About Technology Issues FAQ

exaly › Authors › Frank Allgöwer › Discipline Rankings

Frank Allgöwer

459(top 0.1%)

PR articles

10.7K(top 1%)

PR citations

52(top 1%)

PR h-index

66(top 1%)

h-index

811

documents

21.0K

doc citations

1.4K

citing journals

100

times ranked

Filter by:Articles (Lifetime) (3) | Articles (per year) (8) | Citations (Lifetime) (2) | Citations (per year) (16) | Most Cited Peer-Reviewed Article (per year) (20) | Low Rankings (per year) (61) |

1^st most cited peer-reviewed article in Systems Biology (2004) [with 60 citations of a peer-reviewed article]

1^st most cited author in Process Control (2002) [with 638 peer-reviewed citations of 2 peer-reviewed articles]

1^st most cited peer-reviewed article in Process Control (2002) [with 638 citations of a peer-reviewed article]

3^rd most published author in Control Theory (2013) [with 7 peer-reviewed articles having 420 peer-reviewed citations]

3^rd most cited author in Nonlinear systems (2003) [with 261 peer-reviewed citations of 2 peer-reviewed articles]

3^rd most cited peer-reviewed article in Nonlinear systems (2003) [with 261 citations of a peer-reviewed article]

5^th most published author in Automation (2012) [with 6 peer-reviewed articles having 436 peer-reviewed citations]

5^th most published author in Automation (2014) [with 7 peer-reviewed articles having 364 peer-reviewed citations]

6^th most cited author in Automation (1998) [with 1,425 peer-reviewed citations of 1 peer-reviewed articles]

6^th most cited peer-reviewed article in Automation (1998) [with 1,425 citations of a peer-reviewed article]

6^th most cited author in Control Theory (2003) [with 566 peer-reviewed citations of 4 peer-reviewed articles]

7^th most published author in Automation (2023) [with 12 peer-reviewed articles having 562 peer-reviewed citations]

8^th most published author in Automation (2017) [with 9 peer-reviewed articles having 449 peer-reviewed citations]

13^th most cited peer-reviewed article in Nonlinear systems (2012) [with 114 citations of a peer-reviewed article]

13^th most cited peer-reviewed article in Nonlinear systems (2023) [with 50 citations of a peer-reviewed article]

14^th most cited peer-reviewed article in Automation (2021) [with 932 citations of a peer-reviewed article]

15^th most cited author in Automation (2021) [with 932 peer-reviewed citations of 6 peer-reviewed articles]

15^th most cited author in Automation (2023) [with 562 peer-reviewed citations of 12 peer-reviewed articles]

15^th most cited author in Nonlinear systems (2012) [with 114 peer-reviewed citations of 1 peer-reviewed articles]

19^th most cited author in Automation (2011) [with 1,252 peer-reviewed citations of 5 peer-reviewed articles]

20^th most cited peer-reviewed article in Control Theory (2003) [with 566 citations of a peer-reviewed article]

22^nd most published author in Automation (2016) [with 6 peer-reviewed articles having 349 peer-reviewed citations]

26^th most cited peer-reviewed article in Automation (2011) [with 1,252 citations of a peer-reviewed article]

28^th most published author in Automation (lifetime) [with 97 peer-reviewed articles having 8,639 peer-reviewed citations]

30^th most published author in Automation (2019) [with 6 peer-reviewed articles having 464 peer-reviewed citations]

36^th most cited author in Control Theory (2013) [with 420 peer-reviewed citations of 7 peer-reviewed articles]

39^th most cited peer-reviewed article in software (2024) [with 67 citations of a peer-reviewed article]

44^th most published author in Automation (2021) [with 6 peer-reviewed articles having 932 peer-reviewed citations]

44^th most published author in Process Control (lifetime) [with 18 peer-reviewed articles having 1,307 peer-reviewed citations]

45^th most cited peer-reviewed article in Automation (2006) [with 454 citations of a peer-reviewed article]

45^th most cited author in Automation (lifetime) [with 8,639 peer-reviewed citations of 97 peer-reviewed articles]

46^th most cited peer-reviewed article in Process Control (2000) [with 91 citations of a peer-reviewed article]

47^th most cited author in Nonlinear systems (2015) [with 106 peer-reviewed citations of 2 peer-reviewed articles]

48^th most cited peer-reviewed article in Process Control (1998) [with 35 citations of a peer-reviewed article]

51^st most cited author in Automation (2006) [with 454 peer-reviewed citations of 1 peer-reviewed articles]

53^rd most cited peer-reviewed article in Nonlinear systems (2015) [with 106 citations of a peer-reviewed article]

54^th most cited author in Nonlinear systems (lifetime) [with 659 peer-reviewed citations of 14 peer-reviewed articles]

55^th most cited author in System analysis (2013) [with 299 peer-reviewed citations of 3 peer-reviewed articles]

56^th most cited peer-reviewed article in software (2021) [with 152 citations of a peer-reviewed article]

59^th most cited peer-reviewed article in Nonlinear systems (2021) [with 62 citations of a peer-reviewed article]

60^th most cited author in software (2021) [with 152 peer-reviewed citations of 1 peer-reviewed articles]

61^st most cited author in Process Control (2014) [with 228 peer-reviewed citations of 4 peer-reviewed articles]

62^nd most cited peer-reviewed article in Systems Analysis (2011) [with 123 citations of a peer-reviewed article]

73^rd most published author in Nonlinear systems (lifetime) [with 14 peer-reviewed articles having 659 peer-reviewed citations]

76^th most cited peer-reviewed article in System analysis (2013) [with 299 citations of a peer-reviewed article]

76^th most cited peer-reviewed article in software (2023) [with 72 citations of a peer-reviewed article]

91^st most cited author in Systems Analysis (2011) [with 123 peer-reviewed citations of 1 peer-reviewed articles]

94^th most cited peer-reviewed article in Control Theory (2013) [with 420 citations of a peer-reviewed article]

95^th most cited author in Automation (2012) [with 436 peer-reviewed citations of 6 peer-reviewed articles]

What do discipline rankings show?

This page lists scientific disciplines where Frank Allgöwer ranks among the global top 100, by peer-reviewed article count, peer-reviewed citation count, or most cited peer-reviewed article within publications classified under that discipline.

What do A pos and C pos mean?

The # column is the rank of each listed entry for Frank Allgöwer — rank 1 means this entry is where Frank Allgöwer has the most articles or citations. A pos and C pos show the reciprocal: the position of Frank Allgöwer within that entry's own ranked list, by articles and citations respectively. A low value means Frank Allgöwer is among the most prominent contributors for that entry.

site/software © exaly; All materials licenced under CC by-SA.