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System Level Modeling for Cyber-Physical Engineering Structures in the
Cloud Subject code: NMVKFSEMNE Course code: KFS_EA_ENG,
KFS_LA_ENG Academic year: 2019/2020, fall
semester
Class
Lecturer, course leader
Course requirements Participation
at lectures and suitable work during laboratories. Accepted
assignment with sufficient grade at the minimum. Presentation about
model developed for assignment. See the relevant course requirements document
at the John von Neumann Faculty of Informatics. Conditions and course work
Assignment The purpose of
assignment is to achieve a minimum skill in definition of advanced
engineering model system. Student selects
object structures to be represented, elaborates plan of model then applies
this plan at the elaboration of models as individual work for the assignment.
Model must include mandatory features as listed below. Tasks included in the work for the assignment and the maximum
attainable marks for each task are as follows: 1. Select
object structures for solids (10 marks). 2. Elaborate plan of model definition which includes objects, parameters,
behaviors, and contexts (30 marks). Result of tasks 1 and 2 should be
submitted as free formatted PDF document in e-mail to course leader. Deadline is 15 November 2019. 3. Preparing
models and propagating them in the V6 PLM model base in accordance with the
instructions announced during the course. The model must be defined using
result of Task 2. Model must be contextually active. (40 marks) 4. Presentation
using active model in the V6 PLM system at the laboratory. 10 minutes are
available for each student. (20 marks) The model must
be accessible in the V6 system of the laboratory for evaluation by the
lecturer. Scheduled class hours will be available for the preparation of
assignment model. The deadline for tasks 3 and 4 will be
announced during the course. Mandatory
features of the model system for the assignment A model system is to be elaborated which consists
of three connected functional solid body representations. Each solid
body must include five different types of functional features at the
minimum. For this purpose, solid functional set should be defined.
Shellable, protected, internal, external, added, and core functional
behaviors must be represented in models. One of the solids must include
surface representation as feature consisting of three different surface types
while each is controlled by two curves. Assistance for
course work Teaching materials are available on the Internet pages of the
lecturer: http://users.nik.uni-obuda.hu/lhorvath/hl7okte.htm#SLM. World leading industrial modeling platform (Dassults Systémes V6 PLM) is available for lectures and laboratories at teacher and student
workstations in the Laboratory of Intelligent Engineering Systems. Consultations during laboratory classes.
Additional consultation on demand.
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