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Yunfeng Hou - IEEE Xplore Author Profile
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Yunfeng Hou

Publications
15
Citations
27
Publications by Year
20162025
Co-Authors:
Show All Co-Authors (35)
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Yunfeng Hou

Affiliation

Institute of Machine Intelligence
University of Shanghai for Science and Technology
Shanghai, China
School of Intelligent Emergency Management
University of Shanghai for Science and Technology
Shanghai, China

Publication Topics

Biography

Yunfeng Hou received the B.Eng degree in electrical engineering from Shandong University of Technology, Zibo, China, in 2012, and the M.S. and Ph.D. degrees in control science and engineering from the University of Shanghai for Science and Technology, Shanghai, China, in 2015 and 2020, respectively.,He is currently a Research Associate with the Institute of Machine Intelligence, University of Shanghai for Science and Technology. His research interests include modeling, control, and optimization in discrete-event systems, intelligent transportation systems, and cooperative control for multirobot systems.(Based on document published on 6 January 2023).
Publications
15
Citations
27
Publications by Year
20162025
Co-Authors:
Show All Co-Authors (35)
Author's Published Works

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Results

Characteristics of hybrid plastic scintillators for slow neutron measurements

C. Kim;R. J. Hu;S. H. Ahn;B. Hong;H. C. Kim;K. S. Lee;S. K. Park;K. S. Sim;S. J. Hong;Y. J. Kim;S. J. Lee

2007 IEEE Nuclear Science Symposium Conference Record
Year: 2007 | Conference Paper |
Cited by: Patents (5)
In this paper, we report the characteristics and the performance of the hybrid plastic scintillators for slow neutron measurements. The 10B-doped and Gd-layered scintillators were manufactured and tested for slow and fast neutrons, and gamma rays. The slow neutrons were provided by an energy moderation of the fast neutrons emitted from a 0.5 Ci 252Cf source. The energy of the slow neutrons ranged ...Show More

Characteristics of hybrid plastic scintillators for slow neutron measurements

C. Kim;R. J. Hu;S. H. Ahn;B. Hong;H. C. Kim;K. S. Lee;S. K. Park;K. S. Sim;S. J. Hong;Y. J. Kim;S. J. Lee

Year: 2007 | Conference Paper |

Performance of a large scale scintillating fiber tracker using VLPC readout

B. Baumbaugh;I. Bertram;A. Bross;S. Choi;M. Chung;S. Grunendahl;J.S. Kang;C.L. Kim;S.K. Kim;D. Koltick;F. Lobkowicz;S. Margulies;Y. Park;Y. Pischalnikov;R. Ruchti;J. Solomon;J. Warchol;M. Wayne;Y. Yui

IEEE Transactions on Nuclear Science
Year: 1996 | Volume: 43, Issue: 3 | Journal Article |
Cited by: Papers (5)
We report on results of a cosmic ray test of a scintillating fiber tracker using Visible Light Photon Counter (VLPC) readout. Two different detector configurations have been constructed and operated, the first with a total of 3072 channels and the second with 1,785 channels. The 3072 channel system is a prototype for the DO detector tracking upgrade and represents a configuration that is similar t...Show More

Performance of a large scale scintillating fiber tracker using VLPC readout

B. Baumbaugh;I. Bertram;A. Bross;S. Choi;M. Chung;S. Grunendahl;J.S. Kang;C.L. Kim;S.K. Kim;D. Koltick;F. Lobkowicz;S. Margulies;Y. Park;Y. Pischalnikov;R. Ruchti;J. Solomon;J. Warchol;M. Wayne;Y. Yui

Year: 1996 | Volume: 43, Issue: 3 | Journal Article |

Development of a multichannel fiber-to-fiber optical connector for the D0 upgrade tracker

M. Chung;S. Margulies;M. Adams;B. Baumbaugh;I. Bertram;A. Bross;S. Choi;S. Grunendahl;J.S. Kang;C.L. Kim;S.K. Kim;D. Koltick;F. Lobkowicz;Y.M. Park;M. Paterno;Y. Pischalnikov;R. Ruchti;J. Solomon;J. Warchol;M. Wayne;Y. Yu

IEEE Transactions on Nuclear Science
Year: 1996 | Volume: 43, Issue: 3 | Journal Article |
Cited by: Papers (1) | Patents (2)
A tracking detector using scintillating fibers is being developed for the D0 collaboration at Fermilab. The scintillating fibers will be coupled to clear fibers that will transport light to the photodetectors. We have developed connectors which couple the two types of fibers. The first 128-channel prototypes were machined using Delrin plastic to have v-shaped grooves. Fibers were glued into the gr...Show More

Development of a multichannel fiber-to-fiber optical connector for the D0 upgrade tracker

M. Chung;S. Margulies;M. Adams;B. Baumbaugh;I. Bertram;A. Bross;S. Choi;S. Grunendahl;J.S. Kang;C.L. Kim;S.K. Kim;D. Koltick;F. Lobkowicz;Y.M. Park;M. Paterno;Y. Pischalnikov;R. Ruchti;J. Solomon;J. Warchol;M. Wayne;Y. Yu

Year: 1996 | Volume: 43, Issue: 3 | Journal Article |

Performance of a large scale scintillating fiber tracker using VLPC readout

D. Adams;M. Adams;B. Baumbaugh;I. Bertram;A. Bross;D. Casey;S. Chang;M. Chung;C. Cooper;C. Cretsinger;R. Demina;G. Fanourakis;T. Ferbel;S. Grunendahl;J. Hinson;B. Howell;H. Johari;J.S. Kang;C.L. Kim;S.K. Kim;D. Koltick;F. Lobkowicz;S. Margulies;J. Moromisato;M. Narain;C.H. Park;Y.M. Park;S. Reucroft;R. Ruchti;J. Solomon;E. VonGoeler;J. Warchol;M. Wayne;E. Won;Y.S. Yu

IEEE Transactions on Nuclear Science
Year: 1995 | Volume: 42, Issue: 4 | Journal Article |
Cited by: Papers (11)
A large scale scintillating fiber tracker using visible light photon counter (VLPC) readout was built as a prototype far the upgraded DO central tracker. This prototype has been under test at Fermilab for six months using cosmic rays. A description of the components of the tracker including the photodetector, fibers, lightguides, ribbons, and DAQ is given. Preliminary results on detected photon yi...Show More

Performance of a large scale scintillating fiber tracker using VLPC readout

D. Adams;M. Adams;B. Baumbaugh;I. Bertram;A. Bross;D. Casey;S. Chang;M. Chung;C. Cooper;C. Cretsinger;R. Demina;G. Fanourakis;T. Ferbel;S. Grunendahl;J. Hinson;B. Howell;H. Johari;J.S. Kang;C.L. Kim;S.K. Kim;D. Koltick;F. Lobkowicz;S. Margulies;J. Moromisato;M. Narain;C.H. Park;Y.M. Park;S. Reucroft;R. Ruchti;J. Solomon;E. VonGoeler;J. Warchol;M. Wayne;E. Won;Y.S. Yu

Year: 1995 | Volume: 42, Issue: 4 | Journal Article |

Effects of hadron irradiation on scintillating fibers

B. Abbott;D. Adams;T. Armstrong;M. Atac;A. Baumbaugh;B. Baumbaugh;M. Binkley;S. Bird;J. Bishop;N. Biswas;A.D. Bross;C. Buchanan;N. Cason;R. Chaney;D. Chrisman;M. Chung;D. Cline;G. Collins;M. Corcoran;D. Davis;R. Davies;J. Elias;H. Fenker;E. Fenyves;D. Finley;G.W. Foster;H. Goldberg;H. Hammack;A. Hasan;S. Heppelmann;J. Jaques;R. Jesik;J. Kauffman;R. Kehoe;C. Kelley;M. Keely;V. Kenney;R. Kephart;C. Kim;D. Koltick;J. Kolonko;J. Kubic;R.A. Lewis;J. LoSecco;B. Lowery;J. Marchant;R. McIlwain;S. Margulies;H. Mendez;H. Miettenen;R. Moore;R.J. Mountain;B. Oh;J. Orgeron;H. Park;J. Park;J. Passaneau;A. Pla-Dalmau;C. Rivetta;R. Ruchti;R. Scalise;J. Schmitz;W. Shephard;E. Shibata;J. Skeens;G.A. Smith;J. Solomon;J. Thomas;S. Tkaczyk;W. Toothacker;F. Vaca;D. Vandergriff;R. Wagner;J. Warchol;M. Wayne;J. Whitmore

IEEE Transactions on Nuclear Science
Year: 1993 | Volume: 40, Issue: 4 | Journal Article |
Cited by: Papers (3)
Trackers based on scintillating-fiber technology are being considered by the Solenoidal Detector Collaboration at SSC and the DO collaboration at Fermilab. Some 600 fibers in the Fermilab Tevatron CO area were irradiated, thereby obtaining a hadronic irradiation at realistic rates. Four-meter-long samples of ten Bicron polystyrene-based fibre types, maintained in air, dry nitrogen, argon, and vacu...Show More

Effects of hadron irradiation on scintillating fibers

B. Abbott;D. Adams;T. Armstrong;M. Atac;A. Baumbaugh;B. Baumbaugh;M. Binkley;S. Bird;J. Bishop;N. Biswas;A.D. Bross;C. Buchanan;N. Cason;R. Chaney;D. Chrisman;M. Chung;D. Cline;G. Collins;M. Corcoran;D. Davis;R. Davies;J. Elias;H. Fenker;E. Fenyves;D. Finley;G.W. Foster;H. Goldberg;H. Hammack;A. Hasan;S. Heppelmann;J. Jaques;R. Jesik;J. Kauffman;R. Kehoe;C. Kelley;M. Keely;V. Kenney;R. Kephart;C. Kim;D. Koltick;J. Kolonko;J. Kubic;R.A. Lewis;J. LoSecco;B. Lowery;J. Marchant;R. McIlwain;S. Margulies;H. Mendez;H. Miettenen;R. Moore;R.J. Mountain;B. Oh;J. Orgeron;H. Park;J. Park;J. Passaneau;A. Pla-Dalmau;C. Rivetta;R. Ruchti;R. Scalise;J. Schmitz;W. Shephard;E. Shibata;J. Skeens;G.A. Smith;J. Solomon;J. Thomas;S. Tkaczyk;W. Toothacker;F. Vaca;D. Vandergriff;R. Wagner;J. Warchol;M. Wayne;J. Whitmore

Year: 1993 | Volume: 40, Issue: 4 | Journal Article |

A New Fast Neutron Spectrometer Made of Epitaxial Integrated dE-E Si Detector

F. Shiraishi;Y. Takami;H. Husimi;S. Ohkawa;C. Kim;Y. Kim;K. Kikuchi;T. Sakai

IEEE Transactions on Nuclear Science
Year: 1985 | Volume: 32, Issue: 1 | Journal Article |
Cited by: Papers (6)
A fast neutron spectrometer by recoil proton detection method was developed. The spectrometer is consisted of a radiator and an integrated dE-E Si detector, in which an epitaxial dE counter of less than 10 μm and an E counter are incorporated. Recoil protons from the radiator can easily be identified from γ ray background; and besides each recoil proton angle can be determined by the dE and E coun...Show More

A New Fast Neutron Spectrometer Made of Epitaxial Integrated dE-E Si Detector

F. Shiraishi;Y. Takami;H. Husimi;S. Ohkawa;C. Kim;Y. Kim;K. Kikuchi;T. Sakai

Year: 1985 | Volume: 32, Issue: 1 | Journal Article |

Epitaxial Integrated E-dE Position Sensitive Silicon Detectors

C. Kim;K. Kikuchi;K. Husimi;S. Ohkawa;I. Saito

IEEE Transactions on Nuclear Science
Year: 1982 | Volume: 29, Issue: 1 | Journal Article |
Cited by: Papers (4)
The epitaxial integrated E-dE position sensitive silicon detector has been developed as an extension of the epitaxial integrated E-dE silicon detector. The charge dividing resistor is produced by evaporation of Pd on the E side of the detector. This Pd evaporated layer acts as the surface barrier electrode of the E detector. The good position sensing characteristics will be expected by using the c...Show More

Epitaxial Integrated E-dE Position Sensitive Silicon Detectors

C. Kim;K. Kikuchi;K. Husimi;S. Ohkawa;I. Saito

Year: 1982 | Volume: 29, Issue: 1 | Journal Article |

Epitaxial Silicon Position Sensitive Detectors

F. Shiraishi;C. Kim;H. Kim;K. Kikuchi;K. Husimi;S. Ohkawa

IEEE Transactions on Nuclear Science
Year: 1981 | Volume: 28, Issue: 1 | Journal Article |
Cited by: Papers (4)
A position sensitive detector has been made on a N-type epitaxial silicon wafer using the epitaxial layer as the uniform resistive layer. The surface barrier electrode is produced on the opposite side of the epitaxial layer by evaporation of gold. The position sensitive detector obtained has good characteristics and moreover it is easy to fabricate. So that the epitaxial technique will be promisin...Show More

Epitaxial Silicon Position Sensitive Detectors

F. Shiraishi;C. Kim;H. Kim;K. Kikuchi;K. Husimi;S. Ohkawa

Year: 1981 | Volume: 28, Issue: 1 | Journal Article |

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