BibSLEIGH — Petter

Travelled to:

1 × India
1 × Sweden
1 × USA
2 × Canada

Collaborated with:

B.Lennartson M.Fabian O.Semeniuta K.Andersson Adnan Khan K.Bengtsson C.Yuan M.Tittus Sebastian Dransfeld Ashfaq Farooqui S.Biller C.Thorstensson Martin Dahl S.Riazi Thomas Diding K.Åkesson S.Miremadi A.Vergnano M.Pellicciari F.Leali

Talks about:

system (7) specif (4) control (3) manufactur (2) schedul (2) product (2) generat (2) flexibl (2) discret (2) automat (2)

Person: Petter Falkman

DBLP: Falkman:Petter

Contributed to:

2015

2010

2009

2007

2005

2016

2017

2018

2019

Wrote 13 papers:

CASE-2015-SemeniutaF #approach #data flow #formal method #industrial #specification: Discrete event dataflow as a formal approach to specification of industrial vision systems (OS, PF), pp. 849–854.
CASE-2010-BengtssonTLAYMF #automation #design #identification #sequence #visualisation: Relations identification and visualization for sequence planning and automation design (KB, CT, BL, KÅ, CY, SM, PF), pp. 841–848.
CASE-2010-VergnanoTLFPYBL #energy #optimisation #scheduling: Embedding detailed robot energy optimization into high-level scheduling (AV, CT, BL, PF, MP, CY, SB, FL), pp. 386–392.
CASE-2009-AnderssonLFF #generative: Generation of restart states for manufacturing systems with discarded workpieces (KA, BL, PF, MF), pp. 191–196.
CASE-2009-BengtssonLYFB #development #logic #specification: Operation-oriented specification for integrated control logic development (KB, BL, CY, PF, SB), pp. 183–190.
CASE-2007-FalkmanLA #specification #using: Specification of Production Systems using PPN and Sequential Operation Charts (PF, BL, KA), pp. 20–25.
CASE-2005-FalkmanLT #algebra #petri net #process #specification #using: Specification of a batch plant using process algebra and Petri nets (PF, BL, MT), pp. 339–344.
CASE-2005-LennartsonFF #architecture #flexibility: Control architecture for flexible production systems (BL, MF, PF), pp. 307–312.
CASE-2016-SemeniutaDF #component: Vision-based robotic system for picking and inspection of small automotive components (OS, SD, PF), pp. 549–554.
CASE-2017-KhanFF #automation #framework #generative #logic #safety: Virtual engineering framework for automatic generation of control logic including safety (AK, PF, MF), pp. 648–653.
CASE-2018-FarooquiFF #automation #learning #modelling #simulation #towards: Towards Automatic Learning of Discrete-Event Models from Simulations (AF, PF, MF), pp. 857–862.
CASE-2018-KhanDFF #legacy #simulation #testing #validation: Digital Twin for Legacy Systems: Simulation Model Testing and Validation (AK, MD, PF, MF), pp. 421–426.
CASE-2019-RiaziDFBL #flexibility #scalability #scheduling: Scheduling and Routing of AGVs for Large-scale Flexible Manufacturing Systems (SR, TD, PF, KB, BL), pp. 891–896.