agent
18.
multi agent simulation
19.
multi agent system
20.
multi agent systems
21.
multi scale analysis
22.
multi-abstraction
23.
multi-access edge computing
24.
multi-access edge computing (MEC)
25.
multi-actor effects
26.
multi-agent
27.
Multi-agent reinforcement learning
28.
multi-agent system
29.
multi-agent system (MAS)
30.
multi-agent systems
31.
multi-area coordination
32.
Multi-area coordination of integrated electricity and natural gas transmission system
33.
multi-armed bandit solver
34.
multi-authority situation
35.
multi-axial stress
36.
multi-byte encoding
37.
multi-centre
38.
multi-channel
39.
multi-channel elections
40.
multi-class support vector machine (m-SVM)
41.
multi-classed object detection
42.
multi-country analysis
43.
multi-criteria analysis
44.
Multi-criteria decision analysis
45.
multi-criteria decision-making
46.
multicriteria decisionmaking problem
47.
multi-criteria design
48.
multi-criteria evaluation
49.
multi-criteria optimization
50.
multi-criteria recommendation
51.
Multi-cultural fermentation
52.
multi-deck ship
53.
multi-element
54.
multi-energy microgrid
55.
multi-family buildings
56.
multi-force orthodontic wires
57.
multi-formalism
58.
multi-hop
59.
multi-hop routing protocol
60.
multi-layered curriculum design
61.
multi-level governance
62.
multi-level inverter
63.
multi-level modeling
64.
multi-level perspective
65.
multi-level perspective of sustainability transitions
66.
multi-level selection and processing environment
67.
multi-machine
68.
multi-machine industrial power plant
69.
multi-machine power system
70.
multi-modal logistics management
71.
multi-mode control
72.
multi-objectiv
73.
multi-objective
74.
multi-objective optimisation
75.
multi-objective optimization
76.
multi-objective optimization (MOO)
77.
multi-optimization
78.
Multi-paradigm Modelling (MPM)
79.
multi-parameter
80.
multi-path
81.
multi-phase
82.
multi-phase flow
83.
multi-phase materials
84.
multi-port converters
85.
multi-processor
86.
multi-processor system-on-chip
87.
multi-processor system-on-chips (MPSoCs)
88.
multi-project management
89.
multi-proxy
90.
multi-proxy approach
91.
multi-proxy study
92.
multi-pump system
93.
multi-rate control
94.
multi-rotor helicopter
95.
multi-signatures
96.
multi-source district heating
97.
multi-stakeholder collaboration
98.
multi-stakeholder governance
99.
multi-stakeholder systems
100.
multi-step and multilevel planning
101.
multi-stream interaction machine
102.
multi-taxon
103.
multi-threads
104.
multi-type dislocation substructure
105.
multi-variate prediction
106.
optimal multi-energy flows
107.
single- and multi-walled carbon nanotubes
108.
tactical multi-hop routing protocol
109.
acoustic model
110.
adjusted DuPont model
111.
agent-based model
112.
analysis model
113.
analytical lumped parameter model
114.
analytical model
115.
analytical thermal model approach
116.
APARHC model
117.
APICS competence model
118.
armature current model
119.
asymmetric model
120.
attack model
121.
automatic GUI model generation
122.
automatic model creation
123.
Bass model
124.
Bayesian model averaging
125.
beyond standard model
126.
bicycle model
127.
business model
128.
business model archetypes
129.
business model attributes
130.
business model canvas
131.
business model classification
132.
business model generation
133.
business model innovation
134.
Business Model Innovation (BMI)
135.
business model reconfiguration
136.
business model research
137.
business network model
138.
Caco2 model cells
139.
Capability Maturity Model Integration for Development
140.
cartesian system model
141.
CERC model
142.
chain model
143.
channel model
144.
charging planning model
145.
Coalitional game model
146.
communication model
147.
compact empirical model
148.
company analyze model
149.
competence model
150.
competency model
151.
Comprehensive Situation Awareness Model
152.
conceptual data model
153.
conceptual model
154.
conceptual model of curriculum for accounting specialization
155.
condenser model
156.
constitutive model
157.
Context model
158.
corrosion model
159.
country analysis model
160.
coupled coils model
161.
crop model
162.
data generative model
163.
data quality maturity model
164.
decentralized model predictive control
165.
deep learning model
166.
default company model
167.
design model
168.
design-driven business model
169.
designing a teaching model
170.
detailed model
171.
didactic model
172.
digital surface model (DSM)
173.
disease model
174.
distributed activation energy model
175.
Dodd–Deeds model
176.
domain model
177.
domain model and domain modelling
178.
dq0 model
179.
DSGE model
180.
DSL meta-model ontology
181.
Ducoffe’s advertisement value model
182.
Ducoffe’s advertising model
183.
dynamic factor model
184.
dynamic model
185.
Dynamical vegetation model
186.
Ecological Regional Ocean Model (ERGOM)
187.
economic model
188.
Economic optimization model
189.
EES model
190.
EES Model-2
191.
elaboration likelihood model
192.
electricity demand model
193.
Electronic Education System Model-2
194.
empirical energy consumption model
195.
empirical model
196.
end member mixing model
197.
endogenous growth model
198.
energy system model
199.
enzyme-constrained genome-scale model
200.
enterprise analysis model (EAM)
201.
entrepreneurial intention transformation model “EITM”
202.
equivalent circuit model
203.
Eringen model
204.
Estonian sustainability model
205.
Eulerian model
206.
European Charring Model
207.
EV load model
208.
Event Processing Network Model
209.
experience pyramid model
210.
Experimental model
211.
explainable AI model
212.
exponential load model
213.
exponential model
214.
fault analysis model
215.
Felder-Silverman model
216.
FEM-model
217.
field tests model validation
218.
finite control set-model predictive control (FCS-MPC)
219.
finite element model
220.
finite-element (FE) model
221.
finite-element model
222.
fire design model
223.
fixed country-effect model
224.
FOPDT model
225.
friction model
226.
functional fault model
227.
fuzzy logic model
228.
gaussian mixture model
229.
Gaussian model
230.
genome model
231.
Genome-scale metabolic model
232.
geoid model
233.
GIS model
234.
Global climate model
235.
goal model
236.
gravity model
237.
grey box model
238.
GTAP model
239.
GUI model
240.
habitat model
241.
habitat suitability model
242.
Hammerstein-Wiener model
243.
HBM model
244.
Hidden Markov Model (HMM)
245.
high-frequency model
246.
high-level control fault model
247.
high-level fault model
248.
high-level functional fault model
249.
HIROMB-BOOS-Model (HBM)
250.
HL7 Version 3: Reference Information Model (RIM)
251.
holistic M&A model
252.
holistic merger and acquisition model
253.
hot/cold pressing and finite element model simulation
254.
hydraulic model
255.
hydraulic network model
256.
hydrodynamic model
257.
Ice history model
258.
inductive model
259.
information model
260.
input-output model
261.
integrated quadruple instructional model
262.
integrated waste management model
263.
integrative pedagogy model
264.
interpretive structural model (ISM)
265.
Jiles–Atherton (JA) model
266.
joint model
267.
Kano model
268.
KPI selection model
269.
KPIs selection model
270.
laboratory domain model
271.
Lagrangian model
272.
logistic model
273.
logistics competence model
274.
loss model
275.
LSV model
276.
lumped model
277.
lumped-parameter model
278.
Machine Learning Explainable model
279.
machine-learning predictive model
280.
MACRO model
281.
Markov-switching model
282.
mathematical model
283.
maturity model
284.
measurement model
285.
mental model
286.
metadata model for security measures
287.
meta-model
288.
MGARCH model
289.
microscopic traffic flow model
290.
model
291.
model amphipathic peptide
292.
model averaging
293.
model based testing
294.
model building
295.
model calibration
296.
model checking
297.
model communities
298.
model compression
299.
model construction
300.
model description
301.
Model Driven Architecture
302.
model driven engineering
303.
model ensemble
304.
model evaluation
305.
model identification
306.
model learning
307.
model matching problem
308.
model of fracture mechanism
309.
model of fracturemechanism
310.
model of friction
311.
model of non-technical engineering competences
312.
model order estimation
313.
model order reduction
314.
model order reduction (MOR)
315.
model predictive control
316.
model predictive control (MPC)
317.
model reanalysis
318.
model reduction
319.
model reference adaptive control
320.
model reference controller
321.
model refinement
322.
model smell
323.
Model test
324.
model transformation
325.
model transformations
326.
Model validation
327.
model verification
328.
model-based control
329.
model-based development
330.
Model-Based Engineering (MBE)
331.
model-based mutation testing
332.
model-based patterns
333.
model-based software development
334.
Model-Based Systems Engineering (MBSE)
335.
model-based testing
336.
model-based verification
337.
model-checking
338.
model-driven design
339.
model-driven development
340.
model-free control
341.
model-free methods
342.
model-scale experiments
343.
modified winding function‐based model
344.
modulated finite control set-model predictive control
345.
multiagent-based microscopic traffic assignment model (MMTAM)
346.
multidomain language model
347.
multiplicative neuron model
348.
natural background model
349.
Neyman-Pearson model
350.
NKG2015 geoid model
351.
NN-ANARX model
352.
nonlinear model identification
353.
nonlinear model predictive control
354.
nonlinear time-varying factor model
355.
non-thermal model
356.
Nonthermal model
357.
NSPT model
358.
object model
359.
ocean-sea-ice model
360.
open architecture model
361.
open-economy dynamic general equilibrium model
362.
openEHR RM (Reference Model)
363.
optimal model
364.
panel threshold model
365.
panel vector autoregressive model (VAR)
366.
parallel reaction model
367.
path loss model
368.
Peirce’s triadic model
369.
Peirce's model
370.
photodiode model
371.
PLM maturity model
372.
plume model
373.
POM model
374.
population balance model
375.
Porter’s diamond model
376.
power loss model
377.
power market model
378.
prediction model
379.
predictive model
380.
pre-trained model
381.
price-sensitive model of flexible equipment
382.
Princeton Ocean Model
383.
Probabilistic Graph Model (PGM)
384.
probabilistic model
385.
process model
386.
Quadruple Helix Model
387.
recurrent neural network language model
388.
reduced order model
389.
reference model
390.
regression based model
391.
regulatory model
392.
reputation model
393.
residential electricity consumption model
394.
Residual Terrain Model (RTM) anomaly
395.
residual terrain model anomaly
396.
retaining research financing, changes in salary rules; new academic career model
397.
Reynolds stress turbulence model
398.
Richardson Maturity Model
399.
risk evaluation model
400.
risk evaluation model development
401.
risk management model
402.
scalar model
403.
Scott-Kennel model
404.
security model
405.
shared mental model
406.
SHEL model
407.
ship model basin
408.
simplified model
409.
simulating waves nearshore (SWAN) model
410.
simulation model
411.
simulink model
412.
Simultaneous model-based optimization
413.
single-cell model
414.
sliding model control
415.
small-signal model
416.
SOILN model
417.
specific energy model
418.
standard cost model
419.
statistical model residuals
420.
Storm Water Management Model (SWMM5)
421.
Straussian theory model
422.
structural model
423.
stuck-at fault model
424.
supply chain model framework
425.
supply chain operations reference (SCOR) model
426.
surrogate model
427.
sustainability model framework
428.
SWAN model
429.
Zimbabwe agro-pastoral management model
430.
ZIP model
431.
zonal model
432.
teaching model
433.
technology acceptance model
434.
Technology Acceptance Model (TAM)
435.
tender evaluation model
436.
test model design
437.
The Baltic Sea Model Intercomparison Project (BMIP)
438.
the model of non-technical competences
439.
thermal model
440.
tobit regression model
441.
trade gravity model
442.
transnational model
443.
transport model
444.
transportation model
445.
tunnelling‐percolation model
446.
turn model
447.
two-dimensional model
448.
two-factor model
449.
Ulrich HR roles model
450.
ultra-local model
451.
ultralocal model (ULM) control
452.
Uppaal model-checker
453.
user behavioral model
454.
user dialogue model
455.
utility model
456.
validation of simulation model
457.
value-centric model
458.
wave model
459.
Vector Error Correction Model
460.
vector space model
461.
Wells-Riley model
462.
verification by model checking
463.
whole-cell model
464.
Viable Systems Model
465.
wind force model
466.
VRH model
467.
3D model
subject term
2
1.
Fit Model
2.
General Estuarine Transport Model (GETM)
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