Logo

Publikacije (308)

Nazad
1. 1. 2012.
0
Vedran Bilas, Z. Kovačić, Miro Milanovič, Davor Petrinović, Branko Jeren, B. Katalinic, Sanjit K. Mitra, B. Modlic et al.

ed/Indexed in Science Citation Index Expanded, SCOPUS, EBSCO and INSPEC (Institution of Electrical Engineers)

1. 1. 2012.
0
Vedran Bilas, Z. Kovačić, Miro Milanovič, Davor Petrinović, Branko Jeren, B. Katalinic, Sanjit K. Mitra, B. Modlic et al.

ed/Indexed in Science Citation Index Expanded, SCOPUS, EBSCO and INSPEC (Institution of Electrical Engineers)

1. 1. 2012.
0
Vedran Bilas, Z. Kovačić, Miro Milanovič, Davor Petrinović, Branko Jeren, B. Katalinic, Sanjit K. Mitra, B. Modlic et al.

ed/Indexed in Science Citation Index Expanded, SCOPUS, EBSCO and INSPEC (Institution of Electrical Engineers)

1. 1. 2012.
0
Vedran Bilas, Z. Kovačić, Miro Milanovič, Davor Petrinović, Branko Jeren, Sanjit K. Mitra, B. Modlic, Lucio Vegni et al.

ed/Indexed in Science Citation Index Expanded, SCOPUS, EBSCO and INSPEC (Institution of Electrical Engineers)

A. Sabanoviç, Islam S. M. Khalil

Motion control systems represent a main subsystem for majority of processing systems that can be found in the industrial sector. These systems are concerned with the actuation of all devices in the manufacturing process such as machines, robots, conveyor systems and pick and place mechanisms such that they satisfy certain motion requirements, e.g., the pre specified reference trajectories are followed along with delivering the proper force or torque to the point of interest at which the process occurs. In general, the aim of force/torque control is to impose the desired force on the environment even if the environment has dynamical motion.

Nema pronađenih rezultata, molimo da izmjenite uslove pretrage i pokušate ponovo!

Pretplatite se na novosti o BH Akademskom Imeniku

Ova stranica koristi kolačiće da bi vam pružila najbolje iskustvo

Saznaj više